Discover the cutting-edge technologies behind modern wastewater treatment systems. From initial sewage collection to final effluent discharge, explore the efficient processes that ensure environmental safety and resource recovery.Explore innovative wastewater treatment solutions tailored to meet diverse industrial and municipal needs. Our systems are designed for reliability and efficiency, delivering sustainable water treatment results across varying scales and complexities.
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The waste water includes the sewage (black water) that is discharged from toilets, and the sullage (grey water) that is discharged from sinks, washing machines, dish washers, showers and baths.Your Taylex Wastewater Treatment System treats wastewater in an environmentally sustainable way by making use of the naturally occurring bacteria that is present in the waste water. The system is designed to hold the polluted or degraded water in a series of compartments where various types of bacteria can flourish and in doing so, “treat” the water, naturally, without dangerous chemicals or additives.
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The waste water includes the sewage (black water) that is discharged from toilets, and the sullage (grey water) that is discharged from sinks, washing machines, dish washers, showers and baths.Your Taylex Wastewater Treatment System treats wastewater in an environmentally sustainable way by making use of the naturally occurring bacteria that is present in the waste water. The system is designed to hold the polluted or degraded water in a series of compartments where various types of bacteria can flourish and in doing so, “treat” the water, naturally, without dangerous chemicals or additives.
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When it comes to managing household wastewater, Advanced Secondary Treatment Systems stand out due to their numerous benefits. Here are some of the key advantages:
Wastewater treatment systems use natural biological processes to treat wastewater, reducing the need for expensive chemicals and lowering operational costs. Additionally, they require minimal maintenance, saving money in the long run.
You can depend on a wastewater treatment system for consistent and efficient performance. Thanks to its sturdy design, it can easily handle varying wastewater levels, resulting in fewer breakdowns and less downtime, providing peace of mind.
Domestic wastewater treatment systems use naturally occurring bacteria to treat wastewater, eliminating the need for harmful chemicals. This eco-friendly approach protects local ecosystems and promotes sustainable practices.
One of the great things about these wastewater systems is their ability to produce treated water suitable for non-potable uses, such as irrigation and industrial processes. It reduces the demand for freshwater resources and supports water conservation efforts.
You can customise these treatment systems to meet the needs of different households, regardless of size. Their versatility and adaptability ensure optimal performance in various situations.
Manufacturers build Advanced Secondary Treatment Systems to last longer than traditional systems, making them a wise long-term investment.
Approximately 300mm – 500mm should be above ground level. Suitable for all tanks.
Tank to be placed on a boxed or sunken pad of 5mm-7mm gravel, 100mm deep.
Taylex Rainwater Tanks are NOT RETAINING WALLS. A flat, level area larger than the tank on all sides will need to be cut before the tank can be installed.
Tanks can be buried underground, with only an inspection hole visible at ground level. Only suitable for Heavy Duty and W80 Tanks.
In-ground installations are best for these tanks. Soil levels should be the same on all sides of the tanks to prevent leaking or movem ent of the tank. Also, where possible, the middle join should be placed underground.
Highlight Taylex as leader in Home Sewage Treatment Systems
With over 50 years of industry experience, Taylex is a trusted leader in wastewater treatment. Our knowledge and expertise ensure high-quality solutions tailored to your needs.
We use the latest technology in our wastewater treatment systems. Our innovative approach ensures efficient, reliable, and effective management of your wastewater needs.
Taylex builds its systems to last. Our monolithic, single-piece moulds eliminate weak-joined walls and deteriorating seals. It ensures long-lasting performance and a solid return on your investment.
Our wastewater treatment systems are environmentally friendly. Using natural biological processes and minimising harmful chemicals, we help protect the environment and promote sustainable practices.
Taylex customises its systems to meet the specific needs of each household and application, whether for a small home or large property, ensuring optimal performance.
Wastewater treatment systems use natural biological processes to treat wastewater, reducing the need for expensive chemicals and lowering operational costs. Additionally, they require minimal maintenance, saving money in the long run.
Government authorities approve Taylex wastewater treatment systems. This endorsement is a testament to the quality and reliability of our products, giving you confidence in your choice.
We offer professional installation and maintenance services to ensure your system operates efficiently. Our experienced technicians provide expert support, from initial setup to ongoing maintenance, keeping your system in top condition.
Proudly Australian-owned and made, Taylex is committed to supporting local industry. Our products are designed and manufactured in Australia, ensuring high quality and supporting the local economy.
Our secondary treatment systems (STS) are certified to the latest Australian Standard AS 1546.3:2017—on-site domestic wastewater treatment units. This certification ensures our systems meet design, performance, and conformity requirements, enabling compliance with local regulations, avoiding legal issues, and contributing to community health and safety.
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What are the types of secondary treatment systems?
Secondary treatment systems include activated sludge, trickling filters, rotating biological contactors, and membrane bioreactors. Each uses biological processes to break down and treat wastewater.
What is the most common wastewater treatment?
The most common wastewater treatment method is the activated sludge process. This technique uses aeration and a biological floc composed of bacteria and protozoa, effectively breaking down organic matter.
What are the 3 stages of wastewater treatment?
The three stages of wastewater treatment are primary, secondary, and tertiary. These stages work together to effectively remove contaminants, resulting in cleaner and more usable water.
What are the 4 types of wastewater treatment?
The four main types of wastewater treatment are physical, biological, chemical, and sludge treatment. These methods effectively purify the water before discharge by targeting different contaminants.
What is the difference between primary and secondary water treatment?
The difference between primary and secondary water treatment lies in their processes. Primary treatment removes large solids and suspended particles through sedimentation. On the other hand, secondary treatment uses biological processes to remove dissolved and suspended organic matter, yielding cleaner effluent.
What is the difference between secondary and tertiary wastewater treatment?
The difference between secondary and tertiary wastewater treatment is in their levels of purification. Secondary treatment uses biological processes to remove organic matter. Meanwhile, tertiary treatment provides additional purification to remove residual contaminants, nutrients, and pathogens.
What does secondary sewage treatment remove?
Secondary sewage treatment removes biodegradable organic matter from wastewater. This primarily biological process targets dissolved and suspended organic materials, significantly improving water quality before further treatment or discharge.
What can secondary treated wastewater be used for?
We can use secondary treated wastewater for non-potable purposes like irrigation, industry, and landscaping. This eco-friendly water reuse reduces freshwater demand and promotes sustainability.
What is the best technology for wastewater treatment?
The best technology for wastewater treatment depends on the site’s specific needs. However, advanced technologies like Aerated Wastewater Treatment Systems (AWTS), Membrane Bioreactors (MBRs), Advanced Oxidation Processes (AOPs), Electrochemical Treatment, and Bioelectrochemical Systems are highly effective. These methods offer superior purification and adaptability to various wastewater types and treatment goals.
