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Acidic catalysts are used in a large number of industrial reactions. One exemple could be the conversion of petroleum hydrocarbons to gasoline and related products. These reactions include decomposition of high-molecular-weight hydrocarbons, polymerization of unsaturated hydrocarbons and isomerization of aliphatic hydrocarbons.
Petrochemicals are products mostly drived from petroleum. The most important petrochemical classes are olefins and aromatics, which are produced by fluid catalytic cracking of petroleum fractions.
In these days chemicals are all around us and play very important role in everyday life. There are many catalytic solutions for a wide variety of chemical applications. There are for exemple catalysts for oxidation processes like sulfuric acid, ethylene dichloride, formaldehyde and much more. Another area where are catalysts used is a manufacture of ammonia, hydrogen and methanol. Another large group are hydrogenation catalysts which are used for...
The production of transport fuels is catalyzed by a large group of special catalysts. These catalysts are characterized by highest performance and you are able to catalyzed a large spectrum of reactions which include paraffins to aromatics conversion, olefins to diesel and petrol, hydrotreating and much more.
SCR technology converts flue gas NOx to nitrogen and water by cataltically promoted reaction in the presence of reducing agent such as ammonia, urea, etc. SCR technology offers an optimal and effective solution to control Nitrogen oxides (NOx) emissions during combustion processes. TYPICAL NOX SOURCES > Gas turbine exhaust > Lean-burn engines > Process Heaters & Furnaces > Industrial Boilers > Industrial Processes > Incinerators...
Ranido is able to help you to find the best catalyst or adsorbent for the purification processes of almost all hydrocarbon feedstock. It is highly important to remove impurities like chlorine and sulphur efficiently from the hydrocarbon feed otherwise it can cause damages in the downstream reforming.
Zeolites are hydrated aluminosilicate minerals made from interlinked tetrahedra of alumina and silica. In simpler words, they're solids with a relatively open, three-dimensional crystal structure built from the elements aluminum, oxygen, and silicon, with alkali or alkaline-Earth metals (such as sodium, potassium, and magnesium) plus water molecules trapped in the gaps between them.