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What is the name of the solution holder? (main contact person, if multiple)
Mr. Prem Huidrom Iboyaima Singh
What is the address and preferred way to contact the solution holder?
Imphal East, Manipur
Does the solution holder have any institutional affiliation in country?
What is the purpose of the solution? (brief problem & solution description)
Profile Innovator Mr. Prem Huidrom Iboyaima Singh hails from the Imphal East district of Manipur. Purpose Mr. Prem Huidrom Iboyaima Singh has faced problems with the traditional biomass stove he designed the mini biomass stove for personal use. Technical details It consists of two functional parts: 1) A pentagonal shape stove measuring about 8 inches in height. It is made up of GI plain sheet. The main body of the stove acts combustion chamber which is perforated at the base to regulate airflow. One split metal sheet is mounted above the body of the stove and four number of equidistant angular metal sheets are attached on which container to be heated is placed. The fuel inlet and the air inlet is attached horizontally at the sideway of the body. 2) A cylindrical water vessel having a capacity of about 10 liters is attached through an 8 mm copper pipe. This 8 mm hollow copper pipe is coiled just above the heating chamber to get maximum heat during operation. The vessel is filled with water and the stove is ignited using firewood. As the fire flame started heating the copper coil, water flowing through the pipe is heated and pushed upward. While cold water flows from the lower pipe fitted to the vessel towards the heated coil and warm water flows back to the vessel. The same cycle follows repeatedly until the water in the vessel is boiled. Thus at the same time stove is utilized for cooking and boiling water purposes. Splints of firewood and bamboo can be used as fuel. Feeding of fuel is done directly by inserting horizontally into the combustion chamber. Operation is continuous by feeding fuel manually as when required. Performance According to the innovator claim cost of this stove is around 1000 RS. Benefits It is low cost and required less maintenance.
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Is this solution DIY / open source or IP protected?
Will the solution holder be able to train others (including end-users) in using or replicating the solution?
What is the unit cost of this Solution along with any additional cost for maintenance and training?
Is this solution a prototype or product?
Prototype
If this solution is a product, is it available in the market (off the shelf) or advance order has to be given?
What is the Technological Readiness Level (TRL) of this solution?
How much has this solution already been diffused? Is there potential feedback from end-users available?
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Are there any efficiency benchmarks for this solution (eg. how much energy does it save; how much cheaper does it produce energy than current market rates/ current household expenditure / cost per kW h)?
Are there any other potential bottlenecks affecting cross-border or in country diffusion of this solution?
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