Hydrochemolytic™ technology
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Aduro Clean Technologies Achieves Key Milestone with NGP Pilot Plant Transitioning to Operating Campaigns
Globenewswire· 2026-02-11 13:00
Core Insights - Aduro Clean Technologies Inc. has commenced initial operating campaigns at its Next Generation Process Pilot Plant in London, Ontario, marking a significant transition from project execution to operations [1][3]. Group 1: Operational Transition - The NGP Pilot Plant has successfully completed commissioning activities across all major systems, including process, utilities, automation, and safety systems, allowing for the start of structured operating campaigns [3][4]. - The facility is designed as an integrated process unit, focusing on continuous operation and structured campaigns aimed at data generation and optimization [4][8]. Group 2: Development of FOAK Facility - The NGP Pilot Plant serves as a critical technical bridge to the First-of-a-Kind (FOAK) industrial plant, with site selection completed and equipment evaluation ongoing to inform design decisions [5][8]. - Data generated from the NGP Pilot Plant operations will directly contribute to the engineering and planning for the FOAK facility [5][8]. Group 3: Operational Readiness and Team Development - Aduro has expanded its operations and technical teams, completing a structured training program for Pilot Plant operators to ensure full operational readiness for extended testing [6][8]. - The automation and controls architecture provided by Siemens supports high-resolution data collection and repeatable operations, essential for scaling up to larger facilities [6][8]. Group 4: Performance and Validation - Initial operating campaigns at the NGP Pilot Plant are performing to expectations, with planned trials focused on refining operating parameters for optimal yield across variable feedstocks [8][9]. - The company is well-positioned to generate operational and environmental performance data that will support its commercialization program [8].
Aduro Clean Technologies Signs Non‑Binding LOI for Demonstration Plant Site in Europe
Globenewswire· 2025-11-06 13:30
Core Viewpoint - Aduro Clean Technologies Inc. has executed a non-binding Letter of Intent for the purchase of a brownfield industrial site in the Netherlands for €2 million, aimed at advancing its Demonstration Plant program [1][2][10] Group 1: Transaction Details - The company will pay a non-refundable fee of €33,782 for exclusive use of the property during the due diligence period [2] - The due diligence period ends on January 15, 2026, with a targeted closing date on or before February 28, 2026 [5][8] - The proposed site is strategically advantageous due to existing infrastructure, which is expected to reduce project risk and capital requirements [6][8] Group 2: Demonstration Plant Program - The site is being evaluated as a potential host for Aduro's Demonstration Plant, marking a key step in scaling up from the Next Generation Process Pilot Plant [2][4] - The company aims to finalize site selection by January 2026, with the Demonstration Plant targeted for readiness by early 2027 [5][8] - The site has the potential for future expansion to a capacity of up to 25,000 tonnes per year [6][8] Group 3: Strategic Advantages - The Netherlands offers a favorable environment for Aduro's growth, with established waste management systems and a high concentration of liquid steam crackers [7][9] - The European Union's Packaging and Packaging Waste Regulation is tightening recyclability obligations, which supports demand for certified circular feedstocks [7] - The area benefits from a mature circular plastics ecosystem, providing access to skilled labor and downstream offtake pathways [9] Group 4: Company Technology and Vision - Aduro's Hydrochemolytic™ technology utilizes water as a key agent in a low-temperature chemistry platform, converting low-value feedstocks into valuable resources [11] - The company emphasizes a structured approach to site selection and project execution, aiming to reduce execution risk and enhance process integration [10]