In a nondescript industrial zone in Jharkhand—not exactly India's first choice for climate innovation—Shreyansh Jain and his co-founders are betting they can solve two problems at once: siphoning carbon dioxide from power plant smokestacks and turning it into the kind of high-margin biochemicals that wellness brands pay serious money for.
Their company, Intrinsic Foundries, just closed INR 12 crore (roughly $1.3 million) in seed funding on February 17, 2026, led by Transition VC. It's not a massive haul by Silicon Valley standards. But the timing might matter more than the check size. India's Union Budget, unveiled the same month, set aside ₹20,000 crore over five years for carbon capture, utilization, and storage—a policy tailwind that could reshape the economics of what has long been a tough sell: making money from industrial emissions.
The question, as always with climate tech, is whether the science and the business model can actually survive contact with the real world.
Microalgae as Middlemen
Founded in 2023 by the Jain trio—Shreyansh, Sanjay, and Umang—Intrinsic Foundries installs modular photobioreactors directly at emitter sites. Think thermal power plants, steel mills, refineries. Inside those reactors, microalgae feast on flue-gas CO2 and churn out what the company frames as valuable byproducts: phycocyanin pigments, proteins, specialty lipids, omega-3 fatty acids.
Rather than chase the notoriously volatile carbon credit markets, Intrinsic Foundries monetizes by selling these biochemicals to buyers in pharma, nutraceuticals, cosmetics, and advanced materials. It's a model that sidesteps some of the structural headaches that have plagued earlier carbon-capture ventures—namely, the lack of a reliable buyer on the other end.
The company says its pH-controlled carbonate systems hit 85–90% CO2 capture efficiency. That figure comes from company channels and lacks third-party validation, so it deserves a healthy dose of skepticism until independent audits surface. Still, Intrinsic Foundries completed what it describes as a proof-of-concept run at a thermal power plant in 2025, demonstrating "extended continuous capture and operational reliability"—startup-speak for "it didn't break down immediately."
What the Money Will Buy
The fresh capital will fund a handful of industrial pilots and, more ambitiously, the buildout of Intrinsic Foundries' first 1-ton-per-day commercial plant. The company is targeting operational status within 12 to 24 months, though anyone who has watched climate startups navigate permitting, supply chains, and real-world engineering knows that timelines in this sector tend to be... flexible.
Other priorities: expanding the patent portfolio, staffing up engineering and commercial teams, and establishing a U.S. entity to tap international markets. The Climate Guys, a boutique advisory firm, handled the transaction exclusively.
"Carbon is not waste," Shreyansh Jain offered in the company's press release. "It is a resource waiting to be transformed."
It's the kind of line that sounds better in a pitch deck than in a quarterly earnings call, but the underlying premise isn't entirely wishful thinking.
A Policy Window Opens
India's ₹20,000 crore CCUS commitment is still more signal than substance—scheme guidelines haven't been published yet—but the intent is clear. Coverage in Economic Times and Business Standard flagged steel, cement, chemicals, and power as the intended beneficiaries, precisely the industrial segments Intrinsic Foundries is targeting. For CCUS startups operating in India, this represents something rare: a clearer commercialization pathway, backed by government dollars.
Transition VC, which closed its INR 700 crore debut fund in December 2025, has staked its thesis entirely on energy-transition investments. Intrinsic Foundries now sits in a portfolio alongside other climate-focused ventures, though the firm has been tight-lipped about specifics.
Beyond Algae
Intrinsic Foundries isn't stopping at microalgae. The company is developing additional microbial biorefineries using yeast and other organisms, layered with automation and real-time control systems—an acknowledgment, perhaps, that scaling biological processes in industrial settings is rarely as simple as the lab results suggest.
The startup has R&D collaborations in the U.S. and Germany, and recently presented at CERAWeek 2026 in Houston and NASSCOM's Technology & Leadership Forum in February. It's also hiring aggressively in the Jharkhand region, according to recent LinkedIn postings—a sign of ambition, or at least confidence.
The Competitive Landscape
Intrinsic Foundries isn't operating in a vacuum. In the EU, Algiecel raised €6.5 million in September 2024 for similar CO2 valorization work. Rubi, a U.S.-based startup converting CO2 to cellulose via enzymatic pathways, reported $7.5 million in funding and over $60 million in offtake term sheets in March 2026—numbers that dwarf Intrinsic Foundries' raise.
But the Indian company's on-site deployment model and access to a domestic policy push may offer advantages that capital alone can't buy. Whether that translates to actual traction—revenue, not just pilots—will depend on execution, market demand for algae-derived biochemicals, and whether India's CCUS scheme delivers more than headlines.
For now, Intrinsic Foundries has secured enough runway to find out.
