What We Do

Waste to Energy Conversion

We convert agricultural residue, food waste, and animal dung into high-quality biogas through anaerobic digestion. The gas is then purified and compressed to produce Bio-CNG.

Waste to Energy Conversion

Bio-CNG Distribution

Our advanced refuelling infrastructure ensures timely and efficient delivery of Bio-CNG to commercial fleets, industries, and fuel stations.

Bio-CNG Distribution

Sustainability Consulting

We work with municipalities, industries, and farms to set up integrated waste management systems and bioenergy plants.

Sustainability Consulting

Who We Are?

At Kapardi Bio Energy Private Limited (KBEPL), we believe that the future of energy is not only renewable—it’s circular, sustainable, and homegrown. Kapardi is a leading innovator in sustainable energy solutions, specializing in the production and distribution of Bio-CNG (Compressed Natural Gas). As pioneers in Bio-CNG (Compressed Natural Gas) production, we transform organic waste into clean, green, and high-efficiency fuel that powers industries, vehicles, and communities while preserving the planet and a circular economy.

Our mission is to transform waste into wealth by delivering eco-friendly, cost-effective, and reliable Bio-CNG that supports industries, transport, and agriculture, while reducing dependence on fossil fuels.

Empowering Clean Energy Through Bio-CBG

 

What is Bio-CNG?

Bio-CNG is a purified form of biogas, primarily composed of methane, derived from the anaerobic digestion of organic waste. It’s compressed for storage and transportation, offering a cleaner and more sustainable alternative to conventional fuels.

Key Benefits:

  • Renewable & Sustainable
  • Lower Greenhouse Gas Emissions
  • Cost-effective Fuel Alternative
  • Ideal for Transportation & Industrial Use

 

Why Choose Us?

Proven Technology

Proven Technology

Government Certified

Government Certified

Environmentally Committed

Environmentally Committed

Reliable Supply Chain

Reliable Supply Chain

Custom Energy Solutions

Clients Testimonials

Read the reviews from many of our happy clients

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Manoj VermaIndustrial

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Hansika MotvaniCompany Owner

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Vipin YadavTransport Business

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Rohit Shrirao
Rohit ShriraoMarketing Head

Well done to the RaraTheme team for this great WordPress theme. I highly recommend it and the rest of their themes. Well coded and great designs.

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FAQs

Frequently asked questions or Questions and Answers are listed questions and answers, all supposed to be commonly asked in some context, and pertaining to a particular topic. The format is commonly used on email mailing lists and other online forums, where certain common questions tend to recur.

  • 1. What kinds of biomass can be used to generate fuel and products?

    Many types of plant- and algae-based material can be converted to useful products. Specific kinds of biomass include crop wastes, forestry residues, purpose-grown grasses, woody energy crops, algae, industrial wastes, non-recyclable municipal solid waste, urban wood waste, and food waste.

  • Why would the United States want to use its biomass resources for fuel and products?

    Making biofuels and bioproducts from domestic, non-food and waste sources provides strategic benefits to the nation, including economic growth, energy security, environmental quality, and technology leadership. Biofuels are part of a multifaceted national strategy to improve quality of life and build a diverse and secure domestic U.S. energy supply.

  • What is the current economic value of biofuels produced domestically?

    The 16 billion gallons of biofuels produced in the United States in 2015 is equivalent to more than 11 billion gallons of gasoline and diesel—worth an estimated $17.5 billion. Of the 16 billion gallons produced, approximately 14.8 billion gallons was ethanol and 1.3 billion gallons was biodiesel.

  • How much biomass could we sustainably produce here in the United States?

    According to the 2016 Billion-Ton Report sponsored by DOE, the U.S. could sustainably produce—at $60 per dry ton—between 991 million dry tons per year (base-case assumptions) and 1,147 million dry tons per year (high-yield assumptions) by the year 2030.