BIO GAS
Biogas can aid in filling a shortcoming in the supply of green energy. Because we require an environmentally friendly option to make ends meet while there is no breeze and no sunlight. Biogas is this alternative, and that is what we are aiming towards.
We seek energy potential for a Sustainable World
We are an established supplier of environmentally friendly energy choices, dedicated to helping our customers reduce their environmental impact and meet their sustainability goals. Our team of Green CNG facilities offer a unique solution for anyone looking to transition to a greener and more ecologically responsible energy future.
At Gruner Renewables, we understand how important it is to create a sustainable future for the generations to come. These BIO CNG plants provide a cost-effective and environmentally friendly alternative to traditional renewable energy sources. Our facilities convert organic waste into renewable energy, which helps with the sustainable economy and the decrease of emissions of greenhouse gases
Understanding what the present energy shortage is doing to our world right now is crucial when thinking about energy sustainability and the future. In addition, facilities using finite energy sources are damaging the air, water, and soil more and more every day. In addition to damaging our natural surroundings, it is adversely affecting people's health all around the world.
Despite the fact that people have permanently altered the ecosystem, there is still hope for how we may preserve it and lessen the effects on subsequent generations. We have the key to the solution.
Energy For A Sustainable And Environmentally Friendly Society.
We work on the motto of ‘Zero waste to landfill.’ In other words, we turn trash to treasure. Biogas can aid in filling a shortcoming in the supply of green energy. Because we require an environmentally friendly option to make ends meet while there is no breeze and no sunlight. Biogas is this alternative, and that is what we are aiming towards. As a member of the Indian Biogas Association, it is our responsibility to help India achieve its goal of becoming a global leader in production of clean energy within a decade
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Environment Friendly
BIO CNG plants are a sustainable alternative to traditional fossil fuels and help to reduce greenhouse gas emissions. The biogas produced from organic waste is a renewable energy source that can be used to power vehicles, generate electricity, or for heating purposes.
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Cost Effective
Setting up a BIO CNG plant in India can be a cost-effective solution for organizations and industries that generate a large amount of organic waste. By converting this waste into biogas, companies can save on disposal costs and generate revenue from the sale of CNG.
Customizable
BIO CNG plants can be designed and customized to meet the specific needs of different industries and organizations. Gruner Renewables works closely with clients to provide tailor-made solutions that meet their requirements and optimize the production of biogas.
INDIA'S TAKE ON BIO CNG
The Indian government has set ambitious targets to reduce the country’s dependence on fossil fuels and promote the use of renewable energy. As part of this initiative, the government launched the SATAT (Sustainable Alternative Towards Affordable Transportation) scheme, which aims to promote the use of Biofuels in the country.
In 2015, India signed the Paris Climate Agreement, which set a target to reduce the country’s dependency on fossil fuels by 30% by 2030. To achieve this target, the government has introduced a number of policies and initiatives, including the Biofuel Policy, which focuses on the production and use of biofuels in the country.
WHY BIOGAS IS A WIN – WIN TO THE CHALLENGE OF ENVIRONMENT AND ECONOMY ?
We work on the motto of ‘Zero waste to landfill.’ In other words, we turn trash to treasure. Biogas can aid in filling a shortcoming in the supply of green energy. Because we require an environmentally friendly option to make ends meet while there is no breeze and no sunlight. Biogas is this alternative, and that is what we are aiming towards. As a member of the Indian Biogas Association, it is our responsibility to help India achieve its goal of becoming a global leader in production of clean energy within a decade
Renewable:
Bio CNG is produced from organic waste, which is a renewable resource, and helps in reducing dependence on non-renewable sources of energy.
Lower Emissions :
In addition to replacing fossil fuels, clean power is obtained from biogas generated from biological waste and crop residue also helps minimize greenhouse gas production by concluding the carbon cycle.
Cost-effective :
This straightforward, inexpensive technology promotes a circular economy. The procedure is utilized to create biogas is rather affordable. When employed on a small scale, it requires little setup effort and expense.
Local Production :
Produced and fed into local natural grids. It can also be a replacement of fuel at the local level pertaining to richness and minimal pricing too .
Reduced Waste:
Lower emission levels will result from the separation of landfill gas from open and closed landfills as well as the redirection of increased biological waste to the process of anaerobic digestion. It is possible to capture and use the biogas produced by decomposition foodstuffs and other biological garbage to produce environmentally friendly power.
Advancements in Biogas and Bio- CNG production
High solid anaerobic decomposition is a technique created to use fewer reagents, enhance organic digestion rate (OLR), prevent or minimize waste products dehydration, while minimizing the absorption of nutrients.
High Solid Anaerobic Digestion :
High solid anaerobic decomposition is a technique created to use fewer reagents, enhance organic digestion rate (OLR), prevent or minimize waste products dehydration, while minimizing the absorption of nutrients.
Pressure Swing Adsorption (PSA):
The procedure known as speed sway adhesion, or PSA, is used to extract different gases form a gas combination. PSA is a n air separating method that is frequently applied in industry. The majority of PSA's applications are in petroleum and industrial operations is used to extract the two gases from air as well as to acquire oxygen from mixing or transformation fumes. During compulsion, gases differentiate depending on the molecular properties of the species and their attraction for adsorbent agent.
Upgrading Biogas with CO2 Absorption:
Chemical absorption of carbon dioxide for biogas upgrading is of special significance due to its operation at ambient or near ambient temperature and pressure, thus reducing energy consumption.
Chemical absorption:
This is centred on a reaction between acids and bases, for the reason that a particular substance that decreases reduction is used.Cleansing with compressed water relies on the concept that the dissolution of the substances in water-based, which is contingent on pressure and temperatures. There are two technological advances types in this case: combining water reusing as well as without recirculation being both of these techniques function at high challenges.
Membrane Separation :
It includes all of the technological processes applied in the manufacture and usage of walls. Membranes are utilized to help with the physical partitioning of fluid and gas channels as well as the transit or exclusion of materials throughout surfaces.
Power-to-Gas :
It involves using electrolysis technique to transform excess green power into gas with hydrogen. The energy grid can then be supplied with the hydrogen. As a result, fossil fuels may be replaced with hydrogen, lowering emission rates for greenhouse gases and the need for high-carbon fuels.