Converting methane-rich feedstocks into multiple value streams — low-carbon hydrogen, ethane, ethylene, LPG-range hydrocarbons and recoverable thermal energy — while enabling stronger utilization of biomethane and Compressed Bio-Gas (CBG).
Blue Rats Hydrogen is developing a technology platform in which methane-rich feedstocks are treated not only as an energy source, but as a carbon and hydrogen feedstock for higher-value products. The commercial objective is to improve resource utilization, diversify revenue and support industrial decarbonisation.
Develop low-carbon process pathways that can reduce dependence on conventional fossil-derived hydrogen and petrochemical feedstocks, subject to verified lifecycle emissions performance.
Convert methane-rich streams, including biomethane and CBG, into useful molecules instead of treating methane only as a fuel. This creates a pathway from waste and renewable carbon resources to chemicals and energy.
Revenue can be diversified across hydrogen, ethane, ethylene, LPG-range hydrocarbons, recoverable heat, technology licensing, engineering and project deployment.
The platform is designed around feedstock flexibility and product diversification. CBG/biomethane can serve as a renewable methane-rich feedstock where technically and economically suitable.
Target product for clean-energy and industrial applications, with final carbon intensity determined through feedstock, energy-input and lifecycle assessment.
Carbon-value pathway toward chemical feedstocks, including ethylene as a strategic petrochemical molecule.
Potential recovery of C3/C4-range hydrocarbons creates an additional product stream and improves overall carbon utilisation.
The business is structured to move from technology validation to project deployment and ultimately a scalable technology licensing and platform model.
Laboratory validation, reactor optimisation, process simulation, gas separation, heat integration, safety engineering and pilot-scale validation.
Deploy modular pilot systems with industrial, CBG, biomethane, waste-to-energy and strategic technology partners.
Engineering, procurement, commissioning and operation of integrated methane-valorisation systems for selected feedstock and market conditions.
Licensing of process know-how, reactor architecture, process integration and technology packages to suitable energy, gas, waste-management and petrochemical partners.
Product sales, heat recovery, service contracts, technology support, performance-linked commercial arrangements and potential environmental attributes, subject to applicable verification and regulation.
Compressed Bio-Gas provides a route for upgrading methane generated from biomass, agricultural residues, organic waste and other eligible feedstocks. Blue Rats can position CBG/biomethane not only as a transport fuel, but also as a renewable methane-rich feedstock for downstream molecule production.
This creates a circular pathway in which waste and biomass resources can support energy production, chemical value creation, rural economic activity and reduced fossil-resource dependence.
Organic and agricultural resources
Renewable methane-rich feedstock
H₂, C₂ products and hydrocarbons
Energy, jobs and resource efficiency
Our CSR approach is designed around the communities and resource systems connected to clean-energy deployment. Impact will be measured through defined indicators rather than treated only as a narrative commitment.
Blue Rats' technology strategy is designed around national priorities for non-fossil energy, low-carbon hydrogen, waste-to-energy, domestic technology development and reduced dependence on imported fossil resources.
India's national energy-transition pathway includes a target of 500 GW of non-fossil installed electricity capacity by 2030.
India's long-term climate commitment is to achieve net-zero emissions by 2070.
The National Green Hydrogen Mission targets at least 5 MMT annual green hydrogen production capacity by 2030.
India's bioenergy framework supports biogas, Bio-CNG and CBG pathways using urban, industrial and agricultural wastes and residues.
Blue Rats is positioned to explore Government of India programmes, mission-mode initiatives and technology-commercialisation mechanisms relevant to hydrogen, waste-to-energy, circular carbon, indigenous technology and industrial decarbonisation. Eligibility, call status, funding intensity and application route remain scheme-specific.
The Mission includes dedicated mechanisms for R&D, innovative production pathways, pilot projects, Hydrogen Valley Innovation Clusters and Green Hydrogen Hubs. These pathways are relevant to technology development, validation, demonstration and scale-up of innovative hydrogen systems.
MNRE • Hydrogen R&D • Pilots • InnovationIndia's bioenergy framework supports energy recovery from urban, industrial and agricultural wastes and residues, including biogas and Bio-CNG/CBG pathways. This creates a policy-relevant upstream route for renewable methane and biomethane feedstock integration.
MNRE • Bioenergy • CBG • Waste-to-EnergyThe Phase-I Waste-to-Energy programme covered FY 2021-22 to FY 2025-26; the BioUrja portal states that new applications closed on 31 December 2025 pending further notification.
TDB is specifically intended to accelerate development and commercialisation of indigenous technologies. Its support mechanisms can include equity, soft loans and grants, making it a relevant route for an indigenous technology moving from validation toward commercial deployment.
DST • TDB • Commercialisation • Indigenous TechnologyThe scheme is designed for proof-of-concept, prototype development, product trials, market entry and commercialisation. Energy and waste-management innovations are among the sectors identified for preference under the scheme.
DPIIT • Seed • Prototype • CommercialisationThe official 2026 Startup India playbook records 31 May 2026 as the last date for startup applications, with disbursals continuing for selected startups. Fresh eligibility must therefore be checked against the latest notification.
BIRAC programmes support high-risk technology development and proof-of-concept in biotechnology and bio-industrial domains. A Blue Rats project component would be considered only where its technical scope and eligibility genuinely fall within the relevant BIRAC programme.
DBT • BIRAC • Bioenergy Interface • R&DIn addition to grants, Blue Rats can pursue technology validation, pilot deployment, co-development, offtake, demonstration and strategic investment opportunities with energy, gas, oil, infrastructure and industrial organisations.
PSUs • Industry • Pilots • Co-DevelopmentThe platform addresses multiple strategic technology needs: domestic innovation, methane utilisation, renewable-methane valorisation, hydrogen, sustainable chemicals, resource efficiency and industrial decarbonisation.
Develop indigenous technology pathways that can convert methane-rich domestic resources into higher-value energy products and reduce dependence on imported technologies and fossil-derived intermediates.
Support lower-carbon industrial pathways through methane utilisation, renewable-methane integration, energy efficiency and lifecycle-based carbon management.
Connect CBG and biomethane ecosystems with downstream hydrogen and chemical value creation rather than limiting renewable methane to a single end-use pathway.
Build Indian intellectual property, reactor engineering, process know-how and scale-up capability around an indigenous photochemical technology platform.
Explore methane-to-C2 and LPG-range product pathways that can create additional value streams and diversify future low-carbon chemical feedstocks.
Develop modular technology packages capable of being licensed, replicated or deployed in methane-rich markets where waste, biogas and industrial gas resources are available.
Blue Rats can commercialise its intellectual property and engineering know-how through structured licensing models rather than relying only on owning and operating every future plant.
Blue Rats is designed to work across academia, CBG and biomethane producers, energy companies, PSUs, industrial offtakers, EPC partners, investors and government-supported innovation ecosystems.
Reactor science, photochemistry, modelling, materials, analytics, validation and technology scale-up.
Biomethane, CBG, biogas, landfill and eligible methane-rich feedstocks for integrated demonstration projects.
Pilot sites, technical validation, offtake, deployment, co-development and strategic commercialisation.
Reactor fabrication, balance-of-plant, controls, separation, safety systems, commissioning and project execution.
Engagement can include incubation and academic collaboration with institutions such as UPES Dehradun and IIT Ropar, technology discussions and pilot opportunities with energy and industrial stakeholders, and strategic participation from organisations across the gas, oil, hydrogen, renewable-energy, infrastructure and petrochemical value chains.
The investment requirement changes as technical risk falls. Blue Rats can therefore combine grants, strategic capital, institutional investment and project finance across defined technology milestones.
R&D support, laboratory validation, independent testing, modelling, safety studies and IP strengthening.
Grant / R&D / IncubationPilot reactor, balance-of-plant, gas separation, controls, long-duration operation and industrial demonstration.
Grant + Strategic CapitalCommercial engineering, manufacturing, deployment, project development, offtake agreements and market entry.
Equity / Debt / Strategic InvestmentProject SPVs, licensing, EPC-linked deployment, recurring technology revenue and multi-site replication.
Project Finance / JV / LicensingBiomethane/CBG feedstock partnerships and downstream value creation.
Hydrogen, heat and chemical offtake applications.
Reactor, process, materials, modelling and validation research.
Pilot financing, scale-up capital, project finance and strategic partnerships.
Blue Rats Hydrogen is building a technology platform connecting CBG, methane utilisation, hydrogen, sustainable chemicals, circular carbon and industrial decarbonisation into a commercially scalable ecosystem.
Note: Commercial feasibility, carbon intensity, product classification, regulatory eligibility and project returns are site- and feedstock-specific and require detailed engineering, lifecycle assessment, validation and offtake analysis.