双碳三新
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中石油蓝海(南通)中试基地中交
Xin Hua Ri Bao· 2025-12-30 21:34
落户通州湾示范区的中石油蓝海新材料项目总投资500亿元,是中国石油天然气集团与江苏省战略合作 协议的重要组成部分。作为蓝海新材料项目重要组成部分,蓝海(南通)中试基地是中国石油落实"双 碳三新"战略、推动炼化业务绿色低碳转型的关键载体,构建新材料科技创新体系的重要支撑平台,将 承担中石油上海新材料研究院、石化院等研究院新技术工业化转化任务,打通科技成果转化"最后一公 里"。 本报讯 (记者 徐超 李世杰) 12月30日,中石油蓝海(南通)中试基地签署《工程中间交接证书》,由 建设方移交运营方,迈出从工程建设转向正式运营的关键一步。 ...
克拉玛依石化创新引领提质效
Zhong Guo Hua Gong Bao· 2025-12-08 03:01
今年以来,克拉玛依石化公司以科技创新为引领,持续深化"减油增特"和"双碳三新"发展战略,推动产 业链向高端化、差异化、多元化迈进。1至11月,该公司自主研发的11个新产品累计增效超1亿元,在新 能源新材料领域实现多点突破。 聚焦新兴赛道 液冷技术引领绿色散热革命 近年来,受原油含钙量升高及市场环境变化影响,克石化石油焦产品一度面临质量下滑、效益走低的困 境。克石化依托20多年的技术积累,通过优化脱钙剂配方、调整工艺参数,严格控制灰分、硫含量等关 键指标,有效提升了石油焦质量。 克石化并未止步于此,而是持续投入研发资源,不断开拓高端负极焦市场,成功研发出锂离子电池负极 专用石油焦,质量满足客户需求,并实现工业化生产。 深化产学研用 高端白油构建多元应用版图 今年以来,克石化持续加大研发投入,成功开发5种高端白油产品,研发产品质量达到进口产品标准, 成为克石化新的效益增长点。 11月25日,克石化生产的首批EV140充电桩冷却液产品发运。该产品是克石化针对新能源汽车大功率充 电设施领域自主研发的新产品。 2019年,克石化组建了研发团队攻关油基浸没式液冷技术,经过上百次配方调整、千余次性能测试,产 品可在-40℃ ...
克石化浸没式冷却液再获应用
Zhong Guo Hua Gong Bao· 2025-09-08 02:45
Group 1 - The company has developed a 720 kW oil-immersed liquid cooling charging system, which is set to enter small-scale production by the end of the year [1] - The new cooling technology addresses the overheating issues faced by traditional air-cooled devices in extreme environments, enhancing the lifespan of core components by 50% compared to traditional systems [1] - The liquid cooling system has been successfully tested in Karamay and Xi'an, receiving high recognition from new energy vehicle owners after six months of high and low-temperature verification [1] Group 2 - The domestic sales of new energy vehicles are rising, leading to a fundamental change in the petrochemical industry's operational dynamics, necessitating a transformation in refining and chemical businesses [2] - The company is focusing on enhancing the supply of "special oils" and is advancing the "reduce oil and increase specialty" strategy, along with the "dual carbon and three new" industrial layout [2] - The development and industrial application of new specialty products such as high-grade white oil and dielectric cooling liquids have been successfully achieved [2]