“Sewage” refers to trash from any and all commercial, Residential and Industrial. Sewage treatment plants (STPs) clean wastewater so that it can be safely discharged to the environment, reused in agriculture, or redirected for reuse in homes as flush water. Both organic and inorganic materials are frequently found in sewage. Sewage treatment is necessary before it may be released into a body of water. Sewage can contaminate rivers and other water sources if not properly treated before being released into them.
Hydromo sewage treatment plants are an industry-leading solution for wastewater treatment. We provide an efficient and cost-effective way to treat wastewater, reducing pollution and improving water quality. The plant uses advanced technology and processes to ensure the safe and effective treatment of wastewater, removing contaminants and returning clean water back to the environment. This helps to improve the health and quality of life of the local community, while also preserving the environment.
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The demand for STP
With the growing population, There is a persistent environmental degradation problem in India, despite the country’s progress toward becoming a developed nation. Toxin levels in the atmosphere have risen as a direct result of the rapid development of the industrial sector. Wastewater treatment, accomplished by means of specialized plants, has thus become an important obligation. India’s rapidly growing population and expanding industrial infrastructure are driving an unprecedented increase in the country’s wastewater volume. The depletion of freshwater sources like rivers and wells is making the situation even worse.
Hydromo Sewage Treatment Plant
Hydromo STP plants use the state of art technologies such as MBR, and MBBR. SBR, Eco Bud. “STP plants” developed by Hydromo refers to any approach that maximizes the reuse of water that would otherwise be wasted as wastewater. Apart from that, the plants are Sound Sensitive, Automated, and Optimised Space. We are also the proud Dealers for Mitsubishi Membranes. These plants were developed by Hydromo. The salts and other materials that are found in this water are often disposed of in landfills, while the water itself is put to useful use by way of reuse, which is a sort of beneficial reuse.
Benefits
Remove Pollutants, Contaminants, and Hazardous
substances
Environment Friendly
Reduce Public Health Risks
Cost-Efficient
“STP plants” developed by Hydromo refers to any approach that maximizes the reuse of water that would otherwise be wasted as wastewater. These plants were developed by Hydromo. The salts and other materials that are found in this water are often disposed of in landfills, while the water itself is put to useful use by way of reuse, which is a sort of beneficial reuse.
Our Technologies Include
MBR: Membrane Bioreactor
magine a super-efficient cleaning system for dirty water used in cities and industries. MBR is like that! It combines two smart methods.
Bacteria Cleaning
Super Filter First, tiny living bacteria are used to eat up the yucky stuff in the water, making it cleaner. This is called the activatedsludge process.
Super Filter
Then, the water goes through an amazing filter made of special membranes. These membranes act like super strainers, trapping even the tiniest dirt particles in the water. This step is called microfiltration or ultrafiltration.
The best part is that the MBR system has everything it needs to work smoothly. It has fine screens to remove big junk, the Membrane Zone where the filtering happens, and a final disinfection step to ensure the water is safe. So, with MBR, the dirty water becomes super clean and can be reused or safely returned to nature. It s a fantastic way to protect our environment and make sure we have clean water for everyone!
MBBR is like a super-charged cleaning system for wastewater. It uses a special tank with plastic carriers called fluidized aerated bed (FAB) media. These carriers provide a surface where helpful bacteria can grow in a thin layer, just like a tiny garden.
Here’s how it works:
- Aeration Tank: The wastewater goes into the aeration tank, which works like a garden bed for the bacteria. The carriers are mixed in the tank using air bubbles, ensuring the bacteria get in touch with the dirty water.
- Biofilm Magic: The bacteria on the carriers form a magical biofilm, which acts as a natural cleaner. It eats up the impurities in the water, making it cleaner and safer.
To make sure the plastic carriers don’t escape, there’s a sieve at the tank’s outlet, like a safety net.
The best part is that MBBR is super efficient and needs less space than other methods. Unlike some other biofilm systems, it doesn’t get clogged easily, making it very reliable. Also, it doesn’t require recycling of sludge like other systems do.
Sometimes, MBBR is added to existing activated sludge tanks to increase their cleaning capacity, like a turbo boost!
So, with MBBR, we have a powerful and space-saving way to turn dirty water into clean water, thanks to the amazing work of helpful bacteria!
Sequencing batch reactors (SBR) are a type of activated sludge process for the treatment of wastewater. SBR reactors treat wastewater such as sewage or output from anaerobic digesters or mechanical biological treatment facilities in batches.
Oxygen is bubbled through the mixture of wastewater and activated sludge to reduce the organic matter (measured as biochemical oxygen demand (BOD) and chemical oxygen demand (COD)). The treated effluent may be suitable for discharge to surface waters or possibly for use on land.
Water enters through the inlet valve and the tank is filled while the mixing is provided by the air blowers. Aeration of the mixed liquor is performed during the second stage by the use of fixed or floating mechanical pumps or by transferring air into fine bubble diffusers fixed to the floor of the tank. No aeration or mixing is provided in the third stage and the settling of suspended solids starts. During the fourth stage the outlet valve opens and the “clean” supernatant liquor exits the tank.
Aeration times vary according to the plant size and the composition/quantity of the incoming liquor, but are typically 60 to 90 minutes. The addition of oxygen to the liquor encourages the multiplication of aerobic bacteria and they consume the nutrients. This process encourages the conversion of nitrogen from its reduced ammonia form to oxidized nitrite and nitrate forms, a process known as nitrification.
To remove phosphorus compounds from the liquor, aluminum sulfate (alum) is often added during this period. It reacts to form insoluble compounds, which settle into the sludge in the next stage.
EcoBud is a fantastic sewage treatment system designed by Hydromo. It’s an advanced and eco-friendly solution that requires very little power and maintenance.
Here’s how it works:
- Natural Biological Augmentation: The magic of EcoBud lies in natural biological processes. First, microorganisms work in an anaerobic (without oxygen) tank to convert organic matter into biogas. This is like creating energy from waste!
- Aerobic Biological Oxidation: Next, the sewage goes through aerobic (with oxygen) treatment, where more helpful microorganisms further break down the pollutants.
- Clarification and Polishing: To ensure clarity and purity, the treated water passes through natural filters made of sand and fibers. They act like natural cleaners, making the water even cleaner!
EcoBud is like a superhero for wastewater treatment, using both anaerobic and aerobic processes to clean the water naturally. It’s low-powered, automated, and easy to maintain, making it an eco-friendly solution for sewage treatment.
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