Valmet supplied prehydrolysis system started up at Thai Roong Ruang Energy Co., Ltd. in Thailand
Valmet Corporation's trade press release on November 6, 2015 at 11:00 a.m. EET
A Valmet supplied prehydrolysis system was successfully started up on August 29, 2015 at Thai Roong Ruang Energy Co., Ltd. (TRE) in Saraburi, Thailand. The system is installed as the pretreatment stage in a bioethanol production plant. The plant will have a process capacity of 1,300 tons of bagasse per year and produce 100,000 liter bioethanol annually.
Valmet supplied the prehydrolysis system to Marubeni Corporation, which operated on behalf of Tsukishima Kikai Co., Ltd. The construction of the plant has been completed by New Energy and Industrial Technology Development Organization (NEDO) and the Cane and Sugar Board (OCSB) of the Ministry of Industry of Thailand.
NEDO has stated they will demonstrate efficient bioethanol production technology from sugarcane waste (bagasse) which is generated by the sugar manufacturing process, with demonstration operations running until February 2017. In the future, their aim is to reduce greenhouse gas emissions by expanding the use of the technology in Thailand and throughout the sugarcane cultivating region of Southeast Asia.
"Valmet's know-how in pulping and bio energy has proven to be valuable in new biotechnology applications. This is an interesting project and we look forward to demonstrate, that our biomass prehydrolysis solutions are state of the art and offer the reliability and flexibility our customers need," says Rickard Andersson, Vice President Bio Technology and Environmental Systems from Valmet.
Project overview
Thailand is one of the top producers of sugarcane in the world. In order to provide a stable supply of energy, the Government of Thailand has set a policy that aims to increase bioethanol production.
When sugar is extracted from sugarcane during the sugar manufacturing process, leftover sugarcane material called bagasse is generated. Bagasse is usually used as a boiler fuel at the sugar mill. The sugar mill only requires 60-80% of the supply amount, leading to a situation where the remainder is discarded as surplus bagasse without effectively being utilized. This surplus bagasse can be used as a resource for producing bioethanol that doesn't compete with food production.
Technical information about Valmet's delivery
The Valmet-delivered prehydrolysis system is designed to handle different biomass raw materials, for example agricultural wastes like wheat straw and bagasse. The key parts are biomass feeding, hydrolysis reactor and discharging equipment.
Prehydrolysis is an important step in the production of second generation ethanol via the enzyme route. The treatment prepares the biomass so that the polysaccharides become accessible for further enzymatic hydrolysis to sugars. The next step could be fermentation to ethanol or any other conversion to chemicals or fuels.
VALMET
Corporate Communications
For further information, please contact:
Rickard Andersson, Vice President, Bio Technology and Environmental Systems, Pulp and Energy business line, Valmet, tel. +46 70 305 5722
Valmet is the leading global developer and supplier of technologies, automation and services for the pulp, paper and energy industries. Valmet's vision is to become the global champion in serving its customers.
Valmet's services cover everything from maintenance outsourcing to mill and plant improvements and spare parts. The strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bio-energy production. Valmet's advanced automation solutions range from single measurements to mill wide turnkey automation projects.
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