Aduro Clean Technologies Advances NGP Pilot Plant to Operating Campaigns
Aduro Clean Tech NGP Pilot Plant Enters Operating Phase

Aduro Clean Technologies Inc., a pioneering clean technology company specializing in chemical transformation processes, has announced a crucial advancement in its operational capabilities. The company's Next Generation Process Pilot Plant, located in London, Ontario, has officially transitioned into initial operating campaigns, representing a key step forward in scaling its innovative technology toward first-of-a-kind commercial deployment.

Transition to Operational Phase

The NGP Pilot Plant has successfully moved from project execution to active operations, with structured campaigns now underway. This transition follows the completion of installation, mechanical finishing, and system integration in December 2025, along with comprehensive commissioning close-out activities across all major systems including process, utilities, automation, and safety components.

According to company representatives, the facility is functioning as an integrated process unit that supports continuous operation and structured campaigns focused on learning, data generation, and optimization. These activities are designed to refine operating parameters, assess process stability, and generate comprehensive performance data under fully integrated Pilot Plant conditions.

Key Operational Highlights

The transition to operating campaigns brings several significant developments for Aduro Clean Technologies:

  • Direct Commercial Support: The Pilot Plant is now directly supporting the company's commercial scale-up through planned campaigns for ongoing research, customer engagement initiatives, and feedstock qualification processes.
  • Team Readiness: Operations and technical teams have completed extensive training programs and are gaining substantial hands-on experience with industrial-like processes. This includes developing expertise in control systems, troubleshooting methodologies, and operational management to support next-scale execution.
  • FOAK Facility Progress: Development of the First-of-a-Kind commercial facility continues to advance alongside Pilot Plant operations. Site selection has been completed, and equipment evaluation is currently underway to inform design specifications and long-lead procurement planning.
  • Performance Validation: The NGP Pilot Plant is performing according to expectations, with initial campaigns aligning with planned trial schedules. The company is positioned to generate supportive operational and environmental performance data to advance its commercialization program.

Feedstock Evaluation and Data Generation

The operating campaigns will evaluate a diverse range of feedstocks, including materials supplied through customer engagement programs and other real-world sources. This comprehensive approach enables Aduro to assess performance across various feedstock compositions that accurately represent anticipated commercial conditions.

The company's chemical transformation technology focuses on converting lower value feedstocks into valuable resources for modern applications. This includes processing waste plastics, heavy bitumen, and renewable oils through advanced chemical processes to create sustainable alternatives for industrial and consumer use.

Strategic Implications

This operational milestone represents more than just technical progress for Aduro Clean Technologies. The transition to operating campaigns provides the company with critical data-driven validation of its processes while establishing a foundation for commercial deployment. The structured campaigns will generate essential performance metrics that can inform future scaling decisions and support customer confidence in the technology's capabilities.

The company's progression remains on schedule, with the Pilot Plant meeting performance expectations and initial campaigns proceeding according to planned trial sequences. This consistent advancement demonstrates the viability of Aduro's approach to chemical transformation technology and its potential applications in waste management and resource recovery sectors.