Intrinsic Foundries is a Jharkhand-based carbon-to-value biomanufacturing company that captures industrial emissions and turns them into saleable biochemicals. The carbon capture startup has now raised ₹12 crore in seed funding led by Transition VC, at a time when heavy industry still treats most captured carbon as a costly waste problem instead of a revenue line. Founded in 2023 by Shreyansh Jain along with Sanjay Jain and Umang Jain, the company is trying to crack one of Indian industry’s ugliest economics problems: decarbonisation is necessary, but for steel, cement, refineries, and chemicals, it usually doesn’t pay.
India has committed to net zero by 2070, and the hard part sits inside those hard-to-abate sectors. Intrinsic’s pitch is blunt: don’t bury factory carbon underground at huge cost if microbes can convert it into pigments and proteins. It also targets specialty lipids and other premium inputs for pharma, nutraceutical, food, and cosmetic markets. It’s an ambitious claim. Commercial scale is what matters.
What does Intrinsic Foundries actually build?
Intrinsic Foundries builds closed photobioreactor systems that feed captured industrial CO₂ to microalgae and other microbes, then processes the resulting biomass into higher-value biochemical ingredients. Its broader platform combines microbial biorefineries and modular reactors. Factory automation is part of the system rather than a standalone filtration step.
The technical stack is more specific than the usual “we use algae” startup line. Intrinsic describes a carbon banking system built on pH-controlled carbonate chemistry that reaches 85%–90% CO₂ capture efficiency, then routes that carbon into cultivation platforms designed for different outputs. Its CCU-Cyano line targets phycocyanin and biomass production. Its CCU-Pro systems aim at lipids and omega-3s through thermophilic and heterotrophic processing.
For a customer, the workflow is straightforward. Flue gas or other waste streams come off the plant, carbon is captured into a controlled cultivation setup, and microalgae grow inside closed reactors. The harvested biomass then moves downstream for extraction into premium compounds used in supplements, food ingredients, or skincare formulations. That removes a lot of manual work around maintaining growth conditions and monitoring culture health. It also helps with scaling harvest processes.
Intrinsic has also started productising its hardware. Its new lab reactor series comes in 50L, 100L, and 1kL closed photobioreactor systems, all built with the same automation backbone, sensor suite, and harvest interface as its larger systems. So a research team can validate a strain at bench scale and push it toward pilot scale without rebuilding the whole process from scratch. That detail matters because it suggests the company isn’t only selling climate rhetoric. It’s building biomanufacturing infrastructure.
Who founded Intrinsic Foundries and what’s the backstory?
The founding story
Intrinsic Foundries was founded in 2023 by Shreyansh Jain, Sanjay Jain, and Umang Jain. The company started from a practical observation, not a policy slogan: factories were struggling with emissions and waste streams, and conventional CCUS usually meant paying a lot to store a problem nobody wanted to buy. Jain’s earlier work in smart factory automation exposed that pain directly, which pushed him toward carbon utilisation instead of carbon disposal.
The algae angle came later. Jain has said the idea sharpened through conversations with researchers already working on algae systems, especially because microalgae grow fast and can turn CO₂ into usable biomass rather than simply absorbing it. That became the core thesis behind Intrinsic: carbon isn’t just something to capture, it’s feedstock for a biorefinery.
Why the founders fit this market
Shreyansh Jain’s background is unusually cross-disciplinary for this category. He studied pharmacology at BITS Pilani, then moved into chemical engineering at Imperial College London and Cornell University. After that, he spent about 10 years in cell and gene therapy across global pharma companies, including Takeda, where he worked on innovation and manufacturing technologies. That mix matters because Intrinsic sits at the overlap of bioprocess engineering and scale-up. It also has to deal with industrial manufacturing, not just climate software.
The rest of the founding setup looks operationally grounded too. Public company materials list Umang Jain in strategy and operations, and the business is now hiring across Hazaribag and the wider Jharkhand base for process, mechanical, and site roles. That’s not how a company behaves if it’s still living inside a slide deck.
Traction, validation, and the seed round
This is still early-stage deeptech, but it’s not pre-validation. Intrinsic completed a proof of concept at a thermal power plant in 2025 and the run showed sustained carbon capture with stable performance under real operating conditions. It has also been building commercial engagement across cement, steel, pharmaceuticals, nutraceuticals, and food systems. At the same time, it’s running research projects with CSIR, IITs, and institutes in the US and Germany. The company was also named among the winners of NBEC 2025 under the name IIOT Innovation Private Limited.
On organisation size, Intrinsic lists itself in the 11–50 employee range and shows operations spanning India and Boston. That fits with the next step in the roadmap: in the next 12 to 24 months, it wants multiple industrial pilots live and its first 1-tonne-per-day commercial plant operational. The ₹12 crore seed round will fund those pilots and deeper R&D. It will also go toward IP filings and a US entity for market development.
Where it sits against competitors
Intrinsic isn’t alone in carbon utilisation, but it is picking a narrower lane. Incumbent CCUS systems usually capture CO₂ with chemical solvents and then send it to storage, which is exactly why the economics often look terrible. In the broader utilisation bucket, companies like LanzaTech and OCO are known for turning carbon into fuels and plastics. They also work on construction materials. Intrinsic is different because it’s chasing premium biochemical outputs where margins can be much better than commodity products.
The biological comparison set is interesting too. AlgaeTree focuses on distributed urban CO₂ capture units for roads and cities, while Carbon BioCapture runs microalgae “carbon farms” as a service model tied to service fees and biomass sales. Intrinsic is going after heavy industrial point sources and pairing that with modular reactors plus downstream biochemical extraction. Factory emissions in, higher-value molecules out.
Why are investors backing this carbon capture startup now?
Because the usual CCUS story has a bad habit of ending with giant capex and weak returns.
Transition VC is backing a model that tries to change the unit economics, not just the emissions math. If Intrinsic can sell phycocyanin and proteins, carbon capture stops being only a compliance expense and starts looking more like manufacturing input conversion. It also targets specialty lipids and omega-3 type outputs at premium prices. That’s a much sharper investor thesis than “we’ll store CO₂ and hope policy catches up.”
This round also lands at the exact awkward stage where deeptech companies either get real or get exposed. Intrinsic has already moved past lab theory with a thermal power plant proof of concept. Now it has to prove repeatability, plant uptime, downstream product quality, and offtake economics across actual industrial pilots. That’s why the uses of capital matter so much. Pilots, IP, and a 1-tonne-per-day commercial facility are concrete milestones.
There’s also a signalling effect here. Intrinsic has national validation from NBEC 2025 and C-CAMP, and it’s recruiting for industrial roles in Jharkhand while setting up a US presence. That says the company is trying to become more than a local science project. As Jain put it, “Carbon is not waste. It is a resource waiting to be transformed.”
How big is the carbon capture market for algae-based CCUS?
The macro tailwinds are real, even if the category is still messy.
India has committed ₹20,000 crore over 5 years to scale carbon capture, utilisation and storage, and that matters because domestic industry doesn’t have an easy decarbonisation route for cement, steel, refineries, and chemicals. Public money won’t solve the economics on its own, but it does lower the odds that companies like Intrinsic are trying to build in a policy vacuum.
Globally, CCUS has gone from niche climate talking point to a financed industrial category. The IEA says investment in CCUS grew more than 15-fold since 2020, topping $5 billion in 2025. It also tracks more than 70 large-scale capture facilities already operating and over 9,000 km of CO₂ pipelines. The project pipeline under construction could nearly double operational capture capacity by 2030. That’s still nowhere near where the world needs to be. But it’s no longer theoretical.
And the end markets Intrinsic wants to sell into are growing too. One example: the global microalgae astaxanthin segment was valued at $842.7 million in 2025 and is forecast to grow at a 13.2% CAGR through 2033. Intrinsic isn’t only an emissions play. It’s also a bet that sustainable bio-based ingredients will keep finding buyers willing to pay up.
Can this carbon capture startup make CCUS pay?
That’s the real question.
Intrinsic Foundries has a more interesting model than most carbon capture startups because it’s not pitching storage first. It’s pitching manufacturing. If its pilots can prove stable capture, reliable yields, and premium product offtake at industrial sites, the company could give hard-to-abate sectors something they almost never get in climate tech: a decarbonisation tool with revenue attached.
But scale is unforgiving. A successful proof of concept at a thermal power plant is one thing. Running a steady 1-tonne-per-day commercial plant and doing it across multiple factories is a much harder test.
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FAQ
- What funding did Intrinsic Foundries raise? Intrinsic Foundries raised ₹12 crore in a seed round led by Transition VC. The company plans to use the money for industrial pilots, R&D expansion, IP filings, and building out a US entity as it moves from proof of concept to commercial deployment.
- How does Intrinsic Foundries’ product work? It captures industrial CO₂ in controlled photobioreactors, feeds that carbon to microalgae and other microbes, and then extracts high-value biochemicals from the resulting biomass. Its platform includes pH-controlled carbon capture and automated cultivation systems. It also includes downstream processing aimed at products such as pigments, proteins, specialty lipids, and omega-3 ingredients.
- Who founded Intrinsic Foundries? Intrinsic Foundries was founded in 2023 by Shreyansh Jain, Sanjay Jain, and Umang Jain. Shreyansh brings a mix of BITS Pilani, Imperial College London, and Cornell training, plus about a decade in advanced biomanufacturing roles including work at Takeda. That gives the company more technical depth than a typical climate software startup.
- Is Intrinsic Foundries a carbon capture company or a biotech company? It’s both. Intrinsic sits in carbon capture utilisation, or CCU, but approaches the category as an industrial biotech company that monetises emissions by converting them into premium biological products rather than treating captured carbon only as waste for storage.
