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Kannur

Cadambary Avenue, Opp. Prasar Bharathy Parassinikkadavu P.O, Kannur, Kerala, 670563 +91 85474 20050

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Bio-CNG

Bio-CNG (Compressed Biogas) is produced by upgrading raw biogas from organic waste streams such as municipal waste, crop residues, and dairy manure. Through advanced membrane separation and purification, methane is enriched to over 95% purity, delivering a clean fuel that seamlessly integrates into existing natural gas infrastructure. Bio-CNG can replace CNG in vehicles, power local industries, and blend with city gas distribution networks. By converting waste into a valuable resource, Bio-CNG reduces landfill burden, mitigates methane emissions, and lowers carbon intensity. It is a key pillar of the circular economy and a driver of sustainable urban and rural development..

Bio-LNG

Bio-LNG (Liquefied Biomethane) is created by purifying and liquefying biomethane at cryogenic temperatures (~-162°C), reducing its volume by 600 times compared to gaseous form. This high-energy-density fuel is ideal for long-haul transport, heavy trucks, marine vessels, and international energy trade. Bio-LNG provides up to 90% lower GHG emissions than diesel, and when paired with carbon capture and utilization (CCU), it offers pathways to carbon-negative energy. By enabling export and bunkering at LNG terminals, Bio-LNG connects decentralized waste-based projects to global energy markets. It represents a future-ready solution for decarbonizing hard-to-abate sectors and driving low-emission logistics worldwide.

Green Fuels

Beyond Bio-CNG, Bio-Hydrogen, and Bio-LNG, SusGas develops a portfolio of next-generation renewable gases. These include Synthetic Methane (created by combining captured CO₂ with renewable hydrogen), Green Ammonia (a hydrogen carrier for storage and shipping), e-Fuels (renewable fuels for aviation and mobility), Syngas (for industrial processes and power), and advanced Bio-Hydrogen pathways. Each of these fuels provides strategic flexibility and global scalability, ensuring resilience in the evolving energy landscape. By diversifying across multiple technologies and markets, SusGas is building an integrated green gas platform that supports global energy security, export potential, and long-term decarbonization goals.

Bio-Hydrogen

Bio-Hydrogen is a next-generation renewable fuel produced through biomethane reforming (e-SMR), biomass thermochemical pathways, or microbial processes. Unlike fossil-derived hydrogen, Bio-Hydrogen is carbon-neutral and leverages renewable feedstocks, aligning with the global hydrogen economy and decarbonization targets. Its applications span across refineries, fertilizers, chemical industries, heavy transport, and power generation. Bio-Hydrogen offers scalability by integrating with existing waste-to-gas infrastructure, enabling distributed production and localized supply. As countries implement hydrogen roadmaps, Bio-Hydrogen provides an immediate and cost-effective alternative, bridging the gap until large-scale electrolysis matures. It positions green gases as central to a sustainable and resilient global energy future.

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