01
Methanol infrastructure readiness
Planning and developing bunkering, storage, and handling systems to position Indian ports as dependable methanol-ready nodes.
Green marine fuel infrastructure · India
GXCOR is incorporated to develop the integrated storage, transfer, and bunkering systems that make Indian ports capable of fuelling a decarbonising global fleet — beginning with methanol and connecting waste-derived and renewable fuel pathways to port infrastructure, aligned with Maritime India Vision 2030, Amrit Kaal Vision 2047, and IMO greenhouse gas targets.
Overview
GXCOR is a green energy logistics and infrastructure company incorporated to develop methanol-ready maritime assets in India. The company is established to build the physical layer the transition depends on — storage, transfer, and bunkering capacity — in alignment with IMO maritime decarbonisation pathways.
Engine technology and vessel orders are moving faster than fuel supply infrastructure. That gap is the commercial opportunity and the national one. Built around domestic production and waste-derived feedstock pathways, the same infrastructure that serves the fleet also reduces India's fuel import dependency and diverts waste from landfill. GXCOR's approach is infrastructure-first, anchored in long-term regulatory and commercial signals rather than short-term market movement.
What we build
GXCOR is structuring the infrastructure layer required for sustainable fuel adoption at scale. Each pillar strengthens investor assurance, port-linked growth, and the IMO-aligned transition to low-carbon maritime logistics.
Planning and developing bunkering, storage, and handling systems to position Indian ports as dependable methanol-ready nodes.
Structuring end-to-end logistics for green methanol and future alternative fuels across regional and international corridors.
Aligning adjacent industrial users, EPC partners, and storage operators to build a resilient port economy.
Aligning investment milestones with IMO pathways, compliance benchmarks, and stakeholder confidence.
Developing collaborative programmes with shipping lines, investors, and public stakeholders to enable scalable, long-term growth.
Developing export-ready corridors that connect India's energy transition with global shipping demand.
National value
Marine fuel infrastructure is not only a shipping question. How India sources, produces, and supplies the fuel its ports deliver touches import dependency, municipal waste management, industrial employment, and the country's climate commitments at the same time. GXCOR's model is structured so that these outcomes reinforce one another rather than compete.
India is a net importer of methanol, and conventional marine bunker fuel is derived from imported crude. Domestic production and supply capacity substitutes imported energy and retains that value within the national economy.
Municipal and industrial residues that would otherwise reach landfill can serve as feedstock for fuel production. This converts a disposal liability into an energy asset and supports the waste-processing obligations carried by urban local bodies.
Fuel produced, stored, and supplied domestically reduces exposure to international price volatility and supply disruption — a direct contribution to the self-reliance objectives set out under Atmanirbhar Bharat and India's wider energy independence agenda.
Methanol combustion produces no sulphur oxides and substantially reduced particulate matter compared with conventional residual fuel oil, improving air quality in port cities while supporting India's Nationally Determined Contribution and its net-zero commitment.
Port-linked fuel infrastructure creates technical employment across construction, operations, safety, and marine services — and provides a shore-side career pathway for Indian seafarers and marine engineers as the fleet transitions.
Marine fuel delivered to foreign-going vessels earns foreign exchange at the Indian port, rather than expending it abroad on imported fuel. Bunkering capability converts a national cost centre into a revenue point.
Waste diversion, emissions reduction, and lower-impact fuel handling designed in from the outset.
Port-community engagement, skilled employment, and a transition pathway for the seafaring workforce.
Statutory compliance, disclosure discipline, and reporting structured against India's BRSR framework from inception.
Our team
GXCOR combines sea-going cargo and machinery experience with statutory compliance expertise and long-standing engagement in Indian port development.
Founder & Managing Director
Merchant mariner with over a decade of international sea service across product tankers, chemical carriers, and bulk carriers. Working experience in cargo handling and transfer operations, tank cleaning and inerting, bunkering procedures, IMDG and IBC Code cargoes, ISM and ISPS compliance, and port interface operations across multiple jurisdictions. Leads GXCOR's strategy across green-fuel logistics and maritime infrastructure.
LinkedIn profileCo-Founder & Head of Technical Operations
Over ten years of international seafaring experience in the engine department, now shore-based and dedicated full-time to GXCOR. Applied expertise in marine machinery, fuel and pumping systems, and propulsion plant — directly relevant to methanol handling, storage, and bunkering operations.
Legal & Financial Compliance Advisor
Chartered Accountant registered with the Institute of Chartered Accountants of India, holding a Diploma in Information Systems Audit. Based in Thiruvananthapuram, Kerala. Advises GXCOR on statutory compliance, financial reporting, taxation, and corporate governance.
Strategic Advisor — Port Development & Community Relations
Veteran journalist and social activist, and President of the Vizhinjam Motherport Action Council. Three decades of association with Indian port development, bringing port advocacy experience and community credibility to GXCOR's strategic advisory.
The systems methanol infrastructure depends on — cargo transfer, tank containment, pumping, and safety management — are systems this team has operated at sea. That is where GXCOR starts.
India & global corridors
One of the most heavily transited east–west shipping arteries in the world runs past India's coastline. As fleets move toward alternative fuels, the ports positioned along that artery become candidates for the bunkering, storage, and distribution capacity the transition requires.
GXCOR's work is to prepare that capacity — beginning with India's deepwater and transshipment assets, and connecting them outward to the corridors linking Asia, the Gulf, Africa, and Europe. For investors and public stakeholders, the opportunity is defined by early infrastructure readiness rather than by any single location.
East–west trade corridors carry a substantial share of global container movement.
Circular economy · Sustainable energy
Municipal and industrial residues, renewable generation, and low-carbon production capacity are the upstream conditions for sustainable marine fuel. GXCOR's planning treats waste management, shore-side energy, and port-side fuel supply as one connected system rather than three separate ones — because the environmental case and the commercial case only hold together when they are designed together.
Market signals
GXCOR operates at the intersection of policy, port infrastructure, and fuel transition dynamics, aligned with India's clean energy and maritime decarbonisation priorities.
The Solar Energy Corporation of India has been preparing a large-scale green methanol production tender requiring successful bidders to establish or utilise production capacity within India. Read alongside the Shipping Corporation of India's first methanol dual-fuel vessel order and Deendayal Port's e-methanol supply planning, the direction of national policy is consistent with GXCOR's positioning.
Methanol-capable tonnage is progressing from pilot programmes into formal route planning and deployment. Ports able to supply, store, and move alternative fuels are increasingly prioritised in network and procurement decisions.
Order books increasingly specify dual-fuel capability, expanding demand for regional green fuel supply. Long-term chartering decisions are being linked to port readiness and the maturity of alternative fuel logistics.
India's deepwater and transshipment capacity supports a role in the emerging network of alternative fuel supply points. Strategic logistics infrastructure can enable regional bunkering, storage, and corridor partnerships.
IMO greenhouse gas targets, the European Union's maritime climate instruments, and Maritime India Vision 2030 are accelerating fuel transition timelines and infrastructure compliance requirements. Investable, compliant port ecosystems are increasingly treated as the baseline rather than the differentiator.
Policy alignment
GXCOR's planning is shaped by international climate and maritime instruments, national maritime and energy policy, and established sustainability and circular economy frameworks. These are the reference points against which infrastructure design, compliance planning, and disclosure are set.
IMO and global instruments
Paris, European Union and United Nations frameworks
Maritime, energy and port policy
ESG, disclosure and resource frameworks
References above indicate the frameworks GXCOR plans and designs against. They do not represent certification, accreditation, endorsement, or any completed compliance assessment under those instruments.
Partner ecosystem
GXCOR engages with the institutions and operators shaping a methanol-ready supply chain in India. The categories below reflect the stakeholder groups relevant to corridor development and infrastructure readiness.
Investor and partner FAQ
Responses to the questions most frequently raised by investors, port authorities, and logistics partners assessing India's methanol economy. For structured introductory discussions, please contact our team directly.
Contact
Enquiries from investors, shipping lines, port authorities, government departments, and prospective partners are welcome.
Bathil House, Pallichal
Thiruvananthapuram
Kerala 695020, India