雙語 | 蓬萊站：萬華新材料低碳產(chǎn)業(yè)園項目

　　蓬萊站 | “萬華新材料低碳產(chǎn)業(yè)園”項目：一二期壓茬同步實施，萬華項目主打“快”節(jié)奏

　　Wanhua New Material Low-carbon Industrial Park：Phase I and Phase II Simultaneously Implemented under Fast Pace

　　萬華新材料低碳產(chǎn)業(yè)園項目由萬華集團投資建設(shè)，總體規(guī)劃11.48平方公里，建成投產(chǎn)后年產(chǎn)值1800億元。計劃分三期實施，其中，一期占地2.21平方公里，主要建設(shè)高性能新材料一體化等項目，生產(chǎn)丙烯及乙烯下游產(chǎn)品。

　　The project is invested and built by Wanhua Group with a total planning area of 11.48 square kilometers. The expected annual output value after completion is 180 billion RMB. It will be implemented in three phases, the first phase of which is planned to cover an area of 2.21 square kilometers, mainly for the construction of high-performance new materials integration project and the production of downstream products like propylene and ethylene.

　　一期工程以世界頂級規(guī)模丙烷脫氫為龍頭，下游包括環(huán)氧丙烷裝置、丙烯酸及酯裝置、聚醚裝置等；并通過長輸管線實現(xiàn)與萬華煙臺工業(yè)園的物料互聯(lián)互通。一期工程是2022年和2023年省重大實施類項目，于2022年3月開工建設(shè)；目前，維修站辦公樓、地源熱泵系統(tǒng)、維修車間已投用，綜合倉庫主體結(jié)構(gòu)完工，116臺長周期設(shè)備訂貨完成；計劃2024年6月中交，達(dá)產(chǎn)后年產(chǎn)值270億元。二期工程是2023年省重大實施類項目，計劃2023年上半年與一期工程壓茬同步實施。

　　Phase I takes the world's top-scale propane dehydrogenation project as the leading part, and downstream projects include epoxy propane units, propylene acid and ester units, polyether units and so forth, which will be interconnected with the Wanhua Yantai Industrial Park through a long-distance pipeline. Phase I project is a significant implementation project of Shandong in 2022 and 2023, whose construction began in March 2022. Currently, the office building of maintenance station, geothermal heating system, and maintenance workshop have been put into use. The main structure of the comprehensive warehouse has been completed, 116 orders of long-cycle equipment have been placed, and 1 billion RMB has been invested. The completion of the project is due in June 2024 and the expected annual output value after reaching full capacity is 27 billion RMB. The Phase II Project is a significant implementation project of Shandong in 2023 and is planned to be carried out in the first half of 2023, in parallel with the Phase I Project.