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Environmental catalysts include photocatalysts, biocatalysts and electrocatalysts. UK research institutions study environmental catalysis to address sustainability challenges. A sustainable future is sought by utilising these catalysis techniques. Photocatalysis and electrocatalysis offer potential for sustainable applications, thereby reducing emissions and energy usage.
Stanford Advanced Materials (SAM) now offers a range of products for environmental catalysts, including:
TiO2 powder, ZnO2 powder, Bi2O3 powder, Bi2S3 powder, Bismuth hydroxide powder, Bismuth vanadate (BiVO4) powder, [Ru(bpz)3][PF6]2, Lanthan-Nickel-Oxide (LNO) powder
Purity: >99%
Iridium (Ir) catalyst (organometallic catalyst), Platinum on Carbon (Pt/C) catalyst, Platinum-Palladium bimetallic catalyst (Pt/Pd), Platinum electrode
Purity: >99%
- Three-way catalysts (TWC)
- Diesel Particulate Filter (DPF) and Diesel Oxidation Catalyst (DOC)
- Stationary and mobile NOx removal using SCR (selective catalytic reduction)
- Oxidation catalysts for volatile organic compounds (VOC)
Emission Reduction: Our catalysts lower pollutant levels. Laboratory tests show reductions measured up to 37% for selected emissions.
Catalytic Performance: The catalysts facilitate chemical reactions that convert pollutants. Standard tests demonstrate conversion rates exceeding 99% for certain reactions.
Process Efficiency Improvement: The catalysts enhance chemical processing. They convert exhaust compounds into less toxic substances, thereby supporting cleaner energy production.
Sector Applications: The catalysts are deployed in industrial emission control and automotive exhaust treatment. They meet measured sustainability requirements.
Industrial Sector: The catalysts are applied in manufacturing. They reduce emissions and pollutants associated with production processes.
Automotive: In automotive applications, the catalysts decrease harmful vehicle emissions, as verified by standard tests.
Water Treatment: The catalysts assist in degrading contaminants during water treatment. Analysis confirms improvements in water quality.
Renewable Energy: In renewable energy processes, the catalysts support chemical reactions that yield lower emission outputs.
Quality Assurance: The catalysts undergo rigorous testing. Results consistently verify a purity level exceeding 99%.
Technical Expertise: Our experts offer data-driven consultation and support. They assist in selecting the appropriate catalyst for specific applications.
Sustainability: The products contribute to reduced emission levels. Standard analyses confirm measurable reductions in pollutants.
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