HPCL and Thermax Sign MoU to Advance Green Hydrogen and Carbon Capture in India

India’s clean energy transition gained momentum at India Energy Week 2026, where Hindustan Petroleum Corporation Limited and Thermax signed a memorandum of understanding focused on low-carbon technologies. The agreement was announced during India Energy Week, an annual event that has become a key platform for energy transition commitments in the country.

The MoU outlines a framework for cooperation on green hydrogen, carbon capture, utilisation and storage, and other emissions-reduction solutions relevant to large-scale industrial operations. While the agreement does not commit either party to specific investments at this stage, it sets the foundation for feasibility studies, pilot projects, and potential future deployments.

Green Hydrogen as a Decarbonisation Lever for Refineries

A central pillar of the collaboration is green hydrogen, which is increasingly viewed as essential for reducing emissions in hard-to-abate sectors such as refining. Refineries rely heavily on hydrogen for processes including hydrocracking and desulphurisation, and most of this hydrogen is currently produced using fossil fuels.

By exploring the integration of green hydrogen produced via renewable-powered electrolysis, HPCL aims to lower the carbon intensity of its refining operations. The partnership with Thermax will assess technical configurations, renewable electricity sourcing, hydrogen storage requirements, and potential use cases within existing refinery infrastructure.

Despite its potential, green hydrogen remains cost-intensive, particularly at an industrial scale. The collaboration is therefore expected to focus not only on technology readiness but also on commercial viability, including phased deployment strategies and alignment with emerging policy incentives in India.

Carbon Capture for Hard-to-Abate Emissions

In addition to green hydrogen, the MoU places strong emphasis on carbon capture technologies. For many industrial processes, particularly those involving high-temperature heat or chemical reactions, direct electrification is not yet feasible. Carbon capture is increasingly being considered as a transitional solution to address these residual emissions.

HPCL and Thermax will explore opportunities to capture carbon dioxide from high-emission units such as hydrogen production facilities, furnaces, and other refinery processes. Captured carbon could potentially be utilised in industrial applications or prepared for long-term storage, depending on regulatory frameworks and infrastructure availability.

While carbon capture remains relatively limited in India, interest is growing as policymakers and industry seek practical options to reduce emissions without disrupting energy supply or industrial output.

Broader Efficiency and Low-Carbon Measures

Beyond hydrogen and carbon capture, the collaboration also covers a wider range of decarbonisation solutions. These include energy efficiency improvements, waste heat recovery systems, and optimisation of existing industrial processes. Such measures typically offer faster returns and near-term emissions reductions, making them attractive complements to more capital-intensive technologies.

For large refiners like HPCL, incremental efficiency gains across multiple facilities can translate into meaningful reductions in fuel consumption, operating costs, and emissions intensity. Thermax’s experience in industrial energy and environmental systems is expected to support the identification and implementation of these opportunities.

Alignment with India’s Net-Zero Ambitions

The partnership aligns with India’s broader climate and energy policy objectives, including its commitment to achieve net-zero emissions by 2070. The government has identified green hydrogen as a strategic priority and is actively promoting domestic manufacturing, pilot projects, and early demand creation across sectors such as refining, fertilisers, and steel.

State-owned energy companies are under increasing pressure to balance energy security with decarbonisation, particularly as global investors and regulators place greater emphasis on climate performance. Collaborations with technology providers are seen as a practical way to accelerate progress while managing technical and financial risks.

From MoU to Implementation

Industry analysts note that memoranda of understanding are often the first step in complex industrial transitions. Moving from agreement to implementation will require detailed feasibility studies, regulatory clarity, access to financing, and alignment with national and state-level policies.

The pace at which the HPCL–Thermax collaboration advances toward pilot projects and commercial deployment will be closely watched, particularly as India seeks to scale up low-carbon technologies across its energy-intensive sectors.

As India’s energy demand continues to grow, partnerships that combine industrial scale with clean technology expertise are likely to play an increasingly important role. The MoU between HPCL and Thermax reflects a pragmatic approach to decarbonisation, combining near-term efficiency improvements with longer-term investments in green hydrogen and carbon capture to support the country’s transition toward a lower-carbon energy system.

Source: indianmasterminds.com