Inventions
1. Mosquito free biogas plant – 2013
Portable biogas plant with integrated geomembrane gas collector. It is capable of preventing mosquito growth in the gap between the digester and the gas collector. Facilities are also available for regulating the high pressure generated inside the plant, and also for allowing the gas to reach the stove even with the high pressure.
2. Pressure booster for small capacity biogas plants – 2012
Method and device for maintaining the required pressure at the gas utlisation point with automatic high pressure control.
3. Automatic Slurry temperature controlling system – 2011
Method for maintaining the required temperature of the bio materials inside the digesters in cold climatic regions.
4. Foldable pre fabricated Biogas plant – 2011
The pre fabricated plants enable the installation of domestic bio energy plants within few hours, avoiding the need for a skilled mason.
5. Anaerobic pre digester with flexible gas collector – 2011
Method and devise for collecting biogas and treated solid materials from anaerobic pre digester.
6. Hydraulic non return valve – 2010
Method and devise for transferring biogas from different digesters to the centralized gas collector without high pressure formation, in the digesters and gas collector.
7. Bio gas purifying system – 2010
Method and devise for removing unwanted particles and gases from the bio gas produced through cost effective methods.
8. Module type multistage biomethanation plant – 2009
Method and devise for generation of maximum quantity of biogas from organic waste materials by the introduction of multi stage digestion process.
9. Anaerobic pre digester – 2009
Method and devise for preventing acidity and scum formation in anaerobic digesters and for easy recovery of treated solid fertilizer.
10. Anaerobic septic tank – 2009
Method and devise for generating bio gas from human excreta through anaerobic process using specially designed septic tank.
11. Pre fabricated RCC domestic digesters – 2008
The prefabricated digesters help to complete the installation of a domestic bio energy plant with in 4 hours. There is no need of a skilled mason.
12. Slurry recycling system – 2008
This helps the treatment plant to work as a zero discharge one. The use of fresh water can also be minimized. The efficiency of the digesters is also improved.
13. Pre digesters for waste to energy projects – 2007
Pre digesters prevent formation of scum inside the digester. Treated manure recovery is also made very easy through the adoption of this system.
14. De humidifier for power generation projects – 2007
The humidity in the bio gas produced can be eliminated with the help of this system through refrigeration method.
15. Integrated waste management plant – 2006
In this plant different technologies are applied in a single plant for effective disposal of all types of waste. The accumulation of non treated waste is completely avoided.
16. Bio-Cinerator for dry bio solid waste disposal – 2005
Bio-cinerator helps to dispose off slow degradable bio waste materials through incineration using bio gas as the operational fuel. The heat produced through this process is used for heating water.
17. Pre fabricated fixed dome digesters – 2004
Pre fabricated fixed dome digester plants help to minimize the installation time especially in water logged and slum areas. In this design the gas is collected and stored in separate gas collection devices.
18. Pre conditioner for bio waste treatment plant – 2003
Pre conditioner helps to reduce the size of feed material for better performance.
19. Hydrogen sulphide (H2S) scrubber for Bio gas plant – 2002
This invention helps to eliminate formation of hydrogen Sulphide from Biogas on a continuous basis.
20. Biogas filling system – 2000
With the help of this system, Bio gas can be filled in cylinders without much expense.
21. Portable Bio waste treatment bio gas plant – 2000
Portable plants enable the users to install the plants anywhere on the ground or in the roof top of the house without much effort.
22. Cooking gas from domestic food waste – 1998
Through a process developed, cooking gas could be generated from domestic food waste with out the regular use of cow dung or bacteria culture