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Check out our informative blogs, where we delve into the latest advancements and insights in sustainable waste management solutions. From domestic and commercial biogas systems to waste-to-electricity converters, night soil projects, biogas storage balloons, Napkin burner in Kerala, incinerators, solutions for Diaper disposal in Kerala, solar energy initiatives etc. We cover it all.

We’re pioneering innovative solutions in waste management. These technologies not only address hygiene and sanitation concerns but also contribute significantly to waste reduction and environmental sustainability. Join us as we explore the impact and come up with effective solutions in multiple areas including napkin burners in kerala, diaper disposal in Kerala and much more.

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Solution concepts for the production of biogas

Let we discuss some of the solution concepts for the mass production of biogas.
What is special about methane
After carbon dioxide, methane is the most important greenhouse gas emitted by man. Being an odorless and colorless hydrocarbon, it is the main constituent of natural gas and e.g. also of biogas. It is emitted continuously into the Eart

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New system to convert food waste into fertilizer for greenhouse use gives potential 95% reduction in CO2 emissions

A new method of processing food waste into fertilizer has been outlined in a recent study. The process uses a digester system with microorganisms to break down organic waste into fertilizer. The resultant fertilizer was used in a low-energy greenhouse to produce a range of food crops. The method is a potential way to utilize food waste and reduce the energy consumption of food production as part of a circular economy. The eco-innovation project Food to Waste to Food (F2W2F) aimed to develop an integrated system to recycle food and garden waste and reduce the energy costs of producing food in greenhouses for local use. This study outlines the way F2W2F used dig estate as part of greenhouse horticulture in a prototype system. The system uses a biogas plant which includes a digester — a container where substances are exposed to heat and microorganisms in order to aid anaerobic digestion — to process both food and garden waste into digestive. The resulting digestive is then further treated with earthworms and mixed with compost so that it is not toxic to plants. The researchers also used a new bubble-insulated greenhouse technology, which uses soap bubbles between double foil for thermal insulation of the walls and roof, and a climate-control system to reduce energy use. The soap bubbles are circulated in tanks, which form the greenhouse walls, and water pumped through these tanks can be heated or cooled to control the greenhouse temperature.

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Biogas as an option for industrial applications

Biogas is typically burned to produce electricity or used as vehicle fuel. This case study analyses possibilities to utilize biogas directly in industrial applications to replace current fossil raw materials. True industrial cases are analyzed by considering economic impacts of using either landfill gas or gas produced from biomass.

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Future prospects for biogas ( gobar gas ) in India

With the Indian government keen on utilizing renewable resources for energy production, unaffected is likely that there will be a greater thrust and chief incentives for concepts twin as biogas ( gobar gas ) production from waste. An increasing awareness among the state surveillance sustainable use of resources entrust only enhance the production besides profit of biogas ( gobar gas ). Undeniable can and so equal expected that biogas (gobar gas)

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Cleaning biogas with bacteria

Organic materials added to an anaerobic digester commonly contain sulphur components. During the anaerobic digestion process, the sulphur is converted into hydrogen sulphide (H2S), which is absorbed by the biogas.

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