It is scientifically designed and built to give a long and dependable service. The key point of this filter is the self cleaning mechanism in eliminating the need of periodic maintenance. Careful selection of materials and manufacturing assures the customer a satisfactory performance as per the filter rating. All materials used in this Technology are eco-friendly and recyclable.

The Technology has gained wide acceptance reaching out thousands of consumers especially individual households, Institutions, schools & colleges, hospitals , commercial buildings, corporate sectors, industries, Govt. & semi government Organizations

The technology has been installed in a number of Government sponsored projects along with World Bank assisted projects reaching the remote corners of the Country, including urban areas. The beneficiaries include a number of Government aided schools, gram panchayaths, Zillapanchayath, Central Railways, Apartment and residential buildings, individual households, Factories, corporate houses, Hospitals, Government buildings, Institutions and Farmers.

Rainy Dual Intensity Rainwater Harvesting Technology is also gaining worldwide acceptance with orders and queries from Europe and North America.

Rainy Filters have won twice the national Awards: The National Award for Excellence in Water management (2009) conducted by the Confederation of Indian industry (CII) and certified the filter as “Most Innovative water saving Product.

For the second consecutive year, the firm has been honored with national award for innovative environmental solutions. JSW–THE TIMES OF INDIA Earth Care award under the category “Innovation for climate protection”.

In the year 2011, Indian green Building Council (IGBC) has recognized the contribution done towards mother earth and awarded the firm as `Green champions”

Rainy filters are designed with self cleaning mechanism and can be fixed to the wall by connecting Rooftop rainwater drain pipes. The rainwater along with dirt particles enters into the inlet of filter through the hollow pipe tangentially to the filter housing and rotating slowly along the periphery of upper housing so as to flow into the SS 304 filter element placed in lower housing of the filter unit in angular motion at specific velocity, which creates cohesive force and segregates dirt particles and clean water individually. However when the intensity of rainfall increases the high volume of water moves in circular motion with high velocity in the upper housing and creates a centrifugal force. In both situations, involving low and high intensity of rainfall , the working principle of the filter based on cohesive and centrifugal force respectively, aids the filter element to divert clean water into the cistern/ recharging well and simultaneously flushes out automatically sand, debris, and dirt particles through the drain outlet.