PURYS ENERGY
PURYS ENERGY develops AI-enabled clean technology that converts agricultural residues and organic waste into renewable syngas, a low-carbon feedstock for products such as sustainable aviation fuel, renewable diesel, and renewable naphtha. The technology is currently at Technology Readiness Level 3, with research collaboration underway with the University of Alberta through a Mitacs Accelerate project.
- Clean Technology
- Energy
- Chemical Technology
- Artificial Intelligence
Funding
Founders
Founder details are not available yet.
Product
Problem
Agricultural residues and organic waste are often underutilized, contributing to environmental challenges while representing a lost opportunity for low-carbon energy production. Traditional waste-to-energy approaches frequently lack the efficiency and feedstock flexibility needed to make circular economy solutions economically viable at scale.
Solution
PURYS ENERGY develops AI-enabled clean technology that transforms agricultural residues and organic waste into renewable syngas, a versatile low-carbon feedstock. The company's platform uses advanced process modeling, thermochemical conversion, and AI-driven optimization to convert biomass into syngas suitable for downstream production of sustainable aviation fuel, renewable diesel, renewable naphtha, and other circular economy products. The technology is designed with a development pathway to expand into suitable municipal solid waste streams, broadening its feedstock flexibility. Currently at Technology Readiness Level 3, the company is advancing toward proof-of-concept validation through laboratory research, process simulation, and engineering optimization, supported by a research collaboration with the University of Alberta.
Target Audience
Primary partners include municipalities seeking innovative waste management solutions, agricultural organizations evaluating feedstock opportunities, industry partners interested in technology development and pilot opportunities, and future commercial partners in the sustainable aviation fuel and renewable energy sectors.
Features
- AI-enabled process optimization for thermochemical conversion of agricultural residues and organic waste into renewable syngas
- Feedstock characterization and process modeling capabilities to handle diverse biomass inputs, with planned expansion to municipal solid waste streams
- Development pathway targeting production of sustainable aviation fuel, renewable diesel, and renewable naphtha from syngas
- Research collaboration with the University of Alberta under an approved Mitacs Accelerate project covering feedstock characterization, process simulation, thermochemical conversion, syngas processing, and optimization
- Structured development roadmap from TRL 3 toward proof-of-concept validation and future commercialization