Q1. Could you start by giving us a brief overview of your professional background, particularly focusing on your expertise in the industry?

I have over four years of experience in the bioenergy and renewable fuels sector, currently working with GPS Renewables. My role sits at the intersection of project execution, commercial management, and strategic coordination for compressed biogas (CBG) projects.

I’ve been closely involved in EPC execution, vendor management, cost control, and coordinating with stakeholders like oil marketing companies and JV partners. Over time, I’ve also worked on financial tracking, resolving operational bottlenecks, and aligning project delivery with commercial outcomes—so my exposure is both on-ground and strategic.

Q2. What’s the biggest demand-side shift you’re seeing today in bioenergy and waste-to-fuel projects compared to even 2–3 years ago?

The biggest shift I see is that demand is no longer purely policy-driven—it’s becoming commercially driven.

A few years ago, most interest came from regulatory push or sustainability commitments. Today, industries are actively evaluating bioenergy as a cost hedge against fossil fuel volatility and to secure long-term energy supply. ESG is also becoming more outcome-focused, so companies are moving from intent to actual procurement.

Q3. Which customer segments are now moving fastest toward renewables adoption — and what’s driving that urgency?

From what I see on the ground, three segments are moving fastest:

• Oil Marketing Companies, driven by blending targets and initiatives like SATAT
• Large industrial players (steel, cement, FMCG), due to decarbonization pressure
• Municipal bodies, because waste management is becoming a critical issue

The urgency is coming from a mix of regulatory mandates, ESG accountability, and the need for cost predictability over the long term.

Q4. Which policy developments in India (or globally) are most materially reshaping the economics of biofuel and renewable gas projects today?

In India, initiatives like SATAT, CBG blending targets, and mechanisms ensuring assured offtake have significantly improved project viability.

What’s really changing the game is the increasing linkage with carbon markets and environmental credits, which can materially improve project returns. Globally, carbon pricing and renewable certification frameworks are also influencing how projects are evaluated and financed.

Q5. How is digital transformation changing billing, compliance, and revenue assurance in renewables compared to traditional energy sectors?

I’m seeing a clear shift toward real-time, data-driven systems.

Billing is increasingly linked to actual production data through automated metering. Compliance is becoming more traceable—especially around feedstock sourcing and emissions. On the revenue side, centralized dashboards and monitoring tools are helping identify leakages and improve predictability.

Compared to traditional energy, renewables are actually leapfrogging in some areas by adopting more flexible and tech-driven systems from the start.

Q6. What kinds of new players are entering the space, and how are they reshaping the competitive dynamics?

There’s a very interesting mix of new entrants:

• Tech-driven startups with proprietary solutions
• Large corporates expanding into clean energy
• Global funds looking at climate infrastructure
• Waste management and agri-supply chain players

This is increasing competition, but also improving the overall ecosystem. I think the biggest shift is that execution expectations are going up—clients now expect end-to-end solutions, not just EPC delivery.

Q7. If you were an investor looking at companies within the space, what critical question would you pose to their senior management?

The one question I would definitely ask is:

“How robust are your project economics under real-world conditions—especially feedstock variability and offtake risk?”

In my experience, that’s where most projects succeed or struggle. Technology alone doesn’t determine success—execution across the value chain does.

This includes securing reliable feedstock, ensuring consistent plant uptime, and locking in bankable offtake agreements.