CETY and Sagacity cut ORC system costs via new manufacturing tie-up
Clean Energy Technologies (Nasdaq: CETY) has moved its Clean Cycle II Organic Rankine Cycle (ORC) heat-recovery systems into a new production framework through a manufacturing partnership with Sagacity, a collaboration the Irvine, California company says will substantially cut component costs and strengthen supply chain responsiveness. The ORC technology converts industrial waste heat from sources such as engines and factories into usable electricity without combustion.
CETY said the new manufacturing structure, first announced as a strategic collaboration in 2025, has now completed its initial production run of key ORC components. The company expects the arrangement to deliver lower unit costs, improved scalability and shorter lead times, though it did not disclose specific figures for cost reductions, production volumes, or capital invested in the transition.
The deal
The Sagacity partnership is structured around domestic component manufacturing, with CETY targeting applications across biomass, industrial manufacturing, data centres, distributed power generation, and oil and gas operations. Chief executive Kam Mahdi said the transition marks "an important operational achievement" that improves the company's ability to scale ORC deployment globally. CETY did not name any new customer contracts, signed offtake agreements, or commercial deployments resulting directly from the improved manufacturing capability.
The Clean Cycle II system uses magnetic bearings rather than conventional lubricated bearings, a design choice that reduces maintenance requirements and is a differentiating feature CETY markets to industrial customers seeking low-intervention power-generation assets.
Market context
Waste heat recovery using ORC technology sits at the intersection of industrial energy efficiency and distributed power generation. ORC systems capture thermal energy that would otherwise be vented to atmosphere, converting it into electricity that can offset grid consumption or be sold. The technology has been commercially available for decades but remains a relatively niche segment, with deployment concentrated in cement, glass, steel, oil refining, and biomass sectors.
Several suppliers, including larger European industrials and specialist developers, compete in the global ORC market. Cost competitiveness is the primary commercial barrier: ORC systems carry meaningful upfront capital costs, and the economics depend heavily on the temperature and consistency of the waste-heat source, local electricity prices, and available incentives for energy efficiency or emissions reduction. Any structural reduction in manufacturing cost improves the payback period for industrial customers, which is the commercial lever CETY is targeting.
In the United States, the Inflation Reduction Act's energy-efficiency tax provisions and the Section 48 investment tax credit for combined heat and power systems can improve project returns for waste-heat recovery installations, though eligibility depends on project configuration. Industrial decarbonisation incentives in the EU and UK similarly create policy tailwinds for technologies that cut energy waste at the facility level.
CETY is a small-cap operator on the Nasdaq Capital Market. The company references its Form 10-Q for the period ended September 2025 for financial context, suggesting investors should consult SEC filings for a fuller picture of its financial position and operational scale.
The near-term milestones to watch are a named commercial contract referencing the lower-cost component structure, disclosed unit-cost figures to substantiate the savings claim, and any deployment announcements in CETY's stated target markets.