Month: December 2023

Plumbing

What Does a Plumber Do?

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Atlanta Plumbers install and repair water, waste, drainage, and sewage systems. Their skills ensure these essential systems meet safety regulations and function effectively in homes and businesses.

This trade requires technical knowledge, practical skills, and physical stamina. Plumbers must also be good at communicating with customers and interpreting complex plumbing problems in layperson’s terms.

Plumbers can install a variety of plumbing fixtures and appliances. These include sinks, toilets, bathtubs, showers, and water heaters. They can also install and repair gas lines. Some plumbers specialize in installing irrigation systems and other large-scale plumbing projects. These usually require the use of specialized tools and equipment. Others may install and repair septic systems. These are generally located in rural areas and are not connected to public sewer systems.

Another service offered by plumbers is to inspect and repair drainage systems. This involves checking for leaks and clogs and repairing or replacing damaged pipes and components. This service can be offered to residential and commercial customers. Plumbers who offer this service often have a truck-mounted unit that contains all the necessary tools and parts to complete the job quickly and efficiently.

A plumber can also provide emergency services. This includes responding to customer calls with a burst pipe or a clogged drain. In these situations, plumbers must assess the situation and provide solutions to resolve the issue as quickly as possible. This can be challenging as it requires them to work outside their normal business hours.

Other plumbing services that a plumber can offer include the installation of kitchen and bathroom cabinets. This is a great way to add value to a home and increase its resale value. In addition, plumbers can install garbage disposal units and replace or repair faucets and showerheads.

There are several ways that a plumber can get trained and licensed to work in this field. One is the traditional apprenticeship, which lasts four to five years and includes classroom instruction and paid on-the-job training. Another option is to attend a vocational school program that offers a certificate upon completion.

Some plumbers work as part of a larger team, while others are self-employed and work alone. Both plumbers can work in residential, commercial, or industrial settings. Commercial and industrial plumbers typically work on larger plumbing systems that serve multiple occupants, such as office buildings, hospitals, or factories. They can also work on fire sprinkler systems and other complex industrial plumbing equipment.

The plumbing industry is a very dynamic one. It involves a lot of repairs and installation work for residential and commercial spaces. Plumbers need good problem-solving skills as they often encounter issues beyond their knowledge. These problems include clogged drains, water leakages, broken toilets, and more. It is best to fix these problems immediately to prevent further damage and high repair costs.

Some common repair services that plumbers offer include fixing faulty water heaters, repairing leaking faucets, and installing new sinks or toilets. They can also help with water filtration systems to improve home water quality. This is a good idea for people with well water since it reduces the amount of contaminants in their drinking water.

Another service that plumbers provide is unclogging drains and sewer pipes. This can be done by using a camera to find the cause of the clog and then using a snake or hydrojetting to remove it. Clogged drains are a huge nuisance for homeowners, leading to serious health issues. Plumbers can fix these issues quickly and effectively.

In addition to repairing and installing various plumbing fixtures, these professionals can also handle gas line installations. This is a dangerous job, so plumbers must be licensed and have the proper training to do this work. When installing gas lines, plumbers must understand and follow complex building codes and regulations. This will ensure that the pipes are safe and secure.

Plumbers can also repair sewer lines. This is a crucial job, as it can prevent the spread of diseases caused by contaminated water. Plumbers must be able to identify and repair any problems in the sewage system before they cause major issues. This is a vital service for homeowners, as a damaged sewer line can lead to flooding and costly repairs.

Most plumbing companies have a service and repair division that handles emergencies. This team works around the clock to respond to calls from customers and address their concerns. This includes working after hours, on weekends, and during holidays. Plumbing companies need this team to ensure that their customers can receive the help they need when they need it.

In addition to installing pipes, plumbers can perform maintenance and repair services. These services may include unclogging drains, fixing water heaters, and repairing leaking faucets. They can also replace sewer lines and install new toilets. Plumbers are often required to work with a variety of tools and equipment. They also need to be able to read blueprints to understand the layout of the plumbing system in a building.

Plumbers must be able to identify problems quickly and come up with effective solutions. They must also be able to follow strict safety protocols when working on dangerous plumbing tasks. They are frequently exposed to hazardous materials, such as mold, and must wear protective gear. Also, plumbers must be able to tolerate heavy lifting and long periods on their feet.

Plumbing problems can be stressful, especially when handled poorly. In addition to the job’s physical demands, plumbers must be able to interact with customers professionally. They must be able to explain technical issues in an easy-to-understand way and offer reasonable estimates for their work. In addition, plumbers must be able to complete all their work promptly and within budget.

The benefits of a career as a plumber include job security and high satisfaction. This profession offers good wages and benefits, including medical insurance. Plumbers can work for large companies or start their own plumbing company. They can also become experts in a specific plumbing field, such as gas systems or rainwater collection.

No one likes dripping faucets or overflowing toilets, and these problems are often caused by leaky piping or faulty water fixtures. Plumbers are trained to inspect and repair these problems, which can save people a lot of money in the long run. In addition, plumbers help maintain the sewage and water systems in homes and businesses, protecting the population from dangerous diseases transmitted through contaminated water supplies. This is a great career choice for anyone who enjoys being around water and solving complicated problems.

Plumbing systems consist of pipes, fixtures, and appliances that provide water, gas, and waste disposal services for residential, commercial, and industrial properties. Plumbers install these systems in new buildings and repair or replace them when damaged. They also inspect and maintain existing plumbing to ensure the safety of occupants. Plumbers must have extensive knowledge of building codes and regulations to perform their duties. They use specialized tools and techniques to diagnose and repair issues.

When performing inspections, plumbers examine the condition of pipes and fixtures to determine if they need repairs or replacement. They check for leaks, clogs, and corrosion. They also test water pressure to ensure it is within the proper range. If they find any issues, they make recommendations and perform necessary repairs.

Plumbers are also responsible for inspecting and maintaining gas lines. They ensure these lines are properly installed and connected to stoves and furnaces. They may also be required to inspect and repair sewer systems, often composed of concrete and clay liners containing human waste and other debris. In these instances, plumbers must wear protective clothing and masks to avoid exposure to harmful bacteria and microbes.

During a plumbing inspection, the plumber evaluates all the visible pipes in a home’s structure. They look for signs of damage, rust, or corrosion. They also check for leaks and clogs and the integrity of the drain line. They may also note potential safety hazards, such as improper venting of exhaust gases or cross-contamination between water sources.

In addition to visual assessments, plumbers utilize specialized equipment like augers and snakes to clear clogs and other obstructions in drains and sewer lines. They also use cameras to inspect hard-to-reach areas of a property’s plumbing. These inspections help them identify problems that could be costly to fix down the road. For example, a clogged drain can lead to water overflow and mold growth, while faulty sewer lines can cause sewage back-ups and other hazardous conditions. Plumbing inspections also help homeowners prepare to sell their homes by providing documentation of the plumbing system’s condition.

Plumbing

HVAC – Heating, Ventilation, and Air Conditioning

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HVAC Lexington KY helps regulate the amount of moisture inside a building. Too much humidity can damage a building and lead to mold or mildew.

New systems help maintain a consistent temperature in your home and offer better energy-efficiency ratings than older equipment. They also filter out allergens such as pollen.

The heating component of an HVAC system warms the air in a home or building. This helps maintain a comfortable temperature and contributes to indoor air quality by reducing contaminants like dust and pollen.

Most HVAC systems are made up of a combination of units to meet the unique needs of each home or building. They include a furnace, heat pump, air conditioner or other cooling unit, ductwork, thermostat, and other devices. Each element is important for keeping the space comfortable, but they work together to ensure the indoor environment meets your preferences and lifestyle needs.

Many people search for “what is HVAC” when looking into becoming an apprentice or career changer in the field. However, it’s important to know more about the entire system before deciding whether or not this is the right path for you.

As the demand for energy efficiency increases, so does the need to better understand how HVAC works. Many people are interested in learning more about this topic, but it can take time to determine what training they need.

HVAC is a field that includes many different aspects, from mechanical engineering to fluid mechanics. These skills are needed to design, repair, and maintain HVAC systems.

HVAC is often followed by an R, which stands for refrigeration, as this is a key aspect of many commercial applications. However, most HVAC systems are residential, and the main function is to provide comfort.

An HVAC unit that heats a space by convection. It uses a fan to move air over a heated coil, and the hot air is then vented into the room. This unit type is less expensive than other heating units but could be more efficient.

A device that allows an HVAC system to use outside air for free cooling. When the enthalpy of the outdoor air is lower than that of the interior air, an economizer can be used to reduce the required mechanical cooling load.

A device that keeps a heating or cooling system running at its most efficient by monitoring the ambient temperature and controlling the output of the equipment accordingly. A programmable thermostat, for example, can control how long a heating or cooling unit runs to ensure that the indoor temperature is maintained at a desired level.

HVAC stands for heating, ventilation, and air conditioning. While the term may seem daunting to some homeowners, it is an umbrella term that encompasses all the units that make up your home’s indoor environmental comfort system. These units include your furnaces, air conditioners, ductwork, thermostats, and other solutions, such as an upgraded MERV 13 air filter, air purifier, or whole-home dehumidifier.

Your HVAC system’s cooling functionality depends on latent heat, the ability to absorb and transport moisture in the form of water vapor. Most cooling systems work by grabbing warm air from inside your house and moving it outdoors, where the surrounding environment cools it. This process works best when the outside temperature is lower than the interior temperature.

Many HVAC technicians recommend a split system, where an insulation barrier separates each indoor and outdoor unit. This helps keep the units from experiencing too much wear and tear from the elements and reduces the potential for energy loss between the two units. However, not all homeowners have the budget or space to accommodate these large units. If that’s the case for you, a packaged air conditioner is an alternative.

Furnaces are a common whole-home heating solution that burns natural gas or propane to create heat, which is then distributed throughout your home via ductwork to increase the indoor temperature. Another option is a heat pump, which works by using refrigerant to absorb and transfer both sensible and latent heat.

Air handlers are responsible for circulating the warm and cool air formed by your other HVAC units, ensuring that your home is evenly heated or cooled throughout. A thermostat is the final component of your system, allowing you to control your home’s temperature.

Many modern HVAC systems use a type of refrigerant known as polyethylene glycol (or PAG), which is used to lubricate the compressor in your AC system. Unlike the petroleum-based refrigerants of older models, these newer compounds do not produce toxic byproducts and are safer for the environment.

Ventilation is the movement of air around a space to allow fresh and stale air out. This can be done naturally or mechanically. Ventilation is important for maintaining healthy indoor air quality as it replenishes oxygen levels, removes odors and excess moisture, and provides a heat exchange method.

Heat loss is the amount of heat a building loses through its exterior walls, windows, and doors. It is determined by a heat load calculation that considers the surrounding air’s temperature, humidity, and carbon dioxide levels. The calculations determine the HVAC systems required to maintain the appropriate indoor temperatures.

The evaporator coil is the part of an HVAC system that cools down the air in a home. It is the largest component of an HVAC unit, requiring a lot of energy to operate. This is why getting an HVAC system with a high SEER rating is important, which means it consumes less power to function.

A thermostat is the control system of an HVAC unit. It is the device that tells the system when to start and stop operating and adjusts the temperature. Several types of thermostats are on the market, and they can be digital, analog, or smart. Some thermostats can even be controlled with a phone app!

Air ducts are the conduits that transport air to and from the HVAC system. They can be made of metal, fiberglass, or plastic. It would help if you got insulated air ducts, as they help keep your home energy efficient.

The ventilation system in a home is often divided into two parts: the furnace and the air conditioner. A furnace uses natural gas or propane to heat the air, circulated throughout the home by ductwork.

An air conditioner is an electrically powered unit installed in a window or on the wall. It uses a blower to pull in air from the outside and an evaporator coil to cool the air. An air conditioning unit can have multiple fans, and it is recommended that you check the size of these to ensure they are adequate for your home. The indoor air quality of a house or other building can be affected by various factors. Some of these factors include the presence of pollutants, poor ventilation, and humidity. In addition, certain groups of people are more sensitive to indoor pollutants than others. These groups include infants, older people, and those with existing respiratory or cardiovascular problems.

Indoor pollution sources can be derived from the combustion of fossil fuels like oil, gas, kerosene, or coal; chemical vapors from household cleaning products and pesticides; mold and mildew; gases produced by building materials, appliances, and certain furnishings; dust mites and other insects; bacteria and viruses; and biological contaminants like cat and dog saliva and dander. Biological pollutants are especially potent allergens that can trigger respiratory reactions and even cause disease in susceptible individuals.

In general, human activities are the primary source of indoor air pollutants. However, building materials and furnishings can also contribute if they are of high-emitting or low-ventilating types. Ventilation systems in large buildings can also create problems if poorly designed, operated, or maintained.

Health effects related to poor indoor air quality can be short-lived and often difficult to distinguish from the common cold or other viral illnesses. Record the time and place when symptoms occur to judge the possibility of IAQ problems better. If you prove that your symptoms disappear when away from the problem area, this may indicate that IAQ causes the issue.

Poor indoor air quality can be improved by reducing or eliminating sources of pollutants, increasing ventilation, and installing air-cleaning devices. Frequently, it is the responsibility of the individual resident to improve indoor air quality by taking action to control or eliminate a pollutant source. Sometimes, a homeowner can do this by temporarily opening a window to increase the ventilation rate. Still, it is important to remember that outdoor air might not be suitable for breathing on days when pollution alerts are issued.

Plumbing

What to Look For in Hot Water Heater Replacement

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When a water heater exhibits signs of wear and tear, Water Heater Replacement Denver is often more cost-effective than repairing it. This is especially true when the old unit is reaching the end of its lifespan.

If your hot water has a garlic odor or is discolored, this may indicate an anode rod problem. This can be easily remedied.

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Located on the top of your water heater tank, the anode rod is an essential part of your hot water heater. It has a steel core wire with magnesium, aluminum or zinc wrapped around it. The anode rod is designed to exist for a short time, but when it wears out, it will attract the minerals in your water and cause them to corrode instead of the tank or any other exposed metal in the system.

The type of anode rod you need depends on the quality and mineral content of your water. Generally, magnesium rods work better in soft water, while aluminum is appropriate for hard water with a high PH level. You can find anode rods at home centers or online, but you should talk to a professional before making a purchase. Some anode rods are nipple-type and are attached to the hot water outlet, while others are plug-type and are installed on the top of the tank in a separate opening.

It is recommended to replace the anode rod every three to five years, depending on your mineral content and usage levels. If you neglect the anode rod, it will eventually corrode away and leave your tank vulnerable to rust & leaks.

Some warning signs that the anode rod needs replacing include a rotten egg smell in your hot water, the tank making loud or multiple popping noises while heating up, or dark water coming from the hot water outlets. Performing a simple water quality test, such as a pH test kit (available at home improvement stores), will also help you determine when to change your anode rod.

When you need to replace the anode rod, it is important to shut off both the power and the water. This can be done by turning off the circuit breaker on a gas-powered hot water heater or locating and shutting the valve on the cold water line at your meter. It is also a good idea to drain the hot water tank and take note of its condition so you know what to expect when it comes time for anode rod replacement.

The Dip Tube is a small yet vital part of your water heater. This unsung hero transports cold water from the top of the tank to the bottom so that it can be reheated by the burner. Without this crucial component, your hot water supply would be lukewarm at best and cold at worst. However, the dip tube can’t last forever. It is subjected to constant exposure to changes in water temperature, and mineral deposits can slowly wear it down over time.

When a dip tube becomes defective it will fail to carry the cold water down to the bottom of the tank where it can be reheated. Instead, the cold water will mix with your lukewarm water supply. This isn’t a permanent problem, but it will impact your daily routine until the defective tube is replaced.

Most modern water heaters use plastic dip tubes. These have a higher tolerance for the changing temperatures of your hot water supply than metallic tubes used in previous generations. Unfortunately, these dip tubes can still disintegrate under the stress of frequent hot water use. As they break down, they scatter white plastic fragments inside the tank, which can cause clogging at faucets and reduce your overall hot water supply.

Replacing a dip tube is fairly easy and doesn’t require any special tools. Start by turning off the circuit breaker that delivers power to your water heater and disconnecting the cold water supply line. Next, remove the pipe nipple and connector from the top of the tank. Use a flat screwdriver to loosen and then pull out the old dip tube. Once you have removed it, replace the new tube by inserting it into the inlet and pushing it in all the way. Make sure the curve on the end of the tube points away from the drain valve.

Once the dip tube is replaced, it’s important to restore power to your water heater and to reconnect the cold water line. You’ll then want to turn on the water and flush out your tank by running a few hot water faucets.

A gas water heater has a thermocouple to keep the pilot light lit. It also tells the thermostat when to turn on the main burner. If the thermocouple isn’t working properly, the pilot light will go out and the gas valve won’t open. Thermocouples are fairly easy to replace if you know what to look for.

First, you will need to shut off the gas supply valve. Then, you can start by unscrewing the nut that secures the thermocouple to the control unit with an open-end wrench. This will allow you to separate the two metal rods that make up the thermocouple. Then, you will need to test the temperature of the thermocouple. Use a multimeter to check the voltage between the hot and cold junctions of the thermocouple. You want to see a voltage of at least 20MV.

The thermocouple must be insulated from all other materials, except for the temperature sensing junction. This means that the thermocouple must be made of materials that will withstand high temperatures without deteriorating or melting. Most of the time, thermocouples are made from nickel or platinum. However, other metals such as copper, iridium, constantan, chromel, and iron are used as well.

If the tip of the thermocouple isn’t slightly touching the flame, you may need to clean it. Soot and residue can block the flame and prevent the thermocouple from producing a voltage. You can also bend the tip of the thermocouple to make sure it is engulfed by the flame.

Since the thermocouple is such an important part of your gas water heater, it’s a good idea to call in a professional to do the repair. This is especially true if you aren’t familiar with working on gas water heaters.

You can find replacement thermocouples online or in home supply stores for a reasonable price. Be sure to match the length of the new thermocouple with the existing one and the thread type on your water heater’s gas valve. You can also purchase a “universal” thermocouple, which works on most brands of water heaters. It will save you the cost of having to wait for a manufacturer’s thermocouple to be shipped.

The water heater’s pressure valve, also known as a temperature-and-pressure relief valve (T&P), is one of the most important components on your unit. This small metal valve is responsible for keeping your family safe from catastrophic failures by ensuring that the water in your tank is under a certain amount of pressure and temperature.

Located on the top or side of the water heater, the T&P valve looks like a flat “T” with one end attached to the water heater and the other end with a lever that can be operated. This lever can be pulled to release the built-up steam and hot water, lowering the internal pressure and temperature.

Although some leaking is normal, you should test your T&P valve regularly to ensure that it is working correctly. You should start by shutting off the power and gas to your water heater, turning off the water supply, and then removing the discharge tube from the valve. Place a bucket under the discharge pipe to catch the water and then open the valve by pulling the handle on the T&P valve.

If the valve is operating correctly, you should hear and see a rush of air and water flow into your bucket. If you don’t hear or see this, the valve is likely encrusted with minerals and will need to be replaced.

After the test, close the valve and turn back on the water supply. When the valve is reopened, it should snap back to its original position very quickly. If you hear dripping, or the valve doesn’t snap back to its original position, it is not functioning properly and needs to be replaced.

The T&P valve is a very small component with massive responsibility, and it should be tested regularly to ensure that it is in good working order. If you notice that your valve is leaking or that it doesn’t function as intended, then you should call your local plumbing experts to schedule a professional inspection.

Plumbing

Drain Cleaning – How to Get Rid of Clogged Drains

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Drains clog when hair, food particles, soap residue, and other debris build-up. Foul odors are an indicator of this build-up, but they can be remedied with some simple tools.

Drain Cleaning

First, try your plunger (or a specialized sink plunger) to break up the clog. If that doesn’t work, it might be time to use a homemade drain cleaner. Visit https://www.draincleaningphiladelphia.com/ for professional help.

Chemical drain cleaners are pure or mixed substances that help clear clogged pipes and fixtures. They are available in liquid, gel or powder form and can be purchased at hardware stores. These cleaners usually work through a chemical reaction with the materials that are causing the clog. Caustic drain cleaners, which are often referred to as lye or caustic soda, are bases that give or take away electrons from the clogging material, thus breaking it down and dissolving it. Oxidizing drain cleaners, which are formulated with bleaches, peroxides or nitrates, release oxygen that breaks down organic matter and eliminates bacteria. Both types of chemical drain cleaners are effective at removing many common clogs and are easy to use.

However, there are several disadvantages to using chemical drain cleaners. They can be dangerous to humans and pets, especially if they are ingested or come into contact with skin or eyes. They can also be hazardous to the environment if they enter waterways or groundwater sources. In addition, they can emit volatile organic compounds (VOCs), which are harmful to the environment and human health.

Another issue with chemical drain cleaners is that they are typically very strong, which means they can damage your pipes if not used properly. They can also irritate your nose, throat and lungs if they come into contact with your skin or inhaled. Long-term exposure to these chemicals may even lead to respiratory diseases such as asthma.

There are some good alternatives to chemical drain cleaners. One option is to use baking soda and vinegar, which creates a chemical reaction that helps dissolve clogs. Another option is to use hot water. You can start by pouring hot water down the drain, then follow it with cold water to flush out the pipes. Lastly, you can try a biological drain cleaner, which is made of natural products that are safe for your pipes and the environment. These cleaners typically take longer to work, but they are safer than chemical drain cleaners. It is best to use them as a last resort if all else fails.

Boiling Water

Clogged drains can be a major inconvenience. They block the flow of water, which leads to a backup of waste and can cause serious damage. This is why it’s important to keep on top of your home’s maintenance and cleaning so that clogs can be dealt with quickly and easily.

It’s not uncommon for people to pour boiling water down the drain as a DIY remedy for unblocking a drain, but this is a method that should be avoided. Pouring hot water down the drain can cause the pipes to corrode and may even soften or melt PVC joints. Instead, if the drain is completely blocked, a professional should be called to remove the blockage and clean the area.

Hair is one of the most common causes of clogged drains. It slithers down the pipe and often collects in hard-to-reach places, where it can bind with soap scum to form a sticky mass that’s difficult to dislodge. This mixture of hair and soap scum can also trap other debris in the drain, further reducing its flow. If the clog is all or partly due to grease, however, copious amounts of boiling water may help to wash it away.

Boiling water can be used on its own or in combination with other natural products to create homemade drain cleaners. For example, a combination of baking soda and vinegar is a popular choice for tackling stubborn clogs. When these two ingredients are mixed, they react to produce carbon dioxide gas and sodium acetate, which break down the gunk in your pipes.

Other DIY drain cleaners include hot water, coke, and Vaseline. The phosphoric acid in Coke can help to dissolve certain types of buildup, while Vaseline’s petroleum jelly properties make it an excellent substitute for mineral oils and paint thinner (which are both dangerous to use).

By taking preventative steps to ensure that your drains remain clear and flowing smoothly, you can avoid the stress of a clog and the need to call for professional help. Regular drain cleaning is far less expensive than repairing or replacing damaged pipes.

Baking Soda & Vinegar

Baking soda and vinegar are household staples with a long list of cleaning applications. They’re both powerful cleaners with their own sanitizing perks, and they work well in conjunction to lift stains and cut grease. The bubbling chemical reaction they create makes them an effective substitute for caustic and hazardous commercial drain cleaners.

Many people are tossing out the harsh chemicals in their cleaning products and using natural ingredients, including baking soda and vinegar, to clean their homes. These affordable and readily available powerhouse cleaners can lift dirt, disinfect surfaces and leave areas shiny and clean.

When you mix vinegar and baking soda, a bubbling reaction occurs between the two substances, releasing carbon dioxide gas. The reaction can be messy, but it’s not dangerous. The fizzing action of the reaction also loosens gunk, making it easier to wipe away.

Vinegar and baking soda are on opposite ends of the pH scale, meaning that they neutralize each other’s acidity. The result is a powerful cleaner that’s safe to use on most surfaces.

The acid in vinegar breaks down baking soda, creating sodium acetate and liquid water. Sodium acetate is a powerful deodorizer and can dissolve greasy molecules, which is why it’s found in many commercial cleaning products.

Vinegar can be used alone or mixed with baking soda to clean most surfaces in the kitchen, including sinks, counters and floors. It’s also a great alternative to chemical drain cleaners, and it works just as well in unclogging the toilet. Pour a cup of vinegar and a half-cup of baking soda down the drain, let it react for about three to five minutes, then flush with hot water. This method can also be used to clean the clogged drain in a shower or bathtub. If the drain is completely clogged, call in a professional plumber to use a high-pressure drain cleaning machine. This method of clearing a drain is not recommended for cast-iron pipes, which can be damaged by the caustic and corrosive mixture. If you do decide to try it, make sure the pipe is completely clear before putting in the baking soda and vinegar solution.

Biological Cleaners

Bio-enzymatic cleaners are live solutions that use strains of safe, natural bacteria along with specially selected enzymes to break down soiling, stains and malodours. These bacteria digest organic waste turning it into carbon dioxide and water, which they use to feed themselves and sustain their life.

These products are safe to use as they do not contain any chemicals. This makes them much safer for people to work around, especially those with allergies and sensitive skin. They also tend to be more environmentally friendly, relying on natural processes rather than harsh chemicals, and many are even fully biodegradable.

As an added benefit, bio-enzymatic cleaners are normally more cost-effective than traditional chemical cleaners. This is because they can be used at lower temperatures and can often keep working for up to 80 hours after application. This can help reduce cleaning costs by reducing the need for regular and costly deep cleans.

The best way to use a biological cleaner is by spraying it over the affected area. Allow it to sit for 5-10 minutes before wiping away with a damp cloth. It’s important not to spray any other cleaning product over the area, as this can stop the bacteria from breaking down and removing the contamination.

Biological cleaners are particularly effective for drains as they can penetrate through cracks and crevices where other cleaners may struggle to reach. They are also commonly used for cleaning greasy utensils, washing machines and deodorising toilets.

They can be used with a variety of surfaces and materials, but they are not recommended for use on abrasive or acidic surfaces as they can damage them. It’s important to test any bio-enzymatic cleaner on a small area of a surface before using it to ensure it won’t cause damage or discolouration.