The plastic nobody wants—grease-stained film, contaminated wrappers, the detritus of India's 3.5 million tonnes of annual packaging waste—has a stubborn quality: it gums up recycling lines, clogs sorters, and usually ends up in landfills or incinerators. PolyCycl, a cleantech firm tucked into an industrial corridor in Haryana, thinks it has figured out what to do with the stuff.
In January, the company closed a Series A round led by Rainmatter, the climate investment vehicle spun out of stock brokerage Zerodha. The size of the check? Undisclosed, naturally. Existing backers—Spectrum Impact (the Aarti Industries family office), Milestone Gears, and Supermorpheus—also chipped in. What PolyCycl is selling, essentially, is a bet that contaminated single-use plastic can be coaxed back into petrochemical feedstock clean enough to compete with fossil naphtha.
If that sounds ambitious, it is. And the claims warrant scrutiny.
The Crux: Continuous Processing for Problem Plastics
Most pyrolysis systems—the thermal breakdown of plastics into oils—run in batches. Load plastic, heat it, extract oil, stop, clean out the char, repeat. The downside is obvious: downtime, contamination buildup, and a product quality that often disappoints refineries hoping for something they can actually use.
PolyCycl's pitch revolves around its sixth-generation Contiflow Cracker, rolled out in January 2025. CEO Amit Tandon, speaking to India Today during a site visit to the company's Chandigarh facility last month, described the system as fully continuous and sealed. The trick, he said, is something called AutoCharRemoval—a mechanism that supposedly ejects solid residues in real time, keeping the reactor humming without interruption.
That design allows PolyCycl to accept feedstocks that would choke a mechanical recycler: soiled LDPE films, multi-layer snack wrappers, mixed polyolefin waste. The process yields a hydrocarbon oil at 65 to 80 percent by weight, according to company figures. Then comes the more contentious step.
The "No Hydrogen" Purification Claim
Here's where things get interesting—or, depending on your level of industry skepticism, questionable. PolyCycl says its proprietary PyOilClean purification removes halogens, heavy metals, heteroatoms, and particulates at ambient temperature and pressure, without hydrogen. That runs counter to standard practice. Pyrolysis oils from mixed plastic waste are notoriously dirty; most processors use hydroprocessing or hydrodehalogenation to strip contaminants before the oil can meet cracker specifications.
Topsoe, a Danish process licensor whose catalysts underpin much of the global refining industry, describes hydrotreatment as essential in its technical documentation. So when PolyCycl says it can skip that step entirely, eyebrows go up.
The company has not published third-party validation reports or independent lab data to back the claim. Nor has it named the petrochemical firms that have supposedly "pre-qualified" its oil for steam crackers, a detail mentioned in January coverage by CIOL but left vague. Perhaps those agreements are still under NDA. Or perhaps the pre-qualification process is less formal than it sounds.
Tandon maintains the output is clean enough to re-enter the virgin plastics loop, even for food-contact applications—a high bar that depends not just on PolyCycl's process but on downstream refining and regulatory sign-off.
Naphtha Displacement as the Prize
The business case hinges on import substitution. India brings in substantial volumes of naphtha to feed its crackers, and PolyCycl's oil could theoretically slot in as a drop-in replacement. A December analysis by Energy Watch positioned chemical recycling as a path to reduce that dependency, pointing to PolyCycl's modular design—train capacities ranging from 15 to 100 tonnes per day—as a near-term deployment option.
Mitsui Chemicals offered a proof point in March 2024, feeding plastic-derived pyrolysis oil into its Osaka cracker to produce base chemicals and polyolefins via mass balance accounting. If Japan's petrochemical giants can make it work, the logic goes, why not India's?
Timing helps. India's Extended Producer Responsibility rules now mandate minimum recycled content in packaging. Mechanical recycling handles the easy stuff—PET bottles, rigid HDPE. Chemical recycling targets what's left: the films, the laminates, the contaminated streams that can't be mechanically reprocessed. There's a regulatory tailwind here, even if the economics remain unproven.
Unit Economics: The Real Test
PolyCycl has stated in trade media that its capital expenditure runs 50 to 75 percent lower than comparable Western technologies, with project-level EBITDA above 50 percent—claims that come from company statements, not audited financials or third-party project assessments.
The company says it has reached Technology Readiness Level 7, meaning the platform has survived extended continuous operations. That's a meaningful milestone—TRL 7 suggests more than lab-bench science. But commercial scale is a different beast.
The Series A funds will go toward rollouts, likely through a licensing model. PolyCycl has already partnered with Re Sustainability, the KKR-backed waste management firm, to build feedstock preparation facilities; the first was slated for Delhi under an agreement announced in October 2023. There's also a reported 2025 engineering collaboration with L&T Technology Services, according to company statements in trade media, and Topsoe has reportedly evaluated the platform for energy-transition relevance, per CIOL.
Whether the purification approach holds up at scale—and whether the economics survive the transition from demonstration to full deployment—will determine PolyCycl's trajectory. The global build-out in advanced recycling is accelerating. ExxonMobil is targeting 500 million pounds per year of pyrolysis capacity by the end of this year at its Baytown site. Eastman has ramped its Kingsport methanolysis plant. Mura Technology's supercritical-water system in the UK is slated to begin operations this quarter.
So PolyCycl has capital now. It has a technology narrative, a regulatory environment that's shifting in its favor, and a waste stream that desperately needs a solution. What it doesn't have yet is proof—at commercial scale, with transparent third-party validation—that the oil quality and unit economics deliver on the promise.
That's the hard part. And it starts now.
