Utility Global, a player in large-scale industrial decarbonization, announced the appointment of Eric Duchesne as Advisor to its Board of Directors, with a focus on refining, petrochemical and chemical markets. Duchesne comes from a 35-year tenure at TotalEnergies, where he served as CTO and Head of Capital Projects for downstream businesses; he commanded multi-billion-dollar operations across Europe, Asia, Middle-East and the U.S., and led efforts to decarbonize refining and petrochemical assets.
“Eric’s extensive experience leading energy megaprojects and operations … makes him an ideal Advisor to Utility…” said Parker Meeks, CEO of Utility.
“Utility’s proprietary H2Gen technology … can be far more competitive than green or blue hydrogen. Also, it is capable of producing a separate stream of up to 95 % pure carbon dioxide, effectively eliminating the need for carbon capture in some settings. … I look forward to partnering with Utility help drive its next phase of global growth,” said Eric Duchesne.
Below we explore the implications of this appointment for the Indian energy market — especially in the refining and petrochemical sectors.
India’s refining & petrochemical decarbonization imperative
India’s downstream sector is already under strategic transformation. The country’s more than 20 major refineries account for significant CO₂ emissions (over 250 million tonnes/year) and are pressured by both domestic policy and global decarbonization trends.
At the same time, India is prioritising petrochemical growth, seeking to “boost petrochemical intensity” in refining expansion, with expected investments of billions of dollars over the next decade.
In this environment, there is urgent demand for lower-carbon hydrogen and decarbonization pathways in India’s refineries and chemical plants.
Thus Utility’s appointment of an advisor with legacy expertise in downstream industrial decarbonization signals a recognition of this market opportunity — and here is how India stands to gain.
What Utility brings and why Duchesne matters
Utility’s stated technology — its “H2Gen” system — is described as “operationally flexible and produces clean hydrogen from water without electricity supply … capable of producing a separate stream of up to 95 % pure CO₂, effectively eliminating the need for carbon capture in some settings.”
This offering presents several potential advantages:
- Hydrogen supply: India’s refineries are fast becoming large hydrogen consumers (for hydro-treating, desulphurization, etc). A cost-competitive clean hydrogen route is a major enabler.
- CO₂ stream: The capability to produce high-purity CO₂ could reduce reliance on separate carbon capture technology — a benefit in hard-to-abate sectors.
- Industrial scale: Duchesne’s background in mega-projects, EPC relationships, and global operations offers credibility for large-scale deployment in industrial settings — a requirement in India.
By naming Duchesne, Utility signals it intends to accelerate its global rollout in refining/petrochemicals and India may well feature prominently given its structural needs.
Implications for India’s downstream energy-transition and business landscape
Several key implications arise for the Indian context:
- New hydrogen pathways for refineries/petrochemicals
India’s refineries are planning green/low-carbon hydrogen projects worth around Rs 2 trillion (~US$23 billion) including tenders for 42,000 t/year hydrogen at domestic refineries.
In that market, an alternative hydrogen technology (such as H2Gen) that claims cost-competitiveness vs. green/blue hydrogen could attract Indian refiners and chemical plants looking to decarbonise cost-effectively.
If Utility can deliver large-scale and lower-cost hydrogen + CO₂ management solutions, Indian operators may adopt this as part of their decarbonisation strategy. - Strengthening “petrochemical + intensity” strategy
India is shifting its refining output mix toward higher petrochemical content to sustain margins and growth as transport-fuel demand peaks.
Decarbonizing the refining/petrochemical value chain helps India maintain competitiveness globally (and potentially export) while aligning with global sustainability goals. Utility’s technology offering may aid Indian players in hitting both growth and emissions-goals. - Potential for partnerships, large-scale projects and Indian supply chain
With Duchesne’s network of EPC, vendor relationships and project-execution acumen, Utility could structure collaborations with Indian refiners, EPC contractors, chemical majors and public-sector entities.
Given India’s push under schemes like the National Green Hydrogen Mission to build a green-hydrogen ecosystem, there may be incentives, policy windows and demand-offtake opportunities for innovative decarbonization technologies.
Therefore, the India angle is not just about technology adoption but also about market entry, project structuring, local partnerships and possibly localisation of supply-chains. - Challenges & caveats
Nevertheless, for India there are clear challenges: cost parity of hydrogen remains a major hurdle (green hydrogen costs in India are estimated at US$5.30-6.70/kg and ~40% higher than the cheapest G20 producers).
Furthermore, Indian downstream plants must manage technology risk, infrastructure integration and regulatory clarity. Utility and its partners will need to navigate these specifics to win Indian contracts.
Strategic take-aways for Indian energy executives and investors
For executives in Indian downstream, state-owned enterprises, petrochemical majors and hydrogen/clean-fuel investors, the Utility/Duchesne appointment offers several strategic signals:
- Device your decarbonisation roadmap: Consider hydrogen + CO₂-stream technologies beyond conventional green/blue hydrogen routes. Utility’s offering may create competition in the decarbonisation toolkit.
- Look for early-mover advantage: Refiners and chemical plants that align now with novel decarbonisation technologies may gain cost competitiveness, avoid stranded-asset risk and capture future petrochemical-intensity growth.
- Build partnership models: Given the complexity of large projects, Indian players should evaluate EPC & vendor ecosystems, off-take contracts, and technology partners early. Utility’s global network and Duchesne’s relationships may offer a ready channel.
- Watch costs & policy: India needs hydrogen production cost reduction and clarity on hydrogen certification, off-take guarantees and carbon pricing to make many technologies viable. Indian downstream players must factor risk-mitigation accordingly.
- Embed in petrochemical expansion plans: With India targeting petrochemical growth and refining-value-chain reorientation, decarbonisation technologies become enablers of both growth and ESG compliance. Utility’s timing dovetails with that structural shift.
Outlook: India’s opportunity window
India is at a pivotal stage: demand for petrochemicals is rising (faster than GDP) and refining assets face twin pressure of profitability and emissions. ith announced investment programs for hydrogen and decarbonisation rising, the window for technology adoption is open. Utility’s strengthening of its advisory board with Eric Duchesne suggests a readiness to serve global downstream markets and India must now decide whether to engage.
If Indian refiners and chemical plants opt for such advanced decarbonisation technology now, they may lock-in lower-carbon footprint operations, leverage upcoming policy incentives, and position themselves as globally competitive in petrochemicals with sustainability credentials. On the flip side, delayed adoption risks missed opportunities, higher cost of entry, and potential regulatory/commercial disadvantage.
Conclusion
The appointment of Eric Duchesne to Utility’s board is more than a personnel highlight. It signals the company’s ambition to scale decarbonisation solutions in refining and petrochemicals and India, with its large downstream base, hydrogen ambitions and petrochemical growth trajectory, stands to be a major market. For Indian energy sector executives, this is a timely moment to evaluate non-conventional clean-hydrogen and CO₂-stream technologies, explore strategic partnerships, and embed decarbonisation more deliberately into business-growth strategies.
