Aether Catalyst Solutions, Inc. Announces Provisional Patent Application
November 08, 2022 at 12:46 pm EST
Share
Aether Catalyst Solutions, Inc. announced that it has filed a U.S. Provisional Patent Application entitled "MIXED METAL OXIDE CATALYST COMPOSITIONS AND PROCESSES FOR THE PRODUCTION THEREOF". Modern catalytic converters are often comprised of many chemistries, sometimes in several locations, all working in harmony to clean the exhaust gasses of vehicles. The key components of the catalyst chemistries are precious metals often referred to as Platinum Group Metals (PGMs). PGMs are very effective catalysts but are also exceptionally expensive due to their rarity and processing costs. Aether's catalyst formulation uses zero Platinum Group Metals, instead relying upon cost effective mixed metal oxides to provide the catalytic activity.
Given the cost and supply chain difficulties inherent in the acquisition and processing of PGMs, and the increasing geopolitical risks in the areas that mine them, it's no surprise that when faced with increased loadings of PGMs to meet rising emissions standards, OEMs are actively looking for alternatives.
Aether Catalyst Solutions, Inc. is a Canada-based clean-air technology company. The Company is engaged in the development and commercialization of catalytic materials, initially for use in gasoline engine automotive emissions abatement, but with other possible applications, including for instance, diesel, stationary power and volatile organic compounds. The Companyâs primary focus has been on catalyst development for the transportation and small motors industries, both significant contributors to urban air pollution. Its subsidiary company explores other applications of its clean-air technology. Its catalytic converter is a vehicle emissions control device, which converts toxic by-products of combustion to less toxic substances by way of catalyzed chemical reactions. Its catalysts can be processed using wash-coating methods. The Company has third-party testing to validate internal performance tests of its catalysts.