MOSCOW (MRC) -- Zeon, in joint research with the national research and development Agency Riken and Yokohama Rubber, has successfully synthesized isoprene from biomass, which can then be used for the production of polyisoprene, as per Apic-online.
"We were able to discover a new method for synthesizing isoprene by designing an artificial metabolic pathway using in silico metabolic design technology, used for designing the metabolic pathways of a microorganism at a genomic scale on a computer," Zeon explained. Commercialization is expected by the early 2020s.
The chemical structure of polyisoprene is similar to that of natural rubber, Zeon noted, adding that the new technology will not only reduce the use of fossil fuel, but is also expected to provide a supplemental raw material for natural rubber.
The three partners have been jointly researching the production of synthetic rubbers from biomass since 2013.
As MRC wrote before, in 2013, Zeon started a new solution styrene butadiene rubber (SSBR) plant on Singapore's Jurong Island. The plant is expected to have an initial capacity of 35,000 mt/year. The company was tentatively planning to double capacity in 2015-2016 but will watch the market demand for SBR first before deciding on this. The SBR produced at the plant will be used for tires, with SBR's key feedstocks being butadiene (60%) and styrene monomer (35%).
Zeon has three synthetic rubber plants with a total production capacity of 270,000 mt/year, which can produce SBR, butadiene rubber, as well as isoprene rubber.
MRC