Isobutene Synthesis By Fermentation

Summary – Isobutene is a chemical useful for a range of industries. The fermentative method has become very popular for producing isobutene. The best manufacturers in India apply this process for Isobutene production.

One of the specialty chemicals chosen for producing polymers and fuel additives is isobutene. Normally, isobutene is produced by applying the steam cracking method over petroleum naptha. However, there are other ways of synthesizing the chemical. Every year, several countries in the world produce millions of tons of isobutene.

Nowadays, some manufacturers use the fermentative method to produce isobutanol. It will also involve chemocatalytic dehydration and butanol recovery. However, there is an advantage to choosing the biological route. It helps in recovering gaseous isobutene from a fermenter. Isobutene has minimal aqueous solubility to reduce toxicity levels to microorganisms. The overall production costs of fermentative methods are not high.

Why choose fermentative procedures for isobutene synthesis-

Today, there is an increasing rate of using renewable resources. Thus, manufacturers try to choose sustainable methods to produce fuels and chemicals. As fossil feedstocks are finite, it is better to rely on fermentative procedures for chemical production. It is also true for generating isobutene.

Some companies have already patented their studies on fermentative isobutene production. They have revealed how they deal with bio-based isobutene generation. As isobutene is a gas at a fermentative state, it would be recoverable from the bioreactor. With the cost-effective production of the compound, its transformation biofuels would be highly acceptable.

Is fermentation-based isoprene production good?

Although bio-based isobutene generation is innovative, a few isobutylene manufacturers have this knowledge. Isoprene comprises 2 double carbon bonds best for polymerization. Researchers also have started working on BioIsoprene production. It refers to the fermentation-based isoprene.

Bacteria used for organism production include Escherichia coli. It relies on glucose as the source of carbons. Moreover, it helps in recovering isoprene from the fermenter. Though it is a promising way of producing bioisoprene, the current yield is not more than 0.11 g g−1.

Learn about the market of isobutene-

Isobutene has become a precursor for several chemicals, and it is sourced from different petrochemicals. While using a steam cracker, the C4 stream with butadiene is removed. Moreover, n-butane undergoes isomerization, and ultimately, it becomes isobutene with the dehydrogenated process.

As isobutene has reactive double bonds, it can play a role in different chemical reactions. For instance, it is valuable while dealing with the electrophilic component of methanol.

Other uses of isobutene-

In the future years, isobutene will be useful for antioxidant production. When pure isobutene and anisole have a reaction, you can obtain synthetic antioxidants in the food sector.

To conclude, isobutene 115-11-7 produced with fermentation process is applicable for several industries. Fukuda was the first to make Biological isobutene production. You can choose the best manufacturers who produce the chemical with the most innovative methods. Buy the chemical for industrial purposes.

Resource box- 

Vinati Organics is a reliable manufacturer of different chemicals in India. Several companies have purchased their specially formulated chemicals for different production purposes.