Core Viewpoint - Aduro Clean Technologies Inc. has signed a non-binding Memorandum of Understanding (MOU) with a leading Global Engineering, Procurement, and Construction (GEPC) company to develop a commercial licensing package for its Hydrochemolytic™ Technology (HCT) aimed at transforming waste plastics and other lower value feedstocks into valuable resources for the 21st century [1][5]. Group 1: MOU Details - The MOU follows several months of technical and commercial discussions, including sharing preliminary technical information and evaluating pathways for establishing a commercial license package [2]. - It establishes a framework for developing the technology and a commercial licensing model for HCT, including a pre-engineered plant concept for chemical recycling of mixed and contaminated post-consumer plastic waste [3][4]. - The final objective of the MOU is to create a jointly developed commercial HCT license package and an associated business program for HCT-based plastic recycling plants [5]. Group 2: Collaboration and Implementation - The collaboration with the GEPC is designed to fit within the HCT scale-up pathway, including the first-of-a-kind (FOAK) industrial plant targeted for the Chemelot Industrial Park in the Netherlands [6]. - Data and operating experience from the Next Generation Process (NGP) pilot plant and the planned FOAK industrial plant will inform the engineering basis for the License Package, aiming to reduce technical and delivery risks [6]. - The MOU is seen as a significant step in the commercialization roadmap for HCT, aligning with Aduro's go-to-market strategy focused on licensing [7]. Group 3: Company Overview - Aduro Clean Technologies specializes in patented water-based technologies for chemically recycling waste plastics and converting heavy crude and bitumen into more valuable oil [8]. - The Hydrochemolytic™ technology operates at relatively low temperatures and costs, providing a transformative approach to converting low-value feedstocks into valuable resources [8].

Core Viewpoint - Nord Precious Metals Mining Inc. is advancing its Re-2Ox metallurgical process to recover critical and precious metals from complex concentrates, addressing a global processing bottleneck due to the closure of deleterious metal-tolerant smelters [1][5][8]. Technical Programme Structure - Phase 1 of the testing program will establish operating parameters through systematic bench testing of the Re-2Ox flowsheet, focusing on alkaline pressure leach testing of concentrate samples [3][4]. - Phase 2 will validate continuous operation at pre-pilot scale by processing a single autoclave batch through downstream circuits, addressing reagent recycling for remote deployments [4]. Market Context - The closure of major smelters has created a processing bottleneck for complex concentrates, which Nord's Re-2Ox technology aims to alleviate by converting penalty-bearing feeds into saleable products [5][8]. Commercial Implications - The bench-scale data will support the company's progression toward Technology Readiness Level 7, positioning the Re-2Ox process for commercial licensing after a pilot demonstration [6][8]. - The ability to process deleterious metal concentrates represents a significant commercial opportunity as global ore grades decline and impurity levels rise [8]. Next Steps - Phase 1 data will enable the production of equipment lists and supplier quotations, refining the capital-cost estimate for a planned one-tonne-per-day Re-2Ox pilot line [8][9]. - The company intends to finance Phase 1 using existing resources and a previously announced C$200,000 MICA grant [8]. Company Overview - Nord Precious Metals operates the only permitted high-grade milling facility in Ontario's Cobalt Camp, focusing on high-grade silver and strategic metals recovery [11]. - The company's flagship Castle property has delineated 7.56 million ounces of silver in inferred resources, with an average grade of 8,582 g/t Ag [11]. - Nord's integrated processing strategy leverages the recovery of multiple metals, including cobalt and nickel, to capitalize on the growing demand for battery materials [12][13].