Figure 1: Challenges and application potentials for the palladium-catalysed Markovnikov alkoxycarbonylation of alkenes. In addition to ethene, propene and butene are the most important industrial ...

Save guides, add subjects and pick up where you left off with your BBC account. Polymerisation is the process in which many small monomer units combine to form one large polymer molecule.

Manufacturing plastics such as polyethene and polypropene requires alkenes—hydrocarbons such as ethene and propene, also known as olefins. Global annual production of ethene and propene exceeds ...

The catalysts chop up the polymers and combine them with ethene to produce propene and isobutene, which can be used to make new plastics. Although the lab-based process still faces many hurdles ...

BN nanotubes and hexagonal-BN convert propane to propene and generate ethene, a valuable commodity, as the main by-product. Under one set of conditions, the reaction generated roughly 80% propene ...

Give the structure of one molecule that could be fed into a cracking tower to make either ethene or propene. The answer was, of course, "propane". If the question had asked students to write ...

Complete combustion of alkenes produces carbon dioxide and water, provided there is a plentiful supply of oxygen. Incomplete combustion of alkenes occurs where oxygen is limited and produces water ...