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- Industrial_catalysts abstract "The first time a catalyst was used in the industry was in 1746 by J. Roebuck in the manufacture of lead chamber sulfuric acid. Since then catalysts have been in use in a large portion of the chemical industry. In the start only pure components were used as catalysts, but after the year 1900 multicomponent catalysts were studied and are now commonly used in the industry today.In the chemical industry and industrial research, catalysis play an important role. Different catalysts are in constant development to fulfill economic, political and environmental demands. When using a catalyst it is possible to replace a polluting chemical reaction with a more environmentally friendly alternative. Today, and in the future, this can be vital for the chemical industry. In addition it’s important for a company/researcher to pay attention to market development. If a company’s catalyst is not continually improved, another company can make progress in research on that particular catalyst and gain market share. For a company, a new and improved catalyst can be a huge advantage for a competitive manufacturing cost. It’s extremely expensive for a company to shut down the plant because of an error in the catalyst, so the correct selection of a catalyst or a new improvement can be key to industrial success. To achieve the best understanding and development of a catalyst it is important that different special fields work together. These fields can be: organic chemistry, analytic chemistry, inorganic chemistry, chemical engineers and surface chemistry. The economics must also be taken into account. One of the issues that must be considered is if the company should use money on doing the catalyst research themselves or buy the technology from someone else. As the analytical tools are becoming more advanced, the catalysts used in the industry are improving. One example of an improvement can be to develop a catalyst with a longer lifetime than the previous version. Some of the advantages an improved catalyst gives, that affects people’s lives, are: cheaper and more effective fuel, new drugs and medications and new polymers. Some of the large chemical processes that use catalysis today are the production of methanol and ammonia. Both methanol and ammonia synthesis take advantage of the water-gas shift reaction and heterogeneous catalysis, while other chemical industries use homogenous catalysis. If the catalyst exists in the same phase as the reactants it is said to be homogenous; otherwise it is heterogeneous.".
- Industrial_catalysts wikiPageID "31585964".
- Industrial_catalysts wikiPageLength "21680".
- Industrial_catalysts wikiPageOutDegree "29".
- Industrial_catalysts wikiPageRevisionID "671313866".
- Industrial_catalysts wikiPageWikiLink Alumina.
- Industrial_catalysts wikiPageWikiLink Aluminium_oxide.
- Industrial_catalysts wikiPageWikiLink Ammonia.
- Industrial_catalysts wikiPageWikiLink BASF.
- Industrial_catalysts wikiPageWikiLink Biomass.
- Industrial_catalysts wikiPageWikiLink Carbon_dioxide.
- Industrial_catalysts wikiPageWikiLink Carbon_monoxide.
- Industrial_catalysts wikiPageWikiLink Catalysis.
- Industrial_catalysts wikiPageWikiLink Category:Catalysis.
- Industrial_catalysts wikiPageWikiLink Chemical_industry.
- Industrial_catalysts wikiPageWikiLink Chemical_plant.
- Industrial_catalysts wikiPageWikiLink Copper.
- Industrial_catalysts wikiPageWikiLink Endothermic.
- Industrial_catalysts wikiPageWikiLink Endothermic_process.
- Industrial_catalysts wikiPageWikiLink Exothermic.
- Industrial_catalysts wikiPageWikiLink Exothermic_process.
- Industrial_catalysts wikiPageWikiLink Haber_process.
- Industrial_catalysts wikiPageWikiLink Haber–Bosch_process.
- Industrial_catalysts wikiPageWikiLink Heterogeneous_catalysis.
- Industrial_catalysts wikiPageWikiLink Homogeneous_catalysis.
- Industrial_catalysts wikiPageWikiLink Hydrogen.
- Industrial_catalysts wikiPageWikiLink Imperial_Chemical_Industries.
- Industrial_catalysts wikiPageWikiLink Methanol.
- Industrial_catalysts wikiPageWikiLink Molecular_orbital.
- Industrial_catalysts wikiPageWikiLink Ostwald_process.
- Industrial_catalysts wikiPageWikiLink Redox.
- Industrial_catalysts wikiPageWikiLink Sintering.
- Industrial_catalysts wikiPageWikiLink Steam_reforming.
- Industrial_catalysts wikiPageWikiLink Syngas.
- Industrial_catalysts wikiPageWikiLink Water.
- Industrial_catalysts wikiPageWikiLink Water-gas_shift_reaction.
- Industrial_catalysts wikiPageWikiLink Water_gas_shift_reaction.
- Industrial_catalysts wikiPageWikiLink Zinc.
- Industrial_catalysts wikiPageWikiLinkText "Industrial catalysts".
- Industrial_catalysts wikiPageWikiLinkText "industrial catalysts".
- Industrial_catalysts hasPhotoCollection Industrial_catalysts.
- Industrial_catalysts wikiPageUsesTemplate Template:Reflist.
- Industrial_catalysts subject Category:Catalysis.
- Industrial_catalysts type Process.
- Industrial_catalysts type Reaction.
- Industrial_catalysts comment "The first time a catalyst was used in the industry was in 1746 by J. Roebuck in the manufacture of lead chamber sulfuric acid. Since then catalysts have been in use in a large portion of the chemical industry. In the start only pure components were used as catalysts, but after the year 1900 multicomponent catalysts were studied and are now commonly used in the industry today.In the chemical industry and industrial research, catalysis play an important role.".
- Industrial_catalysts label "Industrial catalysts".
- Industrial_catalysts sameAs m.0glqmnk.
- Industrial_catalysts sameAs Q6027850.
- Industrial_catalysts sameAs Q6027850.
- Industrial_catalysts wasDerivedFrom Industrial_catalysts?oldid=671313866.
- Industrial_catalysts isPrimaryTopicOf Industrial_catalysts.