IMARC Group pitches polysilicon plant feasibility report for solar and chip supply chains

By AI, Created 3:30 PM UTC, May 19, 2026, /AGP/ – IMARC Group is marketing a polysilicon plant project report that models CapEx, OpEx, ROI and 10-year returns for solar-grade and electronic-grade production. The pitch lands as countries and manufacturers seek non-Chinese supply, especially for solar modules and semiconductors, where polysilicon remains a strategic input.

Why it matters: - Polysilicon sits at the start of two critical supply chains: solar photovoltaics and semiconductor chips. - About 85% of global polysilicon production is concentrated in China, creating a supply-chain and geopolitical risk for buyers in the US, Europe, India and Southeast Asia. - Non-Chinese capacity is attracting interest from buyers seeking compliance, diversification and supply security.

What happened: - IMARC Group released a Polysilicon Production Plant Project Report aimed at investors, chemical manufacturers and project developers. - The report covers plant setup, feasibility, ROI analysis, CapEx and OpEx modeling, and 10-year financial projections. - The release was dated May 19, 2026, from Brooklyn, New York. - IMARC included a sample-report link and a customization link in the announcement: Request a sample report and Ask an analyst for customization.

The details: - Solar photovoltaics account for about 91% of global polysilicon demand. - Global annual demand reached about 1,379,400 metric tons for solar-grade polysilicon in 2025, versus 33,500 metric tons for semiconductor-grade material. - Every 1 GW of solar panel capacity requires about 2,500 to 3,000 metric tons of polysilicon upstream. - Electronic-grade polysilicon, at 9N to 11N purity, sells for about USD 30 to USD 150 per kilogram. - Solar-grade polysilicon, at 6N purity, sells for about USD 4 to USD 15 per kilogram. - The report says only six global operators meet the most stringent semiconductor purity thresholds. - The report says the proposed plant capacity range is 5,000 to 20,000 metric tons a year. - It models gross profit at 35% to 45% and net profit at 20% to 30% after financing costs, depreciation and taxes. - Raw materials, including metallurgical-grade silicon, HCl and hydrogen, account for 50% to 60% of OpEx. - Utilities account for 30% to 40% of OpEx, driven by the energy-heavy deposition stage. - The Siemens CVD configuration accounts for about 66% of global polysilicon production. - The report also includes an FBR option that reduces electricity use by about 40% versus Siemens CVD and produces granular polysilicon. - The report covers mass balance, plant CapEx, 10-year OpEx projections, financial metrics such as IRR, NPV, DSCR and break-even, and technology selection between Siemens CVD and FBR. - The report also addresses regulatory topics including hazardous chemical storage, MSIHC Rules, cleanroom standards and UFLPA supply-chain documentation.

Between the lines: - The pitch is less about a single plant and more about a strategic opening in domestic manufacturing policy. - India is the clearest example: the country has a 500 GW renewable target, a rooftop solar program and semiconductor incentives, but no commercial polysilicon production. - That gap creates a downstream opportunity for domestic module makers and a feedstock-security problem for the broader solar industry. - The report also reflects a market split: Siemens CVD remains the dominant route, while FBR is positioned as a lower-energy alternative for solar-grade output. - The emphasis on electronic-grade supply shows that semiconductors, not just solar, are now part of the investment case.

What’s next: - IMARC says the report is intended for investors, solar module manufacturers, semiconductor developers and banks evaluating project finance. - The company positions the report as a bankable planning tool for site selection, cost modeling and technology choice. - Future polysilicon projects will likely hinge on power costs, hazardous-material infrastructure and access to long-term offtake. - The report suggests the strongest near-term opportunities are in markets seeking non-Chinese supply and policy-backed manufacturing localization.

The bottom line: - Polysilicon is becoming a strategic industrial asset, not just a materials business. - IMARC’s report is designed to help financiers and developers price that opportunity before new domestic capacity comes online.