Bio Sewage Treatment

(Anaerobic - German Technology)

Why water recycling is necessary??

Water that is on the Earth today is the same water that was here when the Earth began. This is possible because of recycled water, both naturally occurring and as a result of human technology. The Earth naturally reuses its water; however, water recycling in the human population uses technology to speed up the process through practices like reusing waste water for purposes such as irrigation, flushing a toilet or filling up a groundwater basin. Another common form of water recycling is industrial recycling, where an industrial facility will reuse “waste” water on site for processes such as cooling. One of the key advantages of recycling water is that it reduces the need for water to be removed from natural habitats such as wetlands.

Environmental Benefits of Recycling Water

When you recycle the water that you use in your area, this means that you do not have to take water from other areas. Many areas where pure water is plentiful are delicate ecosystems that suffer when their water is removed. When the water is recycled, it makes it easy for places like the wetlands to keep their water supplies. More Advantages of Recycling Wastewater Many times, recycling water not only prevents its removal from sensitive environments, but it keeps wastewater from going into bodies of water such as ocean or rivers. Recycling water takes wastewater such as sewage and reuses it, instead of routing it directly into the nearest river or ocean where it could spread pollution and disrupt the aquatic life.

Increases Irrigation Benefits

While wastewater can be severely damaging to rivers and oceans, the Environmental Protection Agency advises that recycled water often contains properties that are extremely beneficial to irrigating and fertilizing fields. Recycled water often contains high levels of nitrogen, which, while bad for aquatic life, is a required nutrient for plants.

Improves Wetlands

The wetlands provide many benefits to the environment, such as housing wildlife, diminishing floods, improving the quality of the water and providing a safe breeding ground for fish populations. Many times, recycled water can be added to the dried wetlands, helping them to once again thrive into a lush habitat.

Provides Future Water Suppl

When you take water from the rivers and oceans to use for things such as irrigation and wetlands, you use up part of the drinking water supply. When you recycle water and use that instead, you minimize the potential loss of drinking water. This leaves the maximum amount of water possible for future generations to use for their drinking needs.

Global Wastewater Problems

80% of global wastewater flows back into the eco-system without being treated or reused

World Water Development Report 2017 demonstrates the need for sustainable development

Goal 6: Water & Sanitation


Global Wastewater Problems

With a growing population, the per capita availability of water has dropped from 1,816 cubic meters in 2001 to 1,545 cubic meters in 2011.

Only 70% of urban households have access to piped water supply.

The average per capita supply to these households is well below the recommended 135 liters per day in many cities.

And humans making it worst by polluting potable water with industrial and Domestic waste.

Now this is becoming the CHRONIC problem for sustainability for human and other species.

Initiatives by Govt./ Policy makers to meet the Crises

Water security: At present, this issue ranks high in the minds of policymakers in World with several countries facing water crises.

Reuse of treated wastewater is getting strong support from government policy in INDIA also

Paris Agreement signed by INDIA – April 2016, sustainable use of natural resources.

Call - UN Agenda 2030 Sustainable Development

Our Elite Partners

Know how transfer

Understanding Problems

Talking Initiatives

Finding solutions

Implementing and serving world community for better tomorrow

Product Range

With Versatile range of Products, VIDAL has capacities to cater vide range of requirements.


Convincing Arguments

Comparison with conventional STPs

Conventional STPs Ecological -STPs REMARKs
Space Approx 1: 2.5 Much smaller in size
Rotary comp. Yes No rotary comp No wear tear
Noise, Foul Smell Yes No
Contamination Yes No
Insects/infection Yes No
Chemicals Yes No
Disinfectant Yes No

Capacity of 1MLD Net and a peak capacity of 1.2 MLD

Build in reinforced concrete, app. size 27m x 12m x 4m

Constructed Wetland 300m2 (with blue lily and Common Reed)

Potable Water Storage capacity as per requirement

App. wastewater (IN) specification

COD (Chemical oxygen demand) 500-700mg/l

BOD (Biological oxygen demand) 300-400mg/l

SS (Suspended Solids) 200-400mg/l

Working for Future

for sustainable growth

Production Facilities

Germany Aerial View




Planning to setting up new plants in India and China to catter Aisan Market.