Syniad Innovations

Brokkr Mineral Resources specializes in developing eco-friendly technologies for processing ore bodies containing strategic and precious metals like nickel and cobalt. Their core innovation is a bio-inspired processing circuit that yields battery-grade nickel sulphate and cobalt sulphate without generating significant greenhouse gas emissions or toxic waste, unlike traditional High Pressure Acid Leaching methods. The company aims to supply these clean metals for the electric vehicle (EV) battery market, prioritizing strong Environmental, Social, and Governance (ESG) credentials throughout its operations.

Anodyne Chemistries is a Vancouver-based company focused on the sustainable production of critical chemicals. Utilizing innovative biochemistry, Anodyne employs enzymes and renewable electricity to convert carbon dioxide and other bio-based feedstocks into valuable industrial chemicals, materials, and fuels. The company's breakthrough technology not only eliminates emissions but also transforms CO2 into products traditionally derived from fossil fuels, thereby addressing climate change and promoting carbon utilization. By engineering novel enzymes and developing bioelectric pathways, Anodyne aims to maximize carbon efficiency in chemical production, enabling clients to reduce costs and improve competitiveness in the market. Through its mission, Anodyne Chemistries seeks to create a climate-positive world by reimagining how emissions are recycled into useful products.

Brokkr Mineral Resources specializes in developing eco-friendly technologies for processing ore bodies containing strategic and precious metals like nickel and cobalt. Their core innovation is a bio-inspired processing circuit that yields battery-grade nickel sulphate and cobalt sulphate without generating significant greenhouse gas emissions or toxic waste, unlike traditional High Pressure Acid Leaching methods. The company aims to supply these clean metals for the electric vehicle (EV) battery market, prioritizing strong Environmental, Social, and Governance (ESG) credentials throughout its operations.

Patronus Technologies specializes in developing advanced defense materials. It brings together experts in material design, manufacturing, and software integration to discover, de-risk, and commercialize novel materials crucial for national security and other industries.

Anodyne Chemistries is a Vancouver-based company focused on the sustainable production of critical chemicals. Utilizing innovative biochemistry, Anodyne employs enzymes and renewable electricity to convert carbon dioxide and other bio-based feedstocks into valuable industrial chemicals, materials, and fuels. The company's breakthrough technology not only eliminates emissions but also transforms CO2 into products traditionally derived from fossil fuels, thereby addressing climate change and promoting carbon utilization. By engineering novel enzymes and developing bioelectric pathways, Anodyne aims to maximize carbon efficiency in chemical production, enabling clients to reduce costs and improve competitiveness in the market. Through its mission, Anodyne Chemistries seeks to create a climate-positive world by reimagining how emissions are recycled into useful products.

Gemina Labs is a biotechnology company specializing in the development of advanced bio-chemistry platforms for in vitro diagnostics and human wellness monitoring. It focuses on creating patented technologies for the rapid, cost-effective, and accurate detection of a variety of pathogens affecting humans and animals. Gemina Labs' innovative testing solutions are designed for self-administration, allowing consumers to obtain immediate results. The company also develops novel surface binders, which enhance the efficiency and precision of its pathogen detection systems, facilitating improved health outcomes.

EcoMine Technologies develops customized biochemical reagents for mining companies. These reagents enhance the efficiency and environmental profile of mineral processing operations by selectively binding minerals in waste streams, facilitating recovery and remediation.