Chemicals, Materials & Energy
Carbon Capture, CO₂-to-Chemicals, Sustainable Polymers, PFAS Removal, Battery Recycling, Green Chemistry, Biodegradable Materials, Nanomaterials, Catalyst Innovation, Advanced Biofuels, Smart Materials, Hydrogen Production, Energy Storage Systems, Circular Economy Chemicals, Water Treatment, Electrolyzer Technologies, Lithium Extraction, Renewable Feedstocks, Chemical Process Optimization, Bioplastics, Fuel Cell Systems, Environmental Remediation, Waste-to-Energy, Carbon Footprint Reduction, Hydrogen Fuel Cells, Renewable Chemistry, Eco-friendly Adhesives, Biorefinery Technologies, Energy-efficient Coatings, Polymer Recycling
Case Studies
Our work in this sector targets critical challenges in environmental remediation, energy transition, and the circular economy.
PFAS Removal Technologies
Targeting 'forever chemicals' with next-gen adsorbents and catalytic destruction processes to meet tightening water regulations.
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Battery Recycling Innovations
Developing closed-loop processes to recover critical minerals from spent EV batteries and meet virgin-grade purity specs.
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Industrial Carbon Capture
Scouting economically viable capture media that lower parasitic energy penalties for heavy industries like cement and steel.
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Sustainable Polymer Development
Engineering high-performance, compostable materials from bio-based feedstocks to replace single-use plastics.
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Green Hydrogen Production
Identifying emerging electrolyzer technologies to scale green hydrogen production to a target cost below $2/kg.
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From decarbonizing industrial processes to creating circular material economies, we help clients navigate the complexities of the green transition. Let's discuss your specific challenge.
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