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The company said the transformation will increase Dow's annual dedicated propylene production by 100,000 tons, allowing Dow's derivative plants to enjoy cost-effective propylene while maintaining ethylene production capaci.
The project is expected to start producing specialty propylene by the end of 202
Dow said the revamp will meet the growing needs of consumer, infrastructure and packaging end-market businesses, while also maintaining its near-term capital expenditure targe.
In 2016, Dow expanded one cracker's ethylene capacity by more than 225,000 tons per year and added capacity to crack ethane, while maintaining the flexibility to crack propane, butane and napht.
Dow and other.
Dow said the reduction in propylene has created a supply and demand gap in the.
FCDh technology is regarded as one of the most economical propane dehydrogenation (PDH) technologies available tod.
Dow said the technology could be used to build stand-alone PDH facilities or integrate with existing crackers to provide "out-of-the-box" capabilities for various plant configuratio.
"Deploying FCDh technology allows Dow to continue to focus on delivering low-risk, low-cost and high-return projects while reducing the energy intensity and carbon footprint associated with traditional technologies," said Keith Cleason, vice president of Dow's Olefins, Aromatics and Alternatives busine.
