Alex Silva Paula

Abstract
The manufacturing process of automotive catalytic converters presents a great challenge to the manufacturers of catalysts, automobile assemblers and companies that are part of the replacement market. The main catalytic species deposited in the ceramic matrices are noble metals such as rhodium (Rh), palladium (Pd) and platinum (Pt) and are also considered as commodities whose prices are tr…
Obtaining automotive catalysts using as raw material inorganic solid waste with a high percentage of copper coming from the metalworking industries, machining and foundry: phase II, AP.PIPE
Abstract
The proposed development and technological innovation with potential industrial application is based on the reuse of final waste and by-product coproduced in two major production chains already well established in the Brazilian industry, the foundry industry and metallurgy of special alloys of copper and the biodiesel industry. thus this proposed innovation focuses on the treatment / proc…
Syntehsis of molecular sieves containing transition metals derived from industrial waste and its applications in the supply chain of biodiesel/glycerol as scrubbers and catalysts, AP.PIPE
Abstract
Currently the metal industry makes use of specific alloys containing copper as a major component, of this we can mention the brass alloys, which are composed of copper and zinc, and bronze alloys which are made of copper and tin. These alloys are mostly employed to produce parts, connections and pipes largely used in the automotive industry, among others. To obtain these alloys a lot of s…
Obtaining automotive catalysts using as raw material inorganic solid waste with a high percentage of copper coming from the metalworking industries , machining and foundry, AP.PIPE

3 / 3	Completed research grants
1 / 1	Completed scholarships in Brazil
4 / 4	All research grants and scholarships

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