Author: Sean Freitas

Knowing the condition of your household pipes can help you prevent leaks, water contamination, and costly damage. Many older Sydney homes have ageing and worn-out plumbing systems, often hidden behind walls and under floors. These pipes are slowly wearing down, but homeowners are unaware of it.

With this guide, learn how to assess the condition of your household pipes and avoid plumbing disaster surprises. We will walk you through checking your pipes and knowing when to replace them.

And if you’re looking for a trusted local plumbing company, Link Plumbing is just a call away. We offer pipe inspections and plumbing maintenance across Sydney.

Why Pipe Condition Matters

Old and worn-out pipes can lead to many problems, including flooding, structural damage, mould or mildew growth, and a contaminated water supply.

• Structural damage: Old pipes are prone to damage, which can cause leaks and flooding. When undetected for a long time, leaks can damage your home’s walls, floors, ceilings, and other structural elements.
• Mould and mildew growth: Even a small leak can create a breeding ground for mould and mildew, which can cause health risks such as allergic reactions and respiratory issues.
• Water supply contamination: Damaged pipes introduce contaminants, such as microorganisms, heavy metals, and chemicals, to your water supply, which may cause illnesses.
• High water bills: Leaks waste water, which can significantly increase your water bills.

You can avoid these issues by conducting regular inspections of your household pipes. A certified plumber can detect problems early on and prevent more costly repairs.

Common Signs Your Household Pipes May Be in Poor Condition

Watch out for these signs that your household pipes may need updating:

• Low Water Pressure: You may notice a sudden drop in water pressure even when all the faucets in your home are off.
• Rust-Coloured Water: Water from your faucets and toilet turns rust-coloured, indicating that your old iron or steel pipes are corroded. You need to have your old pipes replaced ASAP.
• Frequent Clogs or Backups: Old plumbing may already collapsed or bitsmay be slowly being dragged away, causing clogs and water to back up. You will notice water backing up from drains and sinks.
• Pipe Noises (Banging or Gurgling): As the old plumbing pieces are removed, they cause audible banging or gurgling sounds that can be heard from the drain, sink, floors, walls, or other areas of your home where plumbing is installed.
• Damp Spots: Small leaks can lead to moisture, causing damp spots on walls, floors, and ceilings. At first, the area will be cool to the touch, but eventually, moisture will lead to noticeable marks and stains on the surface.
• Green Corrosion or Visible Copper Pipes: Also known as patina, this happens due to the oxidation of copper pipes caused by exposure to air and water. Having green corrosion on copper pipes may indicate leaks and is a sign that the pipes may need to be replaced.
• Unusually High Water Bills: Have your pipes checked if you have an exceptionally high bill, especially if nothing has changed in your consumption habits.

How to Check Your Household Pipes: Step-by-Step Guide

Prevention is key to avoiding costly plumbing issues. Use this DIY household pipe inspection checklist.

Inspect Exposed Pipes Under Sinks or in Basements

Regularly check all exposed pipes, such as those under the sink or in your basement. Check for damage and leaks and assess the surrounding areas for moisture or dampness. Use a flashlight to assess your pipes and your hands for moisture.

Check the Water Meter for Signs of Leaks

Checking your water meter can easily tell if there is a leak anywhere in your home. Turn off all faucets and appliances that use water in your home, such as your dishwasher and washing machine, and check your meter. If the dial keeps moving, you likely leak.

Turn on Taps to Observe Flow and Colour

Water colour and flow changes may indicate worn, broken, or leaking pipes. Turn on all taps regularly to check colour and flow. Rust-coloured water and irregular flow could be due to leaks or broken pipes.

Listen for Strange Noises in the Walls

Examine walls where water pipes and plumbing are laid out. Listen for unusual noises such as gurgling, gushing, banging, or tapping, which could be signs of damaged pipes or leaks.

Inspect Ceilings and Walls for Water Stains or Bubbling Paint

Leaks can travel through small gaps and openings in the wall or ceiling, causing paint to bubble and leaving water stains. These could be signs of a chronic or persistent leak that you may have overlooked.

Always remember, when checking for leaks, be careful not to damage or tamper with your water meter or plumbing system to ensure safety and avoid costly repairs.

When Should Pipes Be Replaced in a Home?

Homes usually have galvanised steel, copper, or PVC pipes. Here are the typical pipe lifespans by material:

Galvanised steel (20 to 50 years, depending on the environment)

Galvanised steel pipes are durable and expected to last more than 50 years in average home environments and over 20 years when used in severe water environments. These pipes come with a zinc coating to further protect them from rust. No maintenance is needed, making it a reliable material for home plumbing.

Copper (up to 70 years)

Copper water lines are mostly found in older homes. This material is generally reliable and has a lifespan of up to 70 years. After this time, copper pipes may start showing signs of ageing and damage, such as corrosion (patina) and leaks.

PVC (50 to 80 years)

PVC pipes are the most common and reliable home water and wastewater pipe material. They can last 50 to 80 years and are often used for cold water applications. For hot water use, chlorinated polyvinyl chloride (CPVC) is preferred due to its high-temperature resistance.

If you live in an older or heritage home in Sydney, your plumbing system may be made of outdated materials that are prone to damage, corrosion, and failure. You need a full plumbing inspection to catch hidden issues early and ensure everything meets modern standards.

Why Choose Link Plumbing for a Professional Pipe Inspection

Link Plumbing knows Sydney homes inside and out. We have years of experience and a sharp eye for spotting household pipe damage before it becomes a costly problem.

We’ve seen and fixed everything from old galvanised water pipes to sneaky leaks. Our expert team has local knowledge of the unique challenges in Sydney properties, especially in older homes and subpar past repairs. We use only advanced tools to conduct thorough inspections and give you a clear picture of your home’s plumbing health.

Please don’t wait until it’s too late. Book a plumbing check or request a quote today!

Frequently Asked Questions

1. How do I know if my pipes need replacing?

A professional plumbing inspection can help identify issues and assess if your pipes need replacing.

2. Is discoloured water a sign of bad pipes?

Changes in water colour indicate dirt, debris, or contaminants present in water due to damage in older pipes or leaks.

3. Can pipes deteriorate without visible leaks?

Pipes can deteriorate due to corrosion, wear, and tear even without visible leaks. The sudden movement of pipes due to construction work may also damage their interior lining.

4. How often should household pipes be inspected?

It’s best to conduct regular inspections at least once a year to avoid leaks and costly issues. A professional plumbing company must inspect older homes more frequently.

5. Will insurance cover pipe repairs from wear and tear?

Home insurance covers sudden or accidental damage due to plumbing but not gradual wear and tear.

Regular drain cleaning is important to maintain your household drains and keep away clogs, unpleasant smells, pipe damage, potential water damage, and costly repairs. Preventative maintenance promotes efficient plumbing, extended pipe longevity, and a clean, odour-free environment.

Most Sydney homes experience drainage issues due to hair, grease, tree roots, or sediment buildup. Regular maintenance is better than a plumbing emergency. Clearing out household drains before they become a major issue would require professional intervention, such as sewer backup or pipes bursting. 

This guide will cover how often each type of drain should be cleaned and what signs indicate that immediate action is needed.

Why Regular Drain Cleaning Is Important

Prevents Backups and Clogs

Routine drain cleaning can help remove buildup from grease, food particles, hair and soap scum that establish inside pipes over time. This accumulation can reduce the flow of water, either slowing it down or stopping it completely. 

It can result in backups of water in the sinks, tubs, showers and toilets. By removing these blockages early, regular cleaning prevents plumbing back-ups that are inconvenient and expensive.

Fights and Reduces Foul Odours

Common causes of these smells can include pieces of trapped debris that encourage bacteria (such as mould and mildew) to grow inside the drain pipes. Regular cleaning removes these smelly buildups for a fresh and healthy living and working environment at home and work. 

In addition, cleaning your sink will minimise the accumulation of biofilms and trapped sewer gases, which can lead to lasting odours.

Prolong the Plumbing System’s Life

Clog collection will not only block your household drains, but can also cause pipes to corrode, crack, and break down due to increased pressure and chemical reactions from the trapped debris. Regular drain cleaning is a precautionary practice that helps preserve the integrity of your pipes and reduces the likelihood of damage or complete failure.

Saves on Repair and Replacement Cost

Routine maintenance is cheaper than those midnight plumbing emergencies. Unclogging a drain when problems are minor can prevent them from escalating into more serious issues that require professional repairs, such as a sewer backup or a burst pipe. 

Homeowners and businesses can save more in the long run with this simple yet effective investment in regular drain cleaning. Customary drain cleaning allows homeowners and business owners to save money compared to letting unattended plumbing problems go unaddressed.

How Often Should You Clean Different Household Drains?

Kitchen sink: Do a deep cleaning on a monthly or quarterly basis, especially if you use a garbage disposal. Try citrus rinses or additional baking soda and vinegar treatments to remove the smells. Boil water and pour it down the drain to melt grease and other obstructions.

Bathroom sink & shower drains: Clean bathroom sink and shower drains every month or two to get rid of hair, soap scum, and toothpaste that tend to collect in the drain.

Toilets: Inspect and clean every month or more frequently. Get in the habit of proper flushing, and ONLY flush toilet paper and human waste.

Laundry drains: It is recommended that you regularly clean your laundry drain every three to six months to avoid buildup, soap residue, and limescale that can result in clogs and odours. 

Main sewer line: If your property has several large trees or you frequently dispose of grease, cleaning should be done every six to 12 months or more often. This helps prevent root ingression through the drains and clogging with grease.

Keeping a cleaning schedule for each drain in your home is a crucial aspect of maintenance that can save you money, preserve the health of your plumbing system, control odours, and save you time and money. 

Signs Your Drains May Need Immediate Cleaning

When you start seeing signs of a blockage or issues with your plumbing, you don’t want to end up with a bigger problem if you let the matter go unattended. It’s an indication that your drains may require major cleaning.

Gurgling sounds or air bubbles: Odd sounds coming from drains or bubbles in the toilets can indicate trapped air from a clog in your sewer or drain lines.

Slow drains: Water that settles and drains slowly from your bathroom sinks, tubs, or showers indicate grease, soap, hair, or other particle buildup.

Water backing up: Water coming up in a tub, sink, or toilet indicates a block in the sewer or drain line that needs to be addressed immediately.

Bad odours from sinks or showers: Foul odours exiting from drains or near plumbing facilities may be a sign of sewage or waste blockages or leaks around the drain pipes.

Standing water around drains: Standing water around your drains, toilets or basement floors indicates a severe blockage somewhere that is not allowing anything to drain away properly.

Frequent clogs or repeated use of plungers: Clogged toilets that require more than one flush to clear usually indicate an obstruction that is deeper in the system and will require professional drain cleaning.

Identifying these symptoms early and making prompt drain cleaning appointments can help prevent significant plumbing damage, health hazards, and needless expense. 

DIY Drain Cleaning Tips for Homeowners

To clean your drains properly at home and avoid costly plumber fees, here are DIY tips using common household items and basic tools to help.

Boiling water and baking soda + vinegar: Measure 1/2 cup of baking soda and pour it into your drain, followed by 1/2 cup of white vinegar. Place the drain cover on top and let the fizz work in the drain for 10-60 minutes. Flush with hot water to remove dissolved grime.

Mesh hair catchers: Place mesh hair catchers or screens in sinks, bathtubs, and showers to keep clog-causing debris out of your pipes.

Avoid harsh chemicals that damage pipes: Refrain from using chemicals that can damage the pipes even further and pose health hazards.

Use of plungers or small drain snakes for minor clogs: Use a sink or tub plunger to generate suction and dislodge small blockages. Fill the fixture halfway with water, set the plunger directly over the drain, and plunge vigorously for 1-2 minutes.

You can also use a manual drain snake to physically break up or pull out clogs. Stick the snake into the drain, turn the handle clockwise, force the snake further down, and turn the handle counterclockwise to pull out the clog or debris from the sink.

When DIY cleaning proves unsuccessful to minor clogs, it’s best to call a professional plumber to avoid worsening the situation or damaging the pipes or plumbing system itself. Contact one if there is:

• Persistent or recurring clogs
• Slow drainage
• Foul odours coming from drains
• Gurgling or bubbling noises
• Flooding or stagnant water
• Failure of DIY methods
• Older or complicated plumbing systems
• Exposure to dangerous chemicals and safety concerns

When to Call a Professional Plumber

It’s the little things that probably prompt you not to call a professional plumber, such as a drip, but there are a few signs that your small plumbing issue is actually something more serious. Such signs may be detrimental to health or home safety, and may result in serious damage that can only be handled competently by expert plumbers.

If you notice any of the following, call a professional plumber right away:

Frequent or Stubborn Clogs: Frequent slow or backed-up drains that don’t respond to do-it-yourself fixes can indicate problematic clogs deeper in the lines. Main sewer lines may need to be cleared with professional tools and techniques.

Sewer Backups: A prompt response from a plumber is critical when it comes to sewer gas in your home or evidence of a clogged or collapsed sewer line. This is for health and safety reasons as well as to avoid potential structural damage.

Old or Decaying Pipe Systems: If your pipes are old or deteriorating, it’s best to call a professional plumber. These types of pipe systems are very risky and it takes a plumber’s expertise, right tools, and safety measures to determine the right approach when repairing or replacing.

Link Plumbing is the expert in Sydney for all your drain clearing and inspection needs. Our approved plumbers have the capability, technology and experience to quickly identify and clear any blocked drain using a drain camera, water blast, and other advanced equipment. 

We provide a quick, dependable service with fair pricing and have high customer ratings. If you have an emergency or need a drain inspection and cleaning in Sydney, Link Plumbing is the plumber to call!

Our combined 35 years of plumbing expertise make us the go-to plumbing specialists you can trust to inspect, install, repair, and replace. Contact or call us at 0412 056 027 any time of the day. We are open 24/7, seven days a week. We provide same-day service and honest fixed pricing. We serve Northern Beaches, North Shore, Forest District, Northern Suburbs, and Hills District.

Frequently Asked Questions

1. Can I use bleach to clean household drains?

Bleach does not dissolve typical clogs, such as hair, food particles, oils, grease, or paper products. It can actually harm plumbing systems or pipes, depending on the composition of the drain.

2. Is monthly drain cleaning too much?

Draining the pipes monthly isn’t that bad and can be helpful, depending on how much your household uses and how your plumbing is set up.

3. Why do my drains smell even after cleaning?

The most common reason you might still smell a drain even after cleaning is that the problem could be deeper than the drain itself and cannot be solved by cleaning up the surface. This ranges from bacteria and the accumulation of biofilm, mould, mildew and organic debris at the bottom of pipes.

4. How do I know if my main sewer line needs cleaning?

To determine whether your main sewer line is clogged, some tell-tale signs include slow water and backflow from your home’s plumbing system. Some of the symptoms it is important to look out for are gurgling sounds, stinky smell, constant clogging and etc.

5. Are natural drain cleaners safe for pipes?

Yes. Using natural solutions to clear your drain won’t harm your pipes, because it’s made with non-corrosive ingredients. It includes baking soda, hot water, and vinegar.

Hot water consumption is a considerable part of household energy use, utilising over 18% in terms of average. Also, it’s a major contributor to a household’s high energy costs. Hot water usage patterns need to be seen in order to plan appropriately to save on utility bills.

Environmental impacts from hot water usage are closely tied to energy use in heating water, which also means the combustion of fossil fuel and the emission of carbon gases. Data related to hot water usage provides insight that may help reduce this impact through various strategies.

Effective management of hot water usage provides a steady supply of hot water. Data helps establish the underlying causes, whether temperature spikes or lack of hot water.

Overview of Hot Water Usage in Australia

Hot water usage per household averages between 50 and 70 litres a day. Water heating is a big energy user, covering 15% to 27% of household demands depending on location. It may also contribute anywhere in the range of 7-20% of total energy used in single-family residential buildings. 

Commercial buildings in Sydney use approximately 75 million litres of water each day, while businesses use close to 19% of water supplied to the city. 

A slump in residential energy consumption has been noticed in Australia since 2009. Using data available until the end of October 2023, residential energy consumption is estimated to have reduced from 357 petajoules (PJ) in 2000 to 397 PJ in 2009 and then to 381 PJ in 2013. Additionally, it fell to 362 PJ in 2020 before a following rise later in the 2020s. Energy use for hot water increased until 2008 and then declined by 9% from 2008 to 2013.

Types of Hot Water Systems and Their Market Share

There are two main categories for hot water systems ー storage and continuous flow. Within these systems are four main setups: electric, gas, solar, and heat pumps.

Electric hot water system: It heats water using an element inside a storage tank, much like a kettle. The systems are among the cheapest but are not the most energy-efficient equipment. Around 50% of electric hot water systems are used among Australian households because of their affordability and easy installation.

Gas hot water systems: They work like electric ones but use a gas burner instead of an element. Gas systems don’t have the capacity of electric tanks since it takes a shorter time to heat the water. New households prefer gas hot water systems because of their energy efficiency and compact features. It only heats the water when necessary and has the largest market share of 45.59% in 2023.

Solar hot water system: It heats the water using solar panels, making it a ‘green’ option. They are usually installed in new houses and are connected to electricity or gas during cloudy days. Australia has witnessed a revolution in the adoption of solar energy with government initiatives and increased public awareness about sustainability. Over the forecast period from 2025 to 2029, the market is expected to grow at a compound annual growth rate (CAGR) of 13.15%.

Heat pumps: They are also energy-efficient and work similarly to a reverse fridge. It pulls heat from the air instead of heating the water. It is forecast that from 2025 to 2030, the Australian heat pump water heater market will see a high growth in demand and uptake of these technologies, with a compound annual growth rate of 12.1%.

State-by-State Hot Water Statistics

Hot water systems represent a significant share of the energy used in Australian households, with estimates of typical energy consumption sitting between 15% and 27. This makes it the second-largest component of household energy use.

Here’s a rundown of hot water use in each Australian state:

New South Wales

NSW has the biggest energy consumers, from water heaters to space heaters or air conditioners. The bathroom accounts for more than half of hot water use, while the laundry gets about a third, and the kitchen the rest. The hot water systems mainly used in the state are electric, gas, solar, and heat pump systems.

Victoria

Hot water systems comprise about 18% of energy consumption in Victorian homes. Most households have gas (68%) as their main energy source for their hot water system. Particularly, 76% of Melbourne households use gas, and 47% of regional Victorian households use gas to heat their hot water. On the other hand, 2.8% of Victorian households use solar energy in their hot water system (5.1% in regional Victoria).

Queensland

As of October 2009, 99.9%, or 1,652,600 households, hot water systems were present in nearly all of Queensland. Solar hot water systems in the state generate approximately 80% sun energy and only rely on a booster when the water temperature is low.

Western Australia

Water heating in homes is responsible for 32.7% of energy use in Perth. In WA, 59 to 69% of households across all tenure types used gas hot water systems. The other common option is an electric hot water system, which makes up roughly 50% of all existing water heaters across Perth. 

South Australia, Tasmania, Northern Territory, ACT

Solar hot water systems are only used by 3% of households in South Australia. Tasmania is the second-biggest energy consumer, with 25% of the energy in an average home going to heat water. In the ACT, hot water is about 15% of energy use. 

Each year, about 6,000 hot water systems are replaced in the ACT. Based on location, water heating is the second largest segment of household energy use, comprising anywhere from 15% to 27% of energy consumption. Hot water can also be responsible for up to 21% of the electricity bill in the Northern Territory.

Cost of Heating Water in Australia

The country’s average annual running cost of electric hot water systems is about $615. This is quite more expensive to run than gas hot water heaters, which cost about $330 a year. However, these costs are subject to variations.

Hot water systems come in different types, with different downright and running costs. However, electric systems tend to cost less to buy, between $300 and $1,500, but gas systems can be the costliest to operate. Running gas systems can cost from $900 to $2,000. Heat pump systems cost $2,500 to $4,000, and solar systems are the costliest, ranging from about $2,000 to $7,000 or more.

Australian households continue to endure the soaring energy costs of running gas and electricity for heating water. Gas prices have increased up to $750 per year since 2020, directly impacting the cost of heating water. Overall, inflation has driven prices up an average of 22%, with gas and electricity costs jumping sharply.

Electricity prices differ for the peak and off-peak hours. Another source sees a peak rate of 43.6513 cents per kWh from 4 pm to 9 pm each day. Also, it shows a shoulder rate of 30.1246 cents per kWh from 9 pm to 9 am each day and an off-peak rate of 27.5561 cents per kWh.

Heat pump hot water systems save as much as 60-70% vs traditional gas and electric hot water systems on energy/hot water bills. Another option to reduce reliance on fossil fuels and lower energy bills is to integrate electric hot water systems with solar panels. The University of Technology Sydney (UTS) Institute for Sustainable Futures (ISF) found that if gas water heaters were phased out completely, there would be annual savings ranging from $4.7–6.7 billion by 2040.

Choosing the right type of hot water system can save you hundreds of dollars on your energy bills. Contact Link Plumbing and get advice from our experts about the best hot water system for your specific needs. We also conduct installation and maintenance to ensure you’re getting the most out of your hot water system and ensure your family’s safety.

Call us today at 0412 056 027, and we’ll keep your hot water system working properly. Our professionals will ensure that you’ll have uninterrupted hot water usage whenever needed.

Trends and Future Outlook

Advanced heat pumps and battery storage will transform how hot water systems are used in Australia. Many of these advancements are fueled by increased focus on sustainability, higher energy prices, and government backing via tax incentives and rebates.

Heat Pump Technology

Heat pump technology is fast becoming the country’s popular solution for hot water systems. They work by pulling heat from the surrounding air and using it to heat water, making them much more energy-efficient than conventional gas and electric water heaters.

Energy Efficiency: Heat pumps are three to four times more efficient than conventional electric heaters, consuming up to 75% less electricity. They do this by turning 1kW of electricity into 4kW of heat.

Cost Savings: Households can save 70% or more on water heating bills by switching to heat pumps.

Environmental Benefits: Since heat pumps use surrounding air to heat water, they lower greenhouse gas emissions, supporting Australia in its goal of net-zero emissions by 2050.

Government Incentives or Programs

Many state and territory governments provide incentives and programs to promote the adoption of efficient hot water systems in their regions. They are designed to help save on energy consumption, decrease greenhouse gas emissions and save families money on their energy bills.

Small-scale Technology Certificates (STCs): You can reduce the upfront cost of your new, energy-efficient systems by using small-scale technology certificates (STCs). Each megawatt-hour of renewable electricity produced or displaced by an eligible system creates one STC. The actual number of STCs issued depends on the installation date, location, and deeming period of the system.

NSW Energy Savings Scheme: The NSW government offers heat pump hot water rebates for replacing existing electric or gas water heaters with eligible heat pump systems. The rebate amount varies depending on energy saved but averages around $500 for gas replacements and $950 for electric replacements.

Solar Victoria Rebate and the Victorian Energy Upgrades (VEU): This program offers residents up to a $1,000 discount that conducts up to 50% of the installation costs.

Sustainable Building Standards and Energy Ratings

A range of regulations, codes, and rating systems promote environmentally responsible building design, construction, and operation. These standards focus on reducing environmental impact, establishing more effective treatment of resources, and ensuring that construction projects enhance the overall health and well-being of the community.

The National Construction Code (NCC) provides basic requirements for building design, construction and performance. It includes sustainability provisions, focusing on energy efficiency, water conservation, and environmental sustainability. It details specific requirements for building envelope design, insulation, glazing, lighting, and HVAC systems that will minimise energy usage and greenhouse gas emissions.

The Green Building Council of Australia (GBCA) created the voluntary, nationwide Green Star Rating System that assesses projects based on various categories, such as energy, water, materials, and indoor environment quality. It encourages sustainable design, construction and operations practices by granting increased performance bonuses on buildings that reach a very high level of sustainability.

The National Australian Built Environment Rating System (NABERS) energy and water efficiency ratings for buildings allow building owners, tenants and prospective purchasers to make informed decisions.

Frequently Asked Questions

1. Which hot water system is most cost-effective?

For most households, a solar hot water system is the most efficient and cheapest to run.

2. Are solar systems always recommended in sunny states?

Solar hot water systems work best in sunny climates with a lot of sunlight year-round. Systems work well in areas that catch much sun, such as Queensland. By harnessing energy from the sun, these systems can deliver a significant percentage as much as 80%, of household hot water needs, lessening dependence on electricity or gas.

3. How often should I service my hot water system?

Minor services should be performed once a year, while major services should be performed every fifth year. Regular checks, such as annual inspections (including checks of hot water faucets), are recommended to keep the system healthy.

4. Are government rebates available for upgrading to efficient systems?

Energy efficiency incentive rebates and other schemes are available through the Australian Government, as well as state and territory governments.

5. Does water usage differ significantly between states?

The amount of water used in the various Australian states differs widely based on climate, industry, and regional water management practices.

Ex-Tropical Cyclone Alfred caused torrential downpours throughout Queensland and New South Wales (NSW), bringing flash floods and significant water flooding. Most importantly, Brisbane recorded 30 cm of rain within 24 hours. With the accumulation of non-stop rains, streets became flooded, leaving hundreds of cars abandoned.

Emergency services rescued 17 people from fast-moving waters in Queensland. The storm left over 200,000 homes and businesses without electricity in Queensland, with a further 10,000 affected in NSW. The informative sharing of these statistics can bring awareness to enable flood preparation and promote more research towards future planning and mitigation activities.

Link Plumbing always ensures your home, property, and business are safe during flooding. We usually begin with a site inspection to consider all possible factors encompassing your plumbing concerns. We can move essential equipment such as electrical panels, HVAC systems, and water heaters to more elevated areas to protect them from getting damaged.

Current Flood Situation in Australia

Heavy downpours resulted in immense floods in the south-eastern Queensland region and into the northern parts of NSW. It caused many parts to suffer from massive deluge, including damages to trees and power lines. 

Rain has fallen between 10 and 15 inches around Brisbane and Moreton Island. Cracow in New South Wales got almost 5 inches of rain in less than one hour.

The storm swept over 4 million people in Queensland and northern NSW. The number of houses and businesses still cut off from electricity was around 230,000 as of March 10, 2025.

Flood warnings were on several northern NSW and southern Queensland river systems, the Wilsons River at Lismore, the Tweed, and the Richmond. It includes the Logan and Bremer in southeastern Queensland. 

An emergency siren in Grantham, Queensland, warned people to seek higher grounds due to possible flooding. Additionally, Ipswich, declared a disaster because the river was likely to flood overnight, and its suburbs must be evacuated.

Historical Flood Data at a Glance

Large-scale devastating flooding ruined communities and infrastructures and severely stunted Australia’s economy in most decades. These events resulted in numerous fatalities, and significant property damage, and affected some regions for more than 50 years.

Over the past ten years, mainly homes, animals, and habitats were affected by 160,708 continuous flooding in Australia, which also came under attack by the worst floods in the east of Queensland and NSW. The worst flood in Australian history was the 1852 Gundagai flood in New South Wales, with an estimated toll between 80 and 100.

Timeline of Australia’s Consequential Flooding

February-March 2022: Destructive floods in South-East Queensland and NSW killed 22 and caused $4.3 billion in damages. The Wilsons River peaked at a record 14.1 meters (46 feet) in Lismore, forcing more than 10,000 people out of their homes.

December 2010–January 2011: Severe flooding affected Brisbane and South-East Queensland, killing 35 people and costing $2.38 billion in damages. The Brisbane River reached a maximum height of 4.46 metres but damaged nearly 28,000 houses and businesses. In the middle of January 2011, widespread flooding negatively impacted 75% of the area, and the government declared it a disaster zone.

January 1974: The estimated damage from floods in Brisbane didn’t cover the damage done when the Brisbane River reached a peak of 5.45 metres in torrential rain caused by Tropical Cyclone Wanda. The Bureau of Meteorology estimated that floodwaters had partially or completely swamped 6,700 homes in the Brisbane metropolitan area. In Ipswich city, about 1,800 homes and businesses were reported to be inundated by floodwaters.

February 1955: Known more colloquially as the Maitland flood, the 1955 Hunter Valley flood resulted in 14 deaths. Some 1,800 people were believed to have been rescued in the incident. Flooding on the Hunter River and Wollombi Brook followed almost 100mm of rain falling in just a few hours, tearing through towns including Broke, Bulga and Wollombi.

November 1934: More than 400 houses and buildings were destroyed during the 1934 Melbourne Flood, where wind gusts peaked 110 km per hour in the Central Business District. Flooding significantly inhibited livestock, property and crops. A devastating two-day-long storm in 1934 destroyed Victoria and killed 35 people.

Flood Risks and Economic Impact

Ex-Tropical Cyclone Alfred struck near Brisbane and caused widespread major flooding and serious economic disruption. Civilians, as well as military personnel, lost their lives or sustained injuries in the aftermath. The catastrophic phenomenon also has dire financial effects on the affected communities and the economy as a whole.

The economic impact could be as much as $1 billion a day as disruption takes place in southeast Queensland and northern New South Wales. These regions represent about 15% of the Australian economy. As of March 10, insurers had received 9,226 claims, and with some residents still assessing the damage, the number is likely to soar, with S&P Global Ratings estimating the cost of the disaster to insurers will top $2B.

High or low flood risks can be mitigated to prevent or reduce damage to homes, properties, and businesses. Taking proactive measures may make a difference in minimising the costs associated with flooding.

Practical Ways to Prepare for Flooding

In preparation for a flood, it is important to have a flood safety plan for the safety of yourself, your family, and your property. These are some ways to prepare:

Clear the drains: Remove any leaves, twigs, or rubbish obstructing a storm drain and dispose of it properly. Use a hose or power washer to flush away any small debris and unclog the storm drain.  

If you can’t unclog a blocked drain or it’s physically damaged, contact Link Plumbing to remove heavy blockages and repair damage. We have the right tools and conduct video inspections to ascertain the nature of the blockage. 

Check sump pumps: Test your sump pump twice a year, preferably before the spring and fall months that receive the heaviest rainfall. Call us at 0412 056 027 immediately if the pump does not turn on and discharge water to minimise the possibility of water damage through flooding. We are always ready to help 24/7 to provide you with the right solutions to your plumbing issues.

Install backflow valves: Backflow valve installation prevents stormwater or sewage from draining into the buildings during heavy downpours. Also, it hinders sewer backups, protecting your house from water damage.

Sandbagging Tips

• Fill sandbags to less than half or no more than two-thirds full to shape and stack them.
• Use about 14×26 inches to 17×32 inches of treated burlap or plastic bags.
• A combination of sand silt, clay, and gravel should be used.
• Clean the area of possible debris and begin about one foot away from the river or levee’s edge. 
• Place them lengthwise, parallel to the water flow direction, with the open end folded under.
• Offset adjacent rows by half a bag length to avoid continuous joints and overlap bags. 
• Compact each bag by walking on it to create a tight seal and prevent slippage.

Short-term Emergency Protection Measures

• Deploy portables flood gates, shields, inflatable floodwalls, or flood skirts for a rapid response.
• Deploy flood barriers for rapid response to threatening floods.
• Clear debris immediately from drainage systems before the rain comes to lower flood risk.
• Use sandbags with plastic sheeting to weigh them down, making them a better barrier, and place them at the bottom edge to form a watertight seal. 
• Inspect flood control structures and strengthen them regularly.  
• Doorway flood barriers protect door openings.

Government Resources and Warnings

Official bodies in Australia ought to provide flood alerts to keep the public well-informed concerning safety, lesser flood losses, and better community resilience. Such alerts prepare and enable communities to react to impending floods. Here are the official bodies in Australia providing flood alerts:

Bureau of Meteorology (BoM): It issues Flood Watches to provide early warning signals of developing situations that may possibly lead to flooding. When the Bureau is fairly certain that flooding is expected, it issues Flood Warnings to announce such an occasion.

State/Territory Emergency Services (S/TES): These agencies collaborate with the Bureau of Meteorology to provide flood warning services.

Local Councils: Local councils also contribute to providing flood warning services, usually having undertaken flood studies and having maps showing areas that might be flooded.

Flood Warning Consultative Committees: These committees coordinate flood warning services and involve various government agencies.

Water Agencies: Water agencies cooperate with the Bureau of Meteorology while providing flood warning services.

People should sign up for flood alert systems and adhere to related directives because these measures are crucial for personal safety, property protection, and overall community well-being. These systems and directives provide timely information that enables individuals to take.

Relevant Relief Packages or Post-Flood Financial Support

Several financial assistance schemes exist for people and communities affected by the recent floods and ex-Tropical Cyclone Alfred. These are both Australian Government and Queensland Government schemes.

1. Australian Government Disaster Recovery Payment (AGDRP): A one-off payment of $1,000 per eligible adult and $400 per eligible child who, as a group, have suffered detrimental impacts arising from a major disaster. This payment is non-means-tested.

2. Disaster Recovery Allowance (DRA): This allowance supports employees, primary producers, and sole traders who have lost income due to the floods. It provides payments every two weeks for up to 13 weeks, equivalent to JobSeeker Payment and Youth Allowance rates, based on the individual’s circumstances.

3. New Zealand Disaster Recovery Payment (NZ DRP): This payment mirrors the AGDRP and is available to eligible New Zealand ‘non-protected’ special category visa (SCV) (subclass 444) holders adversely affected by the cyclone. The payment rate is $1,000 per eligible adult and $400 per eligible child.

4. New Zealand Disaster Recovery Allowance (NZ DRA): This allowance provides income support payments to employees, primary producers, and sole traders who can demonstrate they have experienced a loss of income due to Tropical Cyclone Alfred. NZ DRA provides fortnightly payments for up to 13 weeks, up to the applicable rate of JobSeeker Payment or Youth Allowance, depending upon the person’s circumstance.

Frequently Asked Questions

1. How do I know if my home is in a flood-prone area?

To determine whether your property falls within a flood-prone area, check the official maps for floods, assess the nature of the property itself, and learn about the local history of flooding.

2. Are there plumbing upgrades that can reduce flood damage?

Yes. These plumbing upgrades include the repair of drain pipes, clearing storm drains, cleaning roofs and gutters, installing sump pumps, outdoor drainage improvements, and landscaping.

3. What should I do right after my home floods?

After flooding in the house, you should act fast to ensure security, avoid further damage, and start the course of recovery. These include:

• Waiting for a clearance from authorities that your home is safe to enter
• Shut down the electrical supply
• Document storm or flood water damages
• Remove standing water
• Clean and disinfect 

4. Will my insurance cover flood-related plumbing issues?

Standard homeowners policies cover sudden and accidental plumbing malfunctions within the home, such as burst pipes, but do not include damage from flooding that originates outside the structure.

5. How often do flooding events typically occur in Australia?

Australia endured considerable floods in particular regions almost yearly. Since the last 10 years, Australia has documented more than 160,708 floods, adversely affecting households, flora and fauna, and the environment.

Water sewage and its infrastructure is Australia’s backbone, which plays the most important role in public health, economic growth, and the environment. As such, this infrastructure includes most of the major systems, from water supply to wastewater management and stormwater management, which are vital for the livelihood of communities living in Australia.

This article will explore some growth statistics and trends, relevant developments, and how those stats might apply to property owners’ and plumbing decisions.

Link Plumbing is a company that specialises in handling the challenges associated with water and sewage and has built a strong track record of providing quality plumbing services that accommodate any need.

Growth Stats in Australia’s Water and Sewage Sector

Historical Overview

Australia’s water and sewerage system has developed significantly through a series of expansions and the establishment of various government initiatives to improve the management and infrastructure of water resources. Key events in the evolution of water and sewage systems in Australia:

Development of Water and Sewage System in Australia

1898-1899: Building of the earliest sections of the Western and Southern Sewerage System; unlike elsewhere in the world, where muck was still dumped into the nearest waterway, muck was now to be carried to treatment plants like the Botany Sewage Farm.

1917: New South Wales introduced the Metropolitan Water Supply, Sewerage and Drainage Act, which provided comprehensive water supply and sewage services.

1954: The National Water Resources Council is established to coordinate federal policy on the management of water resources.

1970s: Australia began large-scale investment in sewage treatment plants to address urbanisation and pollution problems.

2006: Australia’s first seawater desalination plant,  Kwinana Desalination Plant,  began operating in Perth to address challenges in the water supply exacerbated by climate change.

2007–2008: Commonwealth takeover of Murray–Darling Basin$10 billion The government said the Commonwealth would take control of the Murray-Darling Basin and the management of water available (10 billion dollars, the result of substantial water shortages).

2010: The Tugun Desalination Plant opened in Southeast Queensland, contributing considerably to the region’s water supply during drought. 

April 11, 2023: Australia started relying on new technologies and projects to increase water recycling and conservation, sensing its growing population would require secure water supplies for decades.

Population Growth Impacts

Population growth and urban expansion pose problems that put considerable demand on water supply and sewage treatment facilities. With these pressures building up, governments and city planners must develop more holistic plans for water use, infrastructure investment, and their communities’ education to mitigate the current and future water issues facing urban areas.

Source: ResearchGate

Infrastructure Investments

In Australia, several large infrastructure projects and major investments have been made to expand sewage networks and improve water treatment capacity. 

These initiatives are key to withstanding the increasing demands for water and sewage services, particularly in urban areas and fast-growing regions.

• The National Water Grid (NWG) Fund: This is a priority initiative of the Australian Government, investing $2.5 billion (US$1.8 billion) over a progressive ten-year period.
• Western Sydney Infrastructure Plan (WSIP): This ongoing project involves vast amounts of water and sewage infrastructure as part of an initiative to service the burgeoning Western Sydney population.
• Western Water, Melbourne: The project aims to expand the space for wastewater treatment and increase the effectiveness of city drainage. It includes many initiatives to improve treatment methods and infrastructure expansion to support growth.

Trends Shaping Water Usage and Sewage Treatment 

Water usage and availability in Australia have undergone unique changes within the last ten years due to the consequences of climate change and the patterns of human water use. Both of these- influencing the shift in rainfall patterns and temperature extremes and confronting communities- together build an agenda for sustainable use of Australia’s water resources today and tomorrow.

Source: Climate Score Card

Water Consumption Trends

Economically, Australia’s average per capita household water use has varied over time in a politically regulated environment aimed at achieving increased water efficiency. Over the past few years, household water consumption varies widely by region:

Sydney: Residents use about 200 litres of water per individual per day. This number mirrors the equilibrium with domestic requirements and the various initiatives to assist in curbing water usage.

Melbourne: Melbourne’s average residential water consumption was approximately 164 litres per person per day for the 2021-22 reporting period, up from the previous year’s average of 159 litres per person per day. Changes like the construction of bridges, other parts of the city, and projects that are still progressing have also had an impact.

National Average: The average Australian uses approximately 290-300 litres per person daily, depending on the season and local water-saving campaigns.

Sewage Treatment Advancements

To achieve improved performance of wastewater treatment, plenty of new and novel treatment technologies have been developed and deployed in Australia:

1. Membrane Bioreactors (MBR): MBR is an innovative technology that combines biological treatment and membrane filtration, creating better solid and liquid separation. This approach produces high-quality effluent that can be reused and recycled, thus diminishing the need for freshwater resources.

2. Anaerobic Digestion: A process that occurs without oxygen, decomposing organic materials and yielding biogas as a byproduct. It’s being adopted in several Australian wastewater treatment facilities to reduce the sludge volumes and recover energy from waste.

3. High-Rate Algal Ponds (HRAP): This is a new approach to integrating algae cultivation with wastewater treatment. This process treats wastewater and generates biomass, which can serve as biofuel or fertiliser, leading to resource recovery.

Regional Differences

Urban Regulatory Frameworks: Urban water management is more regulated and guided by stringent local authority systems. Within land-use planning, the importance of urban water management is highlighted by several planning principles that focus on sustainable development outcomes and efficient use of resources. 

Rural Policy Frameworks: Programs in rural areas generally focus more on community engagement and local input. Resource management might aim to balance agricultural needs, environmental sustainability, and community needs. 

Emerging Sewage Technologies

Here are some major innovations in sewage treatment processes in Australia that seek to increase the efficiency and effectiveness of wastewater management:

UltraBiox UBBOS Series Waterform Technologies

It integrates IFAS (Integrated Fixed Film Activated Sludge) with MBR (Membrane Bio Reactor) technologies to provide one of the world’s first ultra-low energy wastewater one-step treatment processes. 

High-Rate Algal Ponds (HRAP)

Algal treatment systems rely on the sun and nutrients in wastewater to grow algae that can be harvested to produce biofuels or fertilisers. This sustainable approach mitigates pathogens from sewage effluent treatment while promoting resource recovery that aligns with the principles of a circular economy.

Anaerobic Digestion Developments

Improved anaerobic digestion systems have been developed to treat organic waste efficiently. Plant-derived genes in the new systems enable enhanced energy recovery, such as biogas, reducing dependency on fossil fuels.

Automated Sampling Technologies (Queensland)

Here, sewer systems collect and analyse wastewater samples through computerised samplers. At times, hourly sampling can also be made available, generating continuous data and resenting real-time data of pathogens and infectious diseases.

Multi-Pathogen Detection Systems

New platforms are being developed to detect multiple pathogens in wastewater, such as those that cause respiratory and foodborne diseases. These technologies complement public health surveillance by detecting threats before widespread outbreaks occur.

Climate Change Influence On Water & Sewage

According to the 2022 CSIRO and Bureau of Meteorology State of the Climate Report, Australia’s temperature of surface air in the 1910s was some 1.47°C hotter, and the average sea surface temperature has increased by a further 1.05°C compared to that prevailing since about 1900.

The state is currently experiencing a prolonged drought, and not only does this affect the amount of water available, but it also has major implications for water quality. Climate Change is global and consists of a complex interaction between oceans, water, land, ice, air, plants, and animals.

Source: The Australian Corrosion Association Inc.

Reduced Water Availability

Due to drought, surface water bodies have less access to groundwater. Decreased water levels can result in the concentration of pollutants and contaminants, extremely reducing water quality.

Elevated Contamination Risks

The reduced flow of rivers and streams during droughts often leads to algal blooms that can generate toxins harmful to human and aquatic life.

Impact on Aquatic Ecosystems

Drought conditions can significantly change the natural habitats of aquatic ecosystems.

Vulnerabilities in Sewer Systems

Old sewer infrastructure is already severely vulnerable in extreme weather conditions, as it cannot cope with a sudden influx of stormwater, resulting in blockage and overflow

Community Initiatives

There are existing local programs and pilot projects in Australia that work to encourage water recycling and limit water wastage. It aims to improve water supply management in urban and rural areas, tackling water scarcity and enhancing sustainability.

Rouse Hill Water Resource Recovery Facility: The facility provides about 32,000 homes with recycled water for nonpotable uses (irrigation and flushing).

Western Australian Water Recycling Strategy: This strategy encourages all forms of recycled water, including but not limited to the irrigation of public and private gardens, industrial purposes, and even a number of non-potable residential uses.

Barwon Water: Water Recycling Projects Barwon Water produces Class A recycled water for non-consumptive purposes, including toilet flushing and irrigation.

Australian Government National Water Supply Strategy: A national strategy that aims to identify and promote innovations in water recycling and reuse in sectors such as urban development and agriculture.

Latest News and Policy Updates 

Government Regulations

Regulators worldwide have focused on utilising water resources better and treating wastewater, which, along with environmental concerns, is leading to developments in the regulatory landscape.

Public Health Act 2016 (WA): It establishes the regulatory framework for wastewater management and sewage systems in Western Australia.

Environment Protection Act 2017 (VIC): It raises the environmental performance of wastewater management systems throughout Victoria.

Australian Standard AS1545. 3:2017: This standard provides effective practices for designing, installing and maintaining onsite wastewater treatment systems.

Australian Drinking Water Guidelines (2024): The guideline includes health-based values for new contaminants (for example, per- and poly-fluoroalkyl substances [PFAS]), which ultimately affect how companies treat water and ensure safe drinking water quality throughout the country.

Funding and Grants

The grants vary from government-funded ventures to enhance water efficiency to targeted initiatives for community and agricultural sectors.

Water Efficiency Labelling and Standards (WELS) Scheme: This scheme promotes using water-efficient fixtures and appliances. The same types of grants are for an individual or organisation ready to adapt their plumbing appliances to the required levels that can help with overall water savings.

Queensland Government Water Supply Security Program: Funding is available to upgrade water supply infrastructure where water shortages appear likely to occur. Eligible work might include upgraded plumbing systems that are less prone to leaks and more efficient.

New Projects

These involve upgrades to legacy systems, maintenance and compliance with regulatory directives.

North West Treatment Hub Growth Program: This investment of over $1.5 billion will upgrade the wastewater treatment facilities serving Sydney’s northwestern suburbs. The project will boost the capacity of plants at Castle Hill, Riverstone and Rouse Hill and help meet demand predicted to soar by 112% by 2036.

Water Grid and Melbourne’s Desal Plant: Wonthaggi’s $2.2 billion desalination plant will supply up to 30% of Melbourne’s water supply. This plant is central to the city’s citywide strategy for water management and can deliver 150 billion litres of high-quality drinking water each year.

Western Corridor Recycled Water Project: The project’s net cost during its development was about A$2.5 billion, which included the construction of three new waste treatment plants and miles of piping to treat or recycle wastewater.

Why These Statistics Matter for Property Owners

Such statistics can offer important insights into water consumption trends, treatment efficacy, and the condition of plumbing infrastructure. Here’s how homeowners and businesses can make effective decisions:

Homeowners: Tracking where the water is used in the home can make a huge difference in utility bills.

Businesses: Companies can leverage these statistics to monitor the amount of wastewater generated concerning production levels or occupancy rates. This enables companies to develop tailored water-saving strategies, minimising waste, maximising efficiency, and using water-efficient appliances.

Link Plumbing has extensive knowledge of assessing problems in plumbing systems, optimising performance, and implementing systems that encourage responsible water use. We provide strategic solutions to assist homeowners and businesses with sewage capacity issues and efficient water conservation tactics. 

Frequently Asked Questions

1. How often should a property’s sewer lines be inspected?

It is generally recommended that sewer lines be inspected at least every one to three years.

2. Are there government rebates for installing water-saving fixtures?

Yes, several government rebate programs promote the installation of water-saving fixtures, like water-efficient toilets, low-flow faucets, and shower heads.

3. Do water usage rates differ significantly between states?

​Yes, the rate at which each state uses water varies a little, depending on the climate, population density, resources and regulations.

4. How do climate change or drought conditions affect local sewage systems?

The exacerbating climate change can make the infrastructure vulnerable and adversely affect wastewater treatment operations. Also, sewage infrastructure can deteriorate or corrode more easily during drought conditions.

5. What role do plumbing professionals play in improving water efficiency?

Plumbing professionals like Link Plumbing help improve water efficiency across residential and commercial settings. ​We are a key player in installing, repairing and replacing plumbing systems and fixtures, contributing to water conservation measures.

Are you worried about the long-term health of your plumbing system? Pipe corrosion is a silent issue that can lead to major plumbing failures, but you can prevent it. Do you also know that projections place the economic fallout from corrosion within Australia at about 3 to 5 per cent of the country’s gross domestic product per year, translating into billions of dollars? 

In particular, the water sector incurs great costs from the deterioration of infrastructure and assets caused by corrosion. All in all, corrosion results in an estimated annual economic burden of about $982 million, which covers its impact on the water sector and the general community.

What is Pipe Corrosion and Why Does It Happen?

Definition and Overview

Pipe corrosion is the degradation of piping material over time, which results from the chemical interaction of the materials with their surroundings, especially water, oxygen, and other elements. It can cause dangerous structural ground failures, leakage, and lower plumbing system efficiency.

This redox (oxidation-reduction) reaction compromises material integrity, resulting in leakages, structural failure, and sometimes high repair costs.

Several factors can initiate or accelerate the corrosion of pipes. Here are the common causes:

Water Chemistry: The pH level of water is highly important. When the pH is less than seven, the water becomes acidic, accelerating corrosion by removing the protective oxide layer from metallic pipes.

Improper or Poor Installation: Improper pipe installation or neglecting leaks and other problems can lead to rust and early pipe deterioration.

Age of Pipes: The age of plumbing pipes plays a crucial role in corrosion and later deterioration. As these pipes grow old, different factors, such as accumulated deposits and drops in temperature, can exacerbate the corrosion, resulting in problems such as leaks, contamination, or even failures in the system.

Moisture Exposure: The pipe’s exposure to moisture is one of the major reasons for pipe deterioration and can cause detrimental effects in plumbing systems and water transport infrastructures. Moisture initiates corrosion, as well as weakening the strength of piping materials.

How Corrosion Affects Plumbing Systems

Corrosion considerably affects plumbing systems by influencing their structural strength, water quality, efficiency, and cost-effectiveness. Here’s how corroded pipes affect the plumbing system: 

Discoloured Water: Rust and corrosion can cause water discolouration, often brown or reddish. It may indicate a level of contamination that could be hazardous to health.

Reduced Water Pressure: Corrosion can roughen the interiors, creating blockages inside the pipes and reducing the water flow. Such a decrease can create system pressure problems and affect fixtures and appliances.

Leaky Pipes: Corrosion can thin and weaken pipes, making them incapable of supporting weight. This may eventually lead to tiny holes that build up and severe water loss.

Possible Flooding: As corrosion progresses, pipes develop small cracks that may eventually widen, resulting in serious ruptures. Such structural failures lead to an interruption of services, costly maintenance repairs, and destruction of properties.

Signs of Pipe Corrosion to Look Out For

Several signs appear that may suggest corrosion of the piping. Early recognition of the signs is vital for a proper plumbing system, and it drives one away from unnecessary, expensive repairs.

Low Water Pressure: Corrosion may cause blockages or reduce effective diameter in pipes due to tree roots or sediment accumulation, causing a reduction in the water flow. It may indicate internal corrosion if you notice variations or insufficiency of water pressure.

Rusty or Discoloured Water: Water that appears rusty or brown typically indicates the presence of iron oxide from corroded pipes. This type of colouration can be generated in galvanised steel and iron piping systems. 

On the other hand, corrosion of copper pipes can manifest as bluish-green discolouration in the water. If the water flowing through the copper pipes appears to have such tinges, the pipe material is gradually deteriorating, posing the risk of potential metal leaching.

Strange Noises in Pipes: Peculiar sounds such as banging or gurgling when water moves through pipes may indicate that air pockets develop due to corrosion, resulting in irregular or blocked flow.

Leaks and Damp Spots: Leaking pipes that cause visible dampness may give evidence of corrosion around hidden or concealed pipes.

When to Call a Plumbing Professional

Recognising when to seek professional help for piper inspection can help avoid significant plumbing issues and costly repairs.​ Contact Link Plumbing if you experience one or more of the following:

• Recurrent leaks or water damage 
• Low water pressure 
• Discoloured or unpleasant water
• Increased utility bills
• Aging plumbing system
• Renovation work
• Musty odours or mould growth

Tips for Preventing Pipe Corrosion in Your Home

Preventive measures can reduce the risk of pipe corrosion in your home, prolonging the life and performance of your plumbing system. Regular vigilance and action are crucial for corrosion protection, making the system stronger and more resilient.

Tip 1: Control Water pH Levels

According to Australian Drinking Water Guidelines, drinking water’s pH should be between 6.5 and 8.5 to effectively inhibit corrosion and encrustation in pipes and fittings.

Tip 2: Install a Water Softener

Water softeners regulate water quality by reducing pipe mineral buildup in pipes. They help mitigate corrosive elements, improving water chemistry and extending the lifespan of your plumbing system.

Tip 3: Regular Pipe Inspections

Keep the pipes under continuous observation for rust, discolouration, or any signs of dampness. Early detection enables you to take preventive measures. It’s a good idea to arrange for periodic inspections by calling Link Plumbing at 0412 056 027 to check for leaks and signs of corrosion, especially in older systems.

Tip 4: Use Corrosion-Resistant Materials

When replacing or installing new pipes, select materials that resist corrosion: PEX, CPVC, and stainless steel. These materials will greatly reduce the chances of corrosion occurring over time.

Tip 5: Keep Pipes Dry

Maintaining dry and well-ventilated areas is essential to prevent excessive moisture build-up on pipes to last longer and work well in plumbing systems. The elevated moisture levels may lead to corrosion, mould appearance, and structural damage.

Frequently Asked Questions 

1. What are the most common causes of pipe corrosion?

The most common causes of pipe corrosion include water chemistry, improper or poor installation, age of pipes, and moisture exposure.  

2. How can I tell if my pipes are corroded?

Tell-tale signs of corroded pipes include low water pressure, rusty or discoloured water, strange pipe noises, and leaks and damp spots.

3. Can pipe corrosion be repaired?

It can be repaired with various methods. However, the approach depends on the severity of the damage, the associated type of piping used, and the primary causes of corrosion.

4. How often should I have my pipes inspected for corrosion? 

The factors based on which inspection frequencies vary emphasise the age and classification of plumbing fixtures, water quality and environmental conditions surrounding the piping.

It could be annualy, every 2 to 3 years for older plumbing systems, or immediate inspections after changes in the environment.

5. Can I prevent pipe corrosion on my own?

Keeping an eye on water quality, the right materials, ventilation, fixing leaking pipes, and insulation could keep down the chances of corrosion in your plumbing system to a much extent.

Regular maintenance and monitoring are very important in preventing the larger ones, which would save you money as well as increase the life of your plumbing system. If you suspect major corrosion, be sure to contact Link Plumbing. We will examine and deal with any problems properly and efficiently.

Facing plumbing issues but dreading the mess and expense of digging up your yard? There is a solution that can fix your pipes or blocked drains without disturbing your landscaping or disrupting your life: pipe relining.

Pipe relining is a cutting-edge and cost-effective alternative to traditional pipe repairs, offering durability and efficiency with minimal hassle. Conventional pipe repairs involve extensive excavation, disrupting driveways and outdoor and indoor spaces, adding to the overall inconvenience and expense. Pipe relining saves time and money, offering a lasting solution to plumbing problems.

But how much does pipe relining cost in Sydney? This article will break down the factors affecting the costs and help you make an informed choice before committing to this pipe repair service. Continue reading.

Understanding Pipe Relining: Why It’s the Ideal Solution for Your Home

Pipe relining changes home plumbing by providing a seamless, noninvasive solution to damaged, leaking, or broken pipes. This technique addresses plumbing issues from within, using epoxy to create a new, durable lining. The cost of relining pipes with epoxy is a worthwhile investment for homeowners looking for efficiency and durability.

Definition and Overview

Pipe relining is a noninvasive way to fix damaged pipes. It uses epoxy resin or other durable materials to line the inside of pipes, forming a new shell that restores the pipe to full function without needing t replacement. 

Relining has the following benefits:

• No excavation needed: You don’t need to dig up your yard, driveway, or floors for repairs.
• Cost-effective: This technique requires minimal labour and restoration costs compared to traditional pipe replacement.
• Durable solution: The epoxy lining resists corrosion, root intrusion, and leaks. Pipe relining extends the pipe’s lifespan by decades.
• Quick installation: Pipe relining often takes a day to finish, minimising disruption to your home or business.
• Improved flow capacity: The smooth lining improves water flow by reducing friction within the pipe.
• Eco-friendly solution: Preserves existing plumbing infrastructure and prevents waste from plumbing repairs.
• Versatile option: Pipe relining can be done on various pipes, including concrete, PVC, clay, and cast iron.

How It Works

Pipe relining is a straightforward process of repairing damaged pipes from the inside. Here’s how it’s done:

1. Pipe inspection and cleaning: Plumbers inspect the interior of pipes for damage using a camera. They inject high-pressure water to remove debris and any blockage.
2. Measuring and preparation: They measure the pipe dimension to prepare the epoxy liner. This ensures a great fit.
3. Applying the epoxy resin: They coat a flexible liner with epoxy resin and insert it inside the damaged pipe using air or water pressure.
4. Waiting for the liner to harden: The resin cures and hardens, creating a durable and seamless inner pipe.
5. Final inspection: They use a camera to inspect the lining, ensuring it is secure and functioning properly.

Key Factors Influencing Pipe Relining Costs in Sydney

Dry weather wastewater overflows are mostly due to sewer and drain blockages. This results in discharge rates ranging from 5 to 10 litres per second. Addressing sewer blockages, such as through preventive measures like pipe relining, is essential.

In Sydney, the cost of pipe relining varies based on several factors. Here are some of them:

Pipe Length and Size

The length and size of the pipe determine trenchless pipe relining costs. Longer pipes need more epoxy resin and liner material, while larger-diameter pipes require additional resources and specialised equipment. As a result, increased material and labour time lead to a higher overall price for larger or longer pipes.

Type of Pipe

The type of pipe being fixed also affects the cost of water or sewer relining. Cast iron or clay pipes may need additional cleaning and preparation because of corrosion or root intrusion, and these services can increase labour time and require plumbing expertise. Meanwhile, certain pipes need specialised equipment or techniques, affecting the overall cost.

Condition of the Pipe

A crucial factor that increases the cost of pipe relining is the existing condition of the pipe. Heavily damaged or collapsed pipes need extensive cleaning, descaling, or spot repairs to create a suitable surface for the liner to adhere to. These additional preparations increase the necessary time and labour, increasing overall costs.

Location of the Pipe

The pipe location can greatly affect the cost of relining. Pipes under floors, driveways, or landscaped areas need additional equipment to access and prepare. Complexities like these increase labour costs and extend the timeline of repairs.

Sydney Pipe Relining Costs: What to Expect – TABLE

Here is a pipe relining price guide to help determine plumbing retiring costs.

General Pricing Range

The typical cost range for pipelining in Sydney is outlined in this table:

Type of Project	Cost Range
Residential plumbing	$400 to $700 per metre (smaller jobs may start around $2,500)
Commercial Plumbing	$500 to $1,200 per metre or higher

This table presents the factors that affect the pricing for pipe relining in Sydney:

Factor	Description	Impact on Cost
Pipe Length	Longer pipes require more material and labour time.	Increases cost due to more materials and longer work time.
Pipe Condition	Severely damaged pipes need more complex repair techniques.	Increases cost due to additional preparation and equipment.
Pipe Location	Pipes in inaccessible areas are harder to repair.	Increases labour costs due to difficulty in accessing the pipes.
Type of Lining	Different materials have varying costs. Fibreglass is more expensive than epoxy resin	Affects cost depending on the type of material used.
Accessibility	Different materials have varying costs. Fibreglass is more expensive than epoxy resin.	Lower cost for easily accessible pipes.

Important Notes

• Prices may vary, so obtaining quotes from multiple companies is highly recommended.
• Take advantage of companies that offer free inspections. This is a great way to get more accurate quotes.
• Consider the long-term value of pipe relining. This technique saves you money in the long run by avoiding excavation and repairs.

Additional Costs to Consider

In addition to the basic cost of pipe relining, there are several potential extra charges you need to consider:

• Preliminary pipe inspections: Some companies charge for the initial assessment, which includes camera inspections to check the pipe’s condition.
• Cleaning: In some cases, high-pressure water jetting or chemical cleaning may be needed to remove blockages and debris.
• Collapsed pipe repairs: Collapsed or severely damaged pipes may require additional maintenance before relining.
• Access to difficult locations: Some companies may charge for additional labour or specialised equipment to work in difficult-to-reach areas.

Why Pipe Relining Beats Traditional Pipe Replacement

As you look for affordable pipe relining services, you may wonder if this is the right choice or if you should go with traditional methods. Let us focus on pipe relining vs replacement cost.

Cost-Effective and Long-Lasting

Pipe relining eliminates the need for extensive excavation, which can be disruptive and expensive. Compared to traditional repair methods, relining reduces labour and restoration costs. Also, the resin used to reline pipes is durable, creating a long-lasting fix. This reduces the need for future repairs, offering great value in the long run.

Minimal Disruption

Pipe relining is noninvasive, avoiding the need to dig up your property. This significantly reduces the time and cost involved, providing a quick and hassle-free repair of your home or business.

Durable and Reliable

Relined pipes are durable and can last up to 50 years or more when properly maintained. This longevity makes this solution reliable for pipe repair, providing peace of mind and reducing the need for costly fixes in the future.

Environmentally Friendly

Pipe relining is an environmentally friendly option. It eliminates the need to dig up and replace old pipes, reducing construction waste. Reusing existing pipe structures minimises the need for new materials, minimising environmental impact. Pipe relining is a sustainable approach that conserves resources and prevents disruption of landscapes and ecosystems.

QBE data shows that water damage makes up 24% of home insurance claims, highlighting its prevalence. This insurance data shows the importance of promptly addressing leaking or damaged pipes, with pipe relining as an effective solution to avoid costly issues.

Choose a dependable and budget-friendly pipe repair solution. Call Link Plumbing today at 0412 056 027 to discover the many benefits of pipe relining.

Frequently Asked Questions

1. How long does pipe relining last?

Pipe relining can last up to 50 years or longer with proper care and maintenance.

2. What is the process of pipe relining?

Pipe relining involves inserting a resin-coated liner inside a damaged pipe. This liner hardens to create a durable and seamless pipe within the existing one.

3. Can pipe relining be done on all types of pipes?

Yes, pipe relining can be done on most types of pipes, including PVC, clay, cast iron, and concrete.

4. How long does the pipe relining process take?

The pipe relining process may take one to two days, depending on the complexity of the job.

5. What’s the difference between pipe relining and traditional pipe replacement?

Pipe relining is noninvasive and does not require excavation. Traditional pipe replacement needs digging up of the damaged pipe for replacement. Traditional repairs are time-consuming, costly, and invasive.

Hot water systems are important in Australian homes; thus, every homeowner must ensure a steady hot water supply for daily needs. The most popular options are electric and solar hot water systems, each with advantages and disadvantages.

According to a report by the Institute for Energy Economics and Financial Analysis, the efficiency and flexibility of water heating lead to cost savings for homes and ease the strain on the electricity grid.

This article offers a detailed comparison of electric vs. solar hot water systems to help you make better decisions for your home and lifestyle. It focuses on the pros and cons of solar hot water and electric systems, from installation to rebates. Continue reading to learn more.

How Do Electric Hot Water Systems Work?

The first electric water heater was invented in 1889 by Norwegian-American engineer Edwin Ruud. Meanwhile, the storage tank heater is the most common type of water heater and was introduced in newspaper ads in 1945.

How Electric Hot Water Systems Work

Electric hot water systems heat water using an electric element stored in an insulated cylinder. Electric water heaters come in different sizes, with the heating element at the bottom of the cylinder. Some systems also have a boost element along the higher up inside the cylinder.

Pros of Electric Hot Water Systems

Electric hot water systems are great for homes because of their affordability and convenience. Here are some key advantages:

• Lower water heater installation costs: Electric systems are less expensive than solar systems, making them accessible for most families.
• Available anywhere: Unlike solar systems, electric hot water systems do not rely on the sun to work. They are best for homes in regions with limited sunlight.
• Reliable in any climate: Electric systems will provide constant hot water no matter the weather. 

Cons of Electric Hot Water Systems

While electric systems are convenient, these come with some disadvantages:

• Higher ongoing energy costs: Electric hot water systems increase utility bills, especially in cities with higher electricity rates.
• Less environmentally friendly: Electric systems produce higher greenhouse gas emissions because they rely on electricity, often from burning fossil fuels.
• Needs periodic maintenance: These require regular maintenance to ensure longer electric water heater lifespan, optimal performance, and avoiding issues.

Recommended for

Electric hot water heaters are for homes with limited sunlight or regions. It is best for areas where solar energy cannot provide consistent power.

Understanding  Solar Hot Water Systems

The “Climax” is the first patented solar hot water system invented by Clarence Kemp in 1891. Let’s see how solar hot water systems work.

How Solar Hot Water Systems Work

Solar hot water systems have solar collectors installed on rooftops. These collectors absorb sunlight and convert it into heat, which is transferred to water and kept in an insulated chamber.

Most solar hot water systems have backup electric or gas boosters to ensure hot water availability during high-demand hours or overcast days.

Pros of Solar Hot Water Systems

Solar hot water systems are a great solution for eco-conscious homeowners.

• Solar hot water savings: Solar energy is free energy from the sun. Using a solar hot water system significantly reduces ongoing utility bills.
• Environmentally friendly: Solar systems use renewable energy, thus minimising greenhouse gas emissions and impacting the environment.
• Rebates and incentives: You can expect financial incentives and rebates to help with installation costs.

Cons of Solar Hot Water Systems

Solar hot water systems offer great benefits but also come with some disadvantages.

• Higher installation costs: The cost of the equipment and installation of solar systems are higher than that of electric water systems.
• Depends on weather and sunlight: Solar water heater performance may vary depending on the weather and the amount of sun in the area.
• Maintenance: Solar panels need regular cleaning, while components require regular servicing

Recommended for

Solar systems are best for homes with ample sunlight exposure, allowing them to operate all year round. They are great for reducing environmental impact as they use renewable energy.

Comparing Costs: Electric vs. Solar Hot Water Systems

Let us now compare the installation and maintenance costs of electric and solar hot water systems.

Initial Installation Costs

Here are the average installation costs for electric and solar hot water systems in Sydney:

Electric systems

• Average installation cost: The price is anywhere from $450 to $1,800
• The cost depends on the system type (with storage tank or continuous flow), size, brand and model, complexity of installation, and labour costs.

Solar systems

• Average installation cost: The price could be anywhere from $3,000 to $7,000
• The cost depends on the system type (flat plate or evacuated tube collectors), size and capacity, roof orientation, complexity of installation, and government rebates.

Ongoing Energy Costs

Let us now compare the ongoing operational costs of electric vs solar systems.

Electric Systems

• There is a significant ongoing utility bill expense, but the cost varies depending on the local rates and the household’s water usage.
• These systems require regular maintenance, such as tank flushing and inspections, to ensure optimal function.

Solar System

• The ongoing costs can be limited to occasional inspections and possible system component repairs.
• Homeowners need a backup heating source such as electricity or gas on cloudy days. 

Average Household Energy Usage and Cost Savings

Homes in Australia use approximately 150 litres of hot water each day. Meanwhile, electricity costs depend on the location and provider. The average cost can be around $0.10 per kilowatt-hour (kWh).

Electric Systems

Electric hot water systems’ estimated daily energy consumption is around 2 to 4 kWh or $0.30 to $0..60.

Solar Systems

Homes with solar hot water systems use significantly less energy. Depending on the location, system size, and weather conditions, these systems can cover 50% to 80% of hot water requirements.

Government Rebates

In New South Wales, the Energy Savings Scheme offers financial incentives for homeowners using solar hot water systems. The ESS operates through a system called Energy Saving Certificates (ESCs). You can claim these certificates when you install solar-powered hot water systems.

You can sell or trade ESCs, which reduces the upfront costs of installing solar hot water systems. The rebate amount depends on the type of solar system installed.

Choosing The Best Hot Water System for Your Needs

The best hot water system in Sydney homes depends on the homeowner’s needs, budget, location, and environmental impact.

Factors to Consider When Choosing

Remember the following factors when selecting the right hot water system for your home:

• Budget: Electric systems have lower upfront costs, making them more suitable for homeowners with tight budgets. Meanwhile, solar systems significantly reduce long-term utility bills, offsetting the high initial investment.
• Location and sunlight: Solar heaters are best for places with abundant sunlight. 
• Environmental impact: Solar water systems use renewable energy, which reduces environmental impact by minimising carbon footprint. Electric heaters may be convenient, but they contribute to greenhouse gas emissions.
• Size of the home: Solar systems may be more cost-efficient for larger homes with a higher demand for hot water. 

When to Choose Electric

If you live in an area with limited sunlight exposure, choose an electric hot water heater. Electric systems could also be a great option with a limited upfront budget.

When to Choose Solar

Solar hot water heaters are the best option for those living in an area with a lot of sunshine. Those who want to save on electricity costs in the long term may also find solar systems more cost-effective.

Frequently Asked Questions (FAQs)

1. How much can I save on energy bills with a solar hot water system?

A solar hot water heating system can save you anywhere from 50% to 80% on utility bills. Savings depend on location, system size, and household usage.

2. Can I install a solar hot water system in my home?

Yes, you can install a solar hot water system in your home. Still, it is best to have a professional install to ensure safety, efficiency, and compliance with local regulations.

3. What’s the lifespan of a solar hot water system?

The lifespan of a solar-powered hot water system ranges from 15 to 20 years.

4. How long does it take to recoup the cost of installing a solar hot water system?

It may take 4 to 8 years to recoup the cost of installing a solar hot water heater system. The time depends on the installation costs, energy savings, and available incentives in your area.

5. Do electric hot water systems use a lot of electricity?

Yes, electric systems use a lot of electricity, especially when used frequently or during peak hours.

Is your washing machine taking time to fill, or is your dishwasher taking too long to wash your dishes? The problem could be low water pressure.

Sydney Water acknowledges the low water pressure problem and states that they are working hard to prevent it. Low water pressure at home is also a common plumbing issue many homeowners encounter. It makes daily tasks such as showering, washing clothes and dishes, or watering plants frustrating.

Low water pressure causes vary widely, ranging from minor issues such as clogged faucets to more complex problems such as corrosion and pipe bursts. While some solutions are simple for homeowners to handle, others may need the expertise of a professional plumber. 

Learn more about low water pressure, its causes, how to diagnose it, how to make DIY fixes, and when to call a professional, such as Link Plumbing, for expert assistance.

Common Reasons for Low Water Pressure at Home

Are you always wondering, “Why is my water pressure so low?” If so, you might deal with plumbing issues requiring immediate solutions. Here are common reasons for having reduced water pressure at home.

Clogged Pipes and Debris

Mineral deposits and debris can build up inside pipes over time. These can block water and significantly reduce flow. Regular pipe maintenance can avoid this by ensuring a steady water supply.

Flush pipes regularly by running water through faucets at full pressure. This will clear minor blockages and remove debris.

• Install a water softener to prevent mineral buildup or hard water deposits.
• Clean showerheads and aerators regularly.
• Check exposed pipes for corrosion, damage or leaks.
• Have a professional inspect your pipes annually to check for hidden issues.

Faulty Pressure Regulator

A pressure regulator is a device installed in a plumbing system that controls safe water pressure levels in a home. When this malfunctions, it can cause water pressure to drop. A faulty regulator can also lead to uneven or low water pressure. Over time, this can strain the plumbing system, causing further damage and other issues.

Here are the symptoms of a faulty or outdated pressure regulator:

• Sudden or noticeable drop in water pressure in all faucets or fixtures.
• Fluctuating water pressure.
• Inconsistent water flow when using faucets simultaneously.
• Visible damage or corrosion on the regulator

Have a licensed plumber check or replace your water pressure regulator when you spot any of these symptoms.

Leaky Pipes or Plumbing Fixtures

Leaky pipes or broken fixtures, such as taps and faucets, can cause a noticeable reduction in water pressure. Even small leaks can add up over time, wasting water and affecting the overall flow in your home. Fixing leaks ASAP can restore water pressure and prevent further damage to the rest of the plumbing system. Contact a professional plumber for leak detection and repair.

Municipal Supply Issues

Low water pressure from the main water supply can be common in areas with outdated systems. Low water supply may also be common during high demand, such as peak usage hours or drought conditions.

In cities like Sydney, water pressure issues happen due to outdated pipes or increased consumption, especially during summer. If you’re wondering how to fix low water pressure, it may be worth contacting your local provider to find out if there is an issue related to the main supply.

Obstructions in the Plumbing System

Tree roots or debris can invade pipes and cause low water pressure. These are common in older homes with ageing water systems. If your home has old plumbing, you may need to have these checked and replaced to avoid low water pressure issues.

DIY Guide: How to Diagnose Low Water Pressure

Is the water pressure issue affecting only a certain part of your home, or is it a bigger problem that requires an expert’s attention? Here are techniques for diagnosing low water pressure problems at home.

Test the Water Pressure in Different Areas

Test water pressure from different faucets and appliances to determine if the issue is isolated or affects the entire home.

Inspect Water Pressure Regulators

Find the water pressure regulator near the water main valve or meter. Check this for signs of wear or corrosion. Inspect the gauge and ensure it reads within the normal pressure (300 to 500 kilopascals or kPa). Adjust the pressure if it’s too low. A broken regulator needs to be replaced.

Look for Leaks in Plumbing Fixtures

Check leaks around faucets, hoses, or pipes, as even the smallest leak can cause noticeable drops in water pressure. Look for damp areas, pooling water, or stains that indicate leaks along the area.

Assess the Age and Condition of Pipes

Older homes may still have pipes made of galvanised steel that have corroded over time. Corroded pipes can restrict water flow and cause low pressure, and they need to be replaced to restore proper water pressure.

Do you need help diagnosing low water pressure? Link Plumbing can quickly find the cause and provide the best solution.

Step-by-Step Solutions to Fix Low Water Pressure

Applying immediate water pressure troubleshooting tips can quickly resolve issues and restore your home’s normal water supply. Here are some practical steps.

Clear Clogged Pipes

Minor issues such as clogs and sediment buildup in pipes may be cleared using simple DIY techniques.

• Use a pipe cleaner to scrub inside the pipe.
• Use a plumbing snake to break stubborn blockages.
• Pour a mixture of baking soda and vinegar inside the pipe, followed by hot water.

Replace or Adjust the Pressure Regulator

If you think you have issues with your water pressure regulator, adjust it by following these steps:

1. Turn off your water supply from the main shut-off valve.
2. Locate the regulator. It is usually found near the main water line or where the main line enters your home.
3. Check the gauge to see if it reads 300 to 500 kPa.
4. Adjust it by turning the knob to increase or decrease the pressure.
5. Turn on your water supply.

If adjustments don’t work, the regulator may be malfunctioning or broken. You can remove it by loosening it from its mounting bolts or nuts. Call a professional plumbing service to replace a broken pressure regulator.

Repair Leaking Pipes and Fixtures

Dripping faucets and worn seals are the most common issues contributing to low water pressure, and they can be fixed with simple repairs.

• Replace worn-out rubber washers to stop the leak.
• Check and tighten faucet parts.
• Use a brush or cloth to remove debris from the valve seat.
• Replace worn-out seals and O-rings inside the fixture.

Contacting a plumber for a safe and effective fix for extensive pipe issues is always best.

Install a Water Softener or Filter

A water softener or filtration system can prevent the buildup of minerals inside pipes. These improve water quality and protect plumbing from scale. An expert plumbing company like Link Plumbing can recommend the best filtration system and help with the installation and maintenance.

If DIY solutions are not working, don’t worry! Link Plumbing can quickly solve your water pressure problems with expert service. Contact us today to book an appointment.

Signs It’s Time to Call a Professional Plumber

Don’t wait until you have no water pressure in the kitchen! Call a professional plumber now.

Signs You Need Professional Help

Call a professional plumber if:

• DIY fixes are not working
• Low water pressure persists despite your efforts,
• Low water pressure affects your entire home.
• You find visible pipe damage, such as leaks or cracks.
• Low water pressure is due to a faulty pressure regulator

Why Choose Link Plumbing

Link Plumbing is the right choice for complex water pressure problems. Our quick response times and expert service make us the best company for your low-water pressure needs. 

With our years of experience in diagnosing and fixing low-water pressure issues, we can handle the toughest cases. Our specialised tools ensure we can quickly identify the cause and provide the most effective solution. We can restore your water supply in no time.

Don’t let a low water supply disrupt your home. Contact Link Plumbing for a reliable and lasting solution to your water supply issues. Call us at 0412 056 027.

Frequently Asked Questions 

1. Why is my water pressure low in only one faucet?

Low water pressure in only one faucet can be due to leaks in the pipe supplying water to the fixture or debris or corrosion within the pipe.

2. What causes low water pressure in a shower?

Mineral deposits or scaling along the shower head are the most common causes of low water pressure in showers.

3. Can I fix low water pressure myself?

You can fix lower water pressure issues such as cleaning shower heads, aerators, faucets, etc. You may also use a water softener or add a water filter to reduce mineral deposits in fixtures or faucets.

4. How much does it cost to fix low water pressure?

The cost of filing low water pressure depends on the severity of the issue. Contact Link Plumbing today at 0412 056 027 for a personalised quote.

5. Is low water pressure a serious problem?

Low water pressure in the entire home can be a serious problem as it affects daily life. Simple chores such as washing the dishes, laundry, and watering plants can be challenging. Also, low water pressure may be due to a major underlying issue such as pipe corrosion, leaks, busted pipes, etc., which could worsen when not addressed early.

Are you one of the people who unknowingly throw away old cooking oil and kitchen grease through the drain? It seems safe to dispose of oil this way, but do you know that this practice can lead to serious plumbing issues and environmental damage?

Improper cooking oil disposal can clog your drains and cause problems over time. Many also do not realise that whatever they pour down the drain eventually results in spillways and canals, polluting the environment. Also, clogged drains can cause expensive repairs, damaging not just your kitchen drainage but the rest of your plumbing!

This guide will help you safely dispose of cooking oil and kitchen grease. You will learn the dangers of this practice and practical tips on properly disposing of oil and grease at home.

The Dangers of Pouring Cooking Grease and Oil Down the Drain

Carelessly pouring old oil into the drain leads to serious issues. Every homeowner should understand the potential damage of oil and grease to plumbing and the corresponding effects on the environment.

Plumbing Problems

When grease is poured down the drain, it solidifies as it cools and sticks to the inner surfaces of pipes. These solids clog the drain, blocking water from leaving your home. Over time, the buildup can lead to various costly plumbing issues.

• Slow drainage: A grease that builds up inside the pipes partially blocks the movement of wastewater, causing drains to empty slowly.
• Complete blockage: Grease that accumulates eventually blocks drainage pipes entirely, leading to backed-up water and possible flooding.
• Foul smells: Standing water and decaying oil, grease, and food particles create unpleasant odours.
• Expensive plumbing costs: Removing blockages requires professional help and costly repairs.
• Corroded pipes: Grease can eventually corrode pipes and damage them. You may need to replace your drainage pipes completely.

Environmental Impact

Improper kitchen oil disposal can seriously impact the environment as this ends in waterways and canals.

• Water contamination: Grease and oil clog storm drains and reach rivers, lakes, and oceans, polluting natural water sources.
• Harmful to marine life: Grease creates a layer on the water surface that blocks oxygen, harming fish and other aquatic life.
• Soil degradation: Grease also enters the soil, affecting soil health and damaging plant life.
• Long-lasting pollution: Grease persists in the environment for long periods, which causes ecological damage.

Safe and Effective Methods for Disposing of Cooking Oil and Grease

Cooking oil and grease must be disposed of safely to avoid serious consequences in your home and the environment.

Recycling and Reusing Cooking Oil

Recycling and reusing cooking oil can reduce waste and minimise environmental effects. Here are ways to do it:

• Collect used oil in a sturdy and sealable container for easy transport. Make sure that this container won’t leak or break during transport.
• Take collected oil to recycling centres. Call early to ensure that they take this kind of waste.
• Repurpose used cooking oil into biodiesel, an eco-friendly fuel alternative.
• Use old oil and grease in non-food applications like lubrication, cleaning or making homemade soaps. You can take used oil in businesses that accept this material for recycling.
• Do not mix oil with other waste. Separate this to ensure proper recycling.
• You can place used oil in your compost bin but only in small amounts. Large amounts of used oil and grease must be taken to recycling centres.

Disposal in the Trash

Dispose of used cooking oil and grease in the trash by first allowing the oil to cool completely. Pour it into a sealable container, such as a glass jar or plastic bottle. You may now place it in regular trash, but make sure it won’t spill during disposal.

Using Grease Traps

Grease traps prevent excess grease and oil from entering the plumbing system. These devices capture fats, oils, and grease from wastewater, allowing only water to flow through the drainage pipes.

Professional Disposal Services

Link Plumbing provides professional services to help manage effective grease and oil disposal. We specialise in resolving blocked drains, maintaining your plumbing system, and providing expert advice on preventing grease-caused issues. We have reliable solutions to protect your pipes and ensure proper grease and oil disposal without harming the environment.

Common Mistakes People Make When Disposing of Cooking Oil

Proper cooking oil disposal can help you dodge countless issues and save money in the long run. Avoid these common disposal mistakes.

Pouring Oil Directly Into the Sink

Putting used oil or grease directly into the sink drain damages your pipes as these materials can solidify and clog pipes. Over time, your pipes will narrow, and drainage water will return to your home, causing flooding and foul smells.

Using Paper Towels or Other Materials

Another incorrect way to throw away grease and oil is to put grease-soaked towels or napkins in the toilet or trash. Again, these cause blockages, which clog plumbing and lead to costly repairs. Meanwhile, paper towels with grease also end up in landfills, polluting the soil and the environment.

Not Using Proper Containers

Not placing used oil in spill-proof and leak-proof containers upon disposal can cause spills and environmental damage. Simply pouring it into the drain harms your plumbing and leads to serious issues over time.

Frequently Asked Questions

1. What can I do with used cooking oil?

Used cooking oil should be placed inside a spill-proof container with a lid and dropped off at a recycling centre that accepts used oil.

2. Can I reuse cooking oil after frying?

You can reuse it in non-food applications like lubricating metal joints, hardware, tools, and soap-making.

3. How often should I clean my grease trap?

Grease traps must be cleaned at least every one to three months. Check local water authority regulations for details.

4. Why can’t I pour cooking grease down the drain?

Cooking grease can solidify and clog pipes, causing leaks, flooding, and other serious and costly plumbing issues.

5. Can I dispose of oil in my compost bin?

You can dispose of small amounts of plant-based oil in your compost bin. Large amounts should be placed in a jar or container with a cover and taken to a recycling centre that accepts used cooking oil.