+91 96529 93377

Specialists in Water Sector

We are one of the leading water companies based in Hyderabad, specialized in designing, production and supply of treatment systems, industrial machinery and luxury amenities for the water sector, custom-made to suit our client's requirements. We design and supply advanced water treatment plants, RO systems, Sewage treatment plants, effluent treatment plants, water softeners, pumps, rain water systems and a lot more. Anything related to water, we’ve got it!

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Towards your perfect water solutions.


Over the past century finding and sustaining a supply of clean water for drinking and other purposes has become a great challenge.

Today, important technological advancements in water treatment, including monitoring and assessment, help ensure a supply of high quality safe drinking water. The source of the raw water and its preliminary conditions generally determine the design and the steps needed in water treatment process.

Earth’s water cycle continually recharges water and is cleansed through numerous natural processes. This is observed in water bodies where solids settles at the bottom and impurities are filtered out as water seeps through rocks, gravel, or sand and back into the groundwater.

Water treatment technology adopted the nature’s cleansing process and improved on it by cleaning water at a faster rate and with greater control over finished quality and efficiency.

When a very high quality of water is required, further treatment processes are applied.

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A clean solution

Freshwater makes up a very small fraction of all the water on the planet. While nearly 70 percent of the world’s surface is covered with water, only 2.5 percent of it is fresh and the rest is saline and ocean-based. Of that only 1 percent of our freshwater is easily accessible, with much of it trapped in glaciers and snowfields. In essence, only 0.007 percent of the planet’s water is available to its 7.7 billion people for consumption. Given the high population growth, it is crucial that the scarce water resources we have be sustainably used and recycled.

Wastewater must also be treated because about 80% of it flows unfiltered into lakes, rivers, seas and oceans. This causes build up of contaminants and pathogens in these water bodies which harms the aquatic ecosystem. With new integrated technologies and comprehensive service, Hydromo provides complete solutions for a clean and future-ready water industry.

Where does our waste water go?

Some of us are used to seeing water readily available for use either from taps or in containers. We use it to shower, clean our dishes, wash our clothes and lots more. We use variety of products for cleaning, like, soaps, shampoos, dish washers, detergents, disinfectants, etc. After a tasty meal the leftover food, oil and fat end up in your sink which is eventually flushed down the drain. At times the left over medicine, paints, fertilizers, etc are flushed too. Ever wondered what happens to the wastewater once we conveniently flush it down the drains?

We mostly don’t think it as something we should be concerned about but in fact we need to ponder over it because water is a valuable resource.

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We offer a complete vertically integrated range of services to assist our customers from project planning stage to the commissioning of the project. Our consulting services include:

  • Counseling and expert advice on viability of the project.
  • Project report and detailed project plan.
  • Designing of project layout.
  • Detailed technical specifications of various machines and other utilities required.
  • Various options in machinery.
  • Delivery of various machines to the project site.
  • Installation, testing and commissioning of machines.
  • Fine-tuning and commencement of commercial production.
  • Post production counseling, market information and feedback.

A highly professional service and maintenance package with us will ensure that your Water & Wastewater treatment plant is maintained and monitored by one of the most reliable manpower in the Industry. A preventive maintenance concept is followed to carry planned inspections, maintenance and services. Our customers can also opt for value-added services like monitoring, lab support as well as instrument support if deemed necessary.








Our Clients

There are all awesome people

We are happy to state that Hydromo has provided an excellent service with high quality workmanship! We wish Hydromo and team all the success in their future endeavours!


This is a note to thank the Hydromo’s team and owner Jay, for installing and commissioning the waste water treatment plant in our various premises. We were impressed by the co-ordination of Hydromo’s team of engineers and technicians. We appreciate the timely completion and the training provided to our operators. Hydromo’s passion is evident in every call, meeting and email. We feel Hydromo has now become a part of our team and that makes all the difference!


Jay from Hydromo and his team made great improvements to the water in our home. They offered great advice, quality products, and prompt service throughout the whole process. Jay and his team are receptive to the needs of their clients and treat their customers like family. We will continue to use their products and services for years to come!


I had an amazing experience with Hydromo! When I had my systems installed I had recently purchased my home and knew I needed a water softener and purifier. After checking around for different options and reviews- I knew I made the best choice possible when I went to Hydromo. The owner Jay and his team who did the installation is very professional and took time to explain to me the different parts and pieces of the systems to me. He mentioned several times to never hesitate to call if I ever had any questions or concerns. He provided amazing customer service. Most companies try to upsell their products but Jay was very upfront and honest and sold me the product I needed to meet my needs. I would highly recommend this company to anyone


I have been drinking Alkaline Ionized Mineral Water by Hydromo for the past two years. I simply love the refreshing taste; all the other benefits of increased oxygen content, anti-oxidant abilities, rapid absorption, and its higher pH to neutralize excess acidity are all extra-added bonuses. Thank you, Hydromo your water is a blessing for the young and old alike!


Since after the alkaline installation by Hydromo’s team, my skin feels great and the dead skin just sloughs right off! I drink two liters of the alkalized water a day and I swear by this water, it’s tremendous!


I have been drinking alkaline ionized water by Hydromo for about 2 years and in that time I have experienced consistent and stable life-changing benefits!


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The fact that Water is the source of Life on Earth is the vital point to focus on the conservancy & safeguarding of Water on earth. Know the varied water solutions that fit into any home, business or industry.

Check your Water Health, Call us Now.

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Water Treatment Synopsis:

The aim of treating water is to remove unwanted substances and impurities like pathogens and pollutants thereby producing high quality, clear and tasty drinking water. This also ensures that the water stays consumable for a long time and poses no health risk.

The Treatment Process:

In a typical treatment process, preliminary treatment of raw water is performed to make the water fit for the treatment plant. Coagulation and flocculation are generally the primary treatment steps where the dissolved and suspended particles from the water are separated. Coagulation neutralizes the charges of the particles and forms a gelatinous mass to trap (or bridge) particles thus forming a mass large enough to settle or be trapped in the filter. Generally, alum or ferric salt is used for this purpose. Flocculation is gentle stirring or agitation to encourage the particles formed from coagulation to agglomerate into large masses called flocs which subsequently settle.

During the secondary treatment settled solids are removed by sedimentation. In this process, wastewater flows slowly through a tank allowing suspended particles that are heavier than water to settle to the bottom of the tank. From there, the solids are pumped to digesters for stabilization.

Tertiary treatment may involve clarification, filtration, and disinfection of secondary treated water depending on the desired final quality of water.

Effective Energy Management in Water Treatment:

Drinking water is mainly obtained by purifying groundwater and surface water. This is done through chemical and physical treatment. The type of treatment depends on the quality of the raw water and is determined by its constituents and the contaminants to be removed. The whole process is Energy consuming and thus represents one of the biggest cost factors. Our smart products, services, and solutions help you to achieve transparency in terms of energy demand and meaningfully reduce your costs.

What is Waste Water?

It is used water originating from domestic, industrial, agricultural and medical activities. Upon usage, the quality and composition of the water changes deeming it unfit for further use.

However, the water released from ponds or reservoirs, used for fish farming, is not considered as wastewater.

Types of Waste Water

How does the municipal wastewater treatment process work?

Step-by-step guide:

Firstly, wastewater is drained to the Wastewater treatment plant (WWTP) through the main sewer system. Strange things end up in the WWTPs, ranging from smaller things like wallets, plants, and watches to bigger things like mattresses and animals. Sometimes even gold ends up at the WWTPs.

Therefore mechanical separation of these objects is required.  This is called preliminary treatment or rather pre-treatment.

The large objects in the wastewater are removed by bar screens. Bar screen consists of various screens to separate various objects. Coarse bar screen racks remove coarse matter like paper, textiles, wood, plastic materials. Medium bar screen racks remove smaller objects (e. g. sanitary articles) to avoid plugging of the plant. Fine bar screen racks reduce the content of the solids in the sludge. Water then flows through the gravel chamber where the flow of the water is slowed down so that grit settles out of the water. The grit is later disposed of at the dump.

The following step is called the primary treatment during which the wastewater flows into primary settling tanks. Water is driven towards the hopper at the base of the tank where the hopper arm moves around the edge of the tank at the velocity of 4 cm/s. Treated water heads towards the edge and the particulates, of higher sedimentation velocity than the flow velocity, settle at the bottom of the tank. The settled particulates form sludge and are transported to a digestion chamber for further treatment. By the end of this step, the contaminant levels are reduced to 60%.

The secondary treatment is a biological step where microorganisms degrade organic carbon and ammonia and assimilate phosphorus. This reduces a load of organic matter and nutrients in the water. The sludge generated in this process (i.e. microorganisms and organic matter) is pumped out and moved back to the primary settling tanks.

Water from secondary treatment flows through the sand filters and activated carbon filters to filter out all the particulate and dissolved compounds in water thereby producing clear service water.

The final step of wastewater treatment is the thorough inspection of service water. This ensures that the treated water has contaminants below the acceptable limit.

Sludge pumped out of the settling tanks is added to the digestion chamber where it is continuously mixed at a higher temperature. Biogas is produced during the digestion process which can be used as a fuel.

When sludge digestion reaches an optimal level the sludge is transferred to thickeners where it is smoothly agitated and interstitial water between the flocs is released. The sludge is compressed by gravity and the clear water rises up.

The digested and dewatered sludge is adequately dried out and ripened. It is either discarded at the dump or if complied with agricultural standards it can be used as fertilizers for crops.