鉴定委员会一致同意通过技术鉴定，并建议加快SH010(25-22-2)和SH020(316L mod)尿素级奥氏体不锈 钢在相关领域的推广应用。 鉴定会上，专家组指出，对SH010(25-22-2)和SH020(316L mod)尿素级奥氏体不锈钢材料的钢板、钢 管、换热管取样分析结果显示：化学成分中有害杂质元素含量低，非金属夹杂物控制良好；金相组织为 全奥氏体，未发现σ相和晶间或晶内化合物；经5个周期的休伊试验及选择性腐蚀试验，试验结果与国 外同类材料相当。在相同工况的尿素装置中，两种材料与国外同类产品进行了工程化应用比对，结果表 明，其耐蚀性能达到或略优于国外同类产品水平。 据大连松海公司总经理于磊介绍，项目研发团队开发出的SH010和SH020系列国产新材料形成了覆盖板 材、换热管、钢管、锻件、棒材、管件的完整产品体系。目前，相关产品已应用在大型央企、国企等19 家企业的40余项(台)年产30万-105万吨尿素装置和三聚氰胺装置的高压设备中，包括换热管、分布管、 衬里、塔盘和管道等产品。 此外，企业合作共建了产业链一条龙服务供应机制——抚顺特钢和中兴装备"两头在外"专心搞制造，大 连松海前接订单后保直供 ...

此次"港荣"轮累计加注绿色甲醇约300吨，可减少二氧化碳排放460吨。为确保绿色甲醇加注作业稳定可 靠，天津港集团与招商轮船等单位紧密配合，提前完成绿色甲醇运输、储存及加注方案的技术验证，实 现了绿色港口基础设施与绿色船舶技术的深度融合。 据介绍，"港荣"轮总长219.9米、型宽37.7米、设计装载容量9300个标准车位，跻身全球最大载量汽车滚 装船行列。该轮是全球首艘采用甲醇双燃料动力系统的大型汽车滚装船，其动力系统可实现传统燃油与 甲醇两种燃料模式灵活切换，使用绿色甲醇时可减少70%以上的温室气体排放。此次首航，"港荣"轮将 装载近7000台国产汽车、大型设备等驶往欧洲。 近日，全球首艘9300CEU甲醇双燃料(甲醇和航运燃料)动力滚装船"港荣"轮首航天津港，并于当日完成 国内首次滚装船绿色甲醇加注，为全球航运低碳转型提供了"天津方案"。 ...

绿色清洗在工业清洗行业并非新鲜词，但却是长期"霸榜"的关键词。行业出现了哪些新技术、新举措、 新政策?这是历届论坛上受关注的话题。"工业清洗在未来必将迈向绿色清洗新时代。"欣格瑞(山东)环境 科技有限公司清洗事业部总经理张明华认为，摒弃传统配方中存在的致癌物、重金属等有害物质，是工 业清洗行业应恪守的原则和标准。 三氯乙烯就是传统清洗配方中的致癌物质之一。索恺化学贸易有限公司技术经理秦晓伟介绍，此前三氯 乙烯因其优异的去油效果被广泛用于散热器零部件清洗。2019年7月，三氯乙烯被列入生态环境部、国 家疾控局联合发布的《有毒有害水污染物名录(第一批)》。因此，索恺化学选用由多种烷氧基醇类物质 组成的改性醇作为清洗剂，用于清洗铝翅片散热器，排放出的废气非甲烷总烃含量远低限值标准，不仅 更加绿色环保，还降低了洗剂成本。 "带电清洗技术发展前景广阔，开发无ODS(消耗臭氧层物质)、低VOCs(挥发性有机物)、可生物降解的 环保型清洗剂成为主流，也是如今的绿色发展趋势。"大连理工大学化工学院副教授焦扬分享了带电清 洗技术的最新研究进展。她指出，清洗剂pH值成为近几年行业在环保方面关注的标准之一，带电清洗 通常优先选择p ...

该项目将以外购异十二烯一体化项目生产的合成气和氢气为原料，项目建成后将为巴斯夫一体化基地的 非离子表面活性剂(NIS)装置提供关键原料，丰富下游产品结构，提升竞争力。 中化新网讯 9月23日，记者从湛江市生态环境局了解到，巴斯夫一体化基地(广东)有限公司3万吨年异构 十三醇(TDN)装置通过项目环境影响评价，获得批准。 据介绍，该项目将在广东湛江东海岛石化产业园巴斯夫一体化项目预留地内开工建设，占地面积1.15万 平方米。项目将新建一套设计规模3万吨/年的TDN装置，配套建设异十二烯卸车设施、TDN装车臂，以 及10kV变电站等辅助设施，公用设施依托巴斯夫(广东)一体化项目现有工程。项目总投资6.8亿元，其 中新建环保设施投资约5600万元。 ...

今年以来，面对严峻的市场形势，南京化学工业有限公司积极应对，用好低头捡黄金、增产效益产品、 外包转自干三把"金钥匙"，发动全员深度挖潜，积极参与降本增效攻坚战。 从基层岗位的点滴节约到生产组织的精准调优，从外包业务的自主突围到管理机制的深度变革，南化公 司全体干部员工用实际行动诠释了"过紧日子、算精细账"的经营理念。 低头捡黄金 深度挖潜织密"效益网" 今年年初，南化公司组织开展"低头捡黄金"活动，发动全体干部员工立足岗位，查找水、电、汽、风、 油、物料、计量等方面存在的效益流失点，坚决堵塞装置"出血点"。一线员工转变观念、从我做起，积 极开展管道查漏降损、设备修旧利废和改代利用等活动，一点一滴、积少成多增加效益。 比如，南化研究院技术人员发现废旧钒催化剂活性装置完好的自控表核心部件，通过改造将其变身为马 弗炉关键组件，节约修理费5000元；检验部员工用塑封袋替代易破损的玻璃取样瓶，每月节省耗材成本 近千元；苯化工部员工用塑料瓶替代玻璃瓶取样，既降低破损风险，又提高工作效率……类似的举措每 天都在各装置、班组涌现。 为了让"小黄金"转化为"大效益"，南化公司构建了"发现—申报—评审—推广"的闭环管理机制。该公 ...

Core Insights - The Luan Chemical Tianji Group's synthetic ammonia facility has achieved a safe continuous operation of 300 days as of September 17, marking its second occurrence since December 9, 2022 [1] Production Performance - The current continuous operation period has seen an increase in the gas furnace operation rate from 99.59% to 99.80% compared to the previous 300-day period [1] - The load rate of the synthetic ammonia facility improved from 98.74% to 99.49%, resulting in an increase in ammonia production from 436,198.5 tons to 446,206 tons, which is an additional 10,007.5 tons [1] Cost Reduction - The cost per ton of synthetic ammonia has decreased by 28.81 yuan due to the improved load rate and increased production, based on the actual raw material prices projected for 2025 [1] Efficiency Improvement - The current continuous operation has resulted in a cost reduction and efficiency gain of 12.86 million yuan [1]

Group 1 - PureCycle announces a $2 billion global expansion plan to build multiple plants in Asia, Europe, and North America by 2030 to enhance polypropylene recycling capacity [1] - The company has achieved commercial production in Ohio, USA, with a first-quarter operating rate close to 90% and revenue of $1.4 million, marking a key breakthrough from laboratory to commercial application [1] - The new plants will be located in Rayong, Thailand, Antwerp, Belgium, and Georgia, USA, with annual capacities of 60,000 tons each for Thailand and Belgium, and 140,000 tons for Georgia, aiming for a total global capacity of 450,000 tons by 2030 [1] Group 2 - Despite challenges in the plastic recycling industry, such as the bankruptcy of Brightmark's Indiana facility and Braskem's exit from the Dutch recycling market, PureCycle is advancing its expansion based on long-term policy and market assessments [2] - Stricter recycling material content regulations in Europe expected to be implemented by 2030 will likely drive demand for recycled polymers [2] - The trend towards scaling chemical recycling is supported by Bain & Company, indicating that companies need to position themselves strategically within the value chain [2]

Group 1 - The core viewpoint of the article is that natural gas will be the only fossil fuel with an increasing share in India's energy structure by 2050, serving as a crucial bridge in the country's energy transition [1] - S&P Global predicts that by 2050, fossil fuels will account for 66% of India's energy mix, while renewable energy will rise to 16%, with natural gas being the primary transitional fuel [1] - India's energy structure is heavily reliant on fossil fuels, with oil and gas making up 77% of primary energy use, while renewable energy only accounts for 2% [1] Group 2 - The Indian government's initiatives, such as the PAHAL scheme, are facilitating the rapid replacement of Liquefied Petroleum Gas (LPG) for traditional biomass energy, reducing its share from 38% to 19% [2] - The National Green Hydrogen Mission aims to produce 5 million tons of green hydrogen by 2030, positioning India as a global center for green hydrogen [2] - Despite these initiatives, fossil fuels are expected to dominate India's energy structure for the coming decades [2] Group 3 - S&P Global has indicated that four underexplored sedimentary basins in India may contain up to 22 billion barrels of oil, surpassing the 14 billion barrels produced in the Permian Basin [2] - India's oil consumption significantly exceeds its production, meeting only about 13% of domestic demand, leading to a heavy reliance on imports [2] - Economic growth and vehicle proliferation are projected to drive a surge in India's oil demand, making it the largest contributor to global oil demand growth by 2030 [2] Group 4 - The Indian government is expanding domestic oil and gas exploration through policy reforms and increased investment, including the New Exploration Licensing Policy (NELP) to attract foreign investment [3] - The Hydrocarbon Exploration and Licensing Policy (HELP) allows companies to choose bidding blocks, aiming to enhance domestic oil and gas production [3]

Core Insights - Equinor announced that the Demos exploration well drilled in the Barents Sea did not find commercially viable oil and gas resources, confirming it as a dry well [1] - The well is the first exploration well in the 1238 production license block, which became effective in March 2024, with Equinor as the operator and partners including Vår Energi and the Norwegian Petroleum Asset Management Company [1] - The semi-submersible drilling platform used for this operation has a maximum operational water depth of 1500 meters and a maximum drilling depth of 7500 meters, with a long-term agreement in place for drilling services until 2026 [1] - Equinor stated that the geological data obtained from this exploration is valuable for understanding the hydrocarbon accumulation patterns in the Barents Sea and will support future exploration decisions [1]

Group 1 - The United States has become the global center of the anti-ESG movement, with a significant increase in anti-ESG legislation proposed across 40 states from 2021 to 2024, totaling 370 bills [1][2] - The passage rate of anti-ESG bills in 2024 is notably higher than in previous years, indicating improved legislative drafting capabilities among proponents [1][2] - The Trump administration has further fueled the anti-ESG sentiment by revoking climate action policies and signing an executive order banning ESG investments [2] Group 2 - Since Trump's re-election, an estimated $28 billion worth of wind, solar, electric vehicle, and battery projects have been delayed or canceled, affecting approximately 19,000 jobs [2] - International oil giants are reducing their clean energy investments, with ExxonMobil announcing plans to abandon a major low-carbon hydrogen project unless federal tax incentives are provided [3] - BP has adopted a more conservative decarbonization strategy, focusing on higher-margin hydrogen, biofuels, and offshore wind, while abandoning its hydrogen development goals [3][4] Group 3 - Shell has canceled plans for a low-carbon hydrogen plant in Norway, citing insufficient demand, a sentiment echoed by Equinor shortly after [4]