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有潜力的电池体系之一。而我国拥有优异的镁资源禀赋和完善的产业链，原镁产量占全球近 九成，发展镁金属二次电池技术具有重要的经济价值和战略意义。最近，国家发展改革委和 能源局出台的《能源技术革命创新行动计划》中也明确提出要大力发展镁基电池储能技术。 多价离子电池研究组面向可再生能源规模化存储与利用重大需求，聚焦高丰度镁金属资 源，发展镁金属二次电池技术。研究二价镁离子的固液相传输行为与存储机制，着力突破多 电子转移过程中的热动力学瓶颈问题，开发了具有自主知识产权的钛基和钒基高比容储镁正 极材料，以及具有高离子电导率和高界面稳定性的硼基镁离子电解液体系，实现了镁离子的 高效、可逆存储，构筑了高性能镁金属二次电池体系。","2026-10-09T19:27:33.042Z",[457,458,459,460,461,462,465],{"code":398,"name":399},{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":416,"name":417},{"code":463,"name":464},"CH-39","网络与数据安全",{"code":466,"name":467},"FU-11","新型储能",[399,402,405,408,417,464,467],{"resultType":386,"id":470,"title":471,"abstract":472,"orgName":390,"province":391,"date":473,"trl":10,"transferMode":10,"keywords":393,"industry":394,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":474,"tagNames":492},"cmv1bihas0ag4bdd84l9hc5fp","光伏建筑一体化（BIPV）技术","在全球气候变化形势愈发严峻的当下，城市碳中和目标已成为世界各国关注的核心议题。 我国建筑全过程能耗占全国能源消费总量的45%，碳排放量占全国排放总量的50.6%。而建 筑作为城市的主体部分，进一步凸显了建筑减碳工作的紧迫性和重要性。据中国建筑节能协 会预测，到2060年，我国建筑领域碳排放量将控制在25亿吨左右，据预测BIPV技术的全面 推广可实现年减排量约30亿吨，贡献率超过30%。 团队主要面向建筑增量与存量市场，以光伏建筑一体化领域的“短板”技术攻关和“前 瞻性”技术创新为主线，围绕光伏建筑一体化、低碳节能等领域，攻坚目前BIPV在建筑领 域应用的关键性技术问题，形成可复制、可推广，安全可靠、经济可行的发展示范模式，构 建国内领先的研发平台、创新平台和交流合作平台。打造发电与节能低碳零碳建筑系统解决 方案，使建筑由耗能建筑变为产能建筑，城市由能源消耗者变为能源提供者。 图1传统BAPV产品（左）及光伏建筑一体化（BIPV）产品（右） 技术指标： （1）高性能多样化光伏组件研发。轻质化、高效化、多彩化的高性能光伏组件，光电 转化效率达到20%以上，防火性能达到A级，满足建筑四性要求。 （2）新型保温装饰一体化光伏构件。可以装配式安装、工厂化生产的建材产品，施工 简便，整体上墙造价控制在1500元\u002F㎡以内，比现行幕墙安装体系降低造价30%以上。 -66- （3）BIPV智慧零碳建筑集成系统设计。集合建筑节能设计、智慧能源管控系统、光储 直柔系统，为建设低碳、零碳建筑、低碳园区提供系统解决方案。  项目阶段与进展 团队已取得系统的技术成果体系，目前正在进行产业化推广。  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缺的一环。氢燃料电池属于国家重点发展的战略性新兴产业。到2025年为止，氢燃料电池已 经广泛应用于重型燃料电池车辆、航天器、数据中心和仓储等领域。未来，氢燃料电池的潜 在应用领域将进一步拓展，包括便携式电子设备、医院和军事等领域。燃料电池在中国乃至 世界的发展前景均十分广阔。 氢能装备先进制造中心可为客户量身定制不同功率的氢燃料电池电堆和系统，包括催化 剂、膜电极、石墨和复合双极板、密封件及模具等电堆关键零部件。  项目阶段与进展 可以与企业合作开发不同功率的世界技术领先的氢燃料电池电堆  知识产权情况 量身设计自主知识产权  应用前景 氢能交通、无人机、热电联供系统  合作方式 共同开发、技术许可、技术转让、技术服务等 -53- 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“热解气化”的处理方式，可将一个乡镇产生的秸秆、垃圾或企业产生的造纸废渣、中药渣等 有机固废等进行集中热转化处理，处理后产生的燃气可以作为居民炊事用气，也可经废热锅 炉转化为蒸汽给周边地区供暖或为企业供蒸汽，同时还能产生生物炭和提取液，用于土壤改 良等。 为实现以上功能，研究所开展了有机固废热解气化清洁供能技术及设备，可将有机固废 转化为燃气\u002F蒸汽、生物炭\u002F炭基肥或电力。通过该技术一方面集中处理了有机废弃物，减少 对环境的污染、长距离运输成本及高昂的固废处置费；另一方面产生的燃气或蒸汽可以解决 周边居民或企业的用能需求，产生的生物炭及经加工后可作为有机肥在当地进行销售，实现 变废为宝。 成套设备包括破碎筛分、热解气化、气液分离、燃气低氮燃烧等过程，其中固废热解气 化设备是整个过程的核心设备，该设备具有占地面积小、投资节省、操作简单等优点。下面 以农作物秸秆为例，介绍有机固废热解气化清洁供能工艺流程。 图1有机固废热解气化清洁供能工艺流程","2026-10-09T19:27:32.433Z",[536,537,540,543,544,547,548,551,552],{"code":441,"name":442},{"code":538,"name":539},"GB-22","造纸和纸制品业",{"code":541,"name":542},"GB-27","医药制造业",{"code":401,"name":402},{"code":545,"name":546},"GB-45","燃气生产和供应业",{"code":404,"name":405},{"code":549,"name":550},"CH-10","生物医药",{"code":485,"name":486},{"code":416,"name":417},[442,539,542,402,546,405,550,486,417],{"resultType":386,"id":555,"title":556,"abstract":557,"orgName":390,"province":391,"date":558,"trl":10,"transferMode":10,"keywords":393,"industry":394,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":559,"tagNames":574},"cmv1bih7c0ae3bdd8cih7p380","大型燃煤电厂生物质直接耦合燃烧发电技术","以清洁可再生的生物质燃料替代燃煤电厂的5%-100%的煤，支持燃煤电厂低碳绿色发展， 可充分利用现有燃煤电厂的基础设施、人力资源等，发展高效率（与新建典型30MW生物质 电厂相比（下同），是1.5-1.8倍）、高电能质量（与风光的电能完全不同）、低建设成本 （1\u002F3-1\u002F5）、低运维成本（约为1\u002F10）、低补贴政策依赖、可大规模发展（英国Drax电厂已 经实现4台660MW燃煤机组100%生物质燃料的改造，生物质装机容量合计2640MW，2020年 供电量141亿度）的生物质能电汽暖多联供。提高现有燃煤机组的运行负荷和利用，提升国 有资产利用效能及经济效益。消耗生物质燃料，惠及乡镇地方经济及民生。 为了实现以上所述功能，研究所开展了生物质直接耦合煤燃烧发电技术，依托现有燃煤 电厂，新增以生物质的物料存储、物料处理和物料输送为框架的生物质耦合发电系统，实现 生物质耦合中低比例5%-40%，中高比例50-100%的混合量。系统采用单元模块化设计，根 据电厂情况不断提高比例，最终实现100%生物质燃料替代煤，成为100%纯生物质发电项目。 （a）生物质5%-40%给料发电耦合 （b）最高可达100%给料发电耦合 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双极板、密封材料等电堆关键零部件，并通过设计和系统集成制造满足企业需求的具有自主 知识产权的PEM电解槽。  项目阶段与进展 可以与企业合作开发不同功率（kW-MW级）的世界技术领先的PEM电解槽  知识产权情况 自主知识产权  应用前景 电解水制氢领域  合作方式 共同开发、技术许可、技术转让、技术服务等 -46- 新能源","2026-10-09T19:27:32.383Z",[581,582,583,584,585,586],{"code":401,"name":402},{"code":407,"name":408},{"code":410,"name":411},{"code":413,"name":414},{"code":416,"name":417},{"code":524,"name":525},[402,408,411,414,417,525],{"resultType":386,"id":589,"title":590,"abstract":591,"orgName":390,"province":391,"date":592,"trl":32,"transferMode":10,"keywords":393,"industry":394,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":593,"tagNames":609},"cmv1bih5j0ad3bdd85m1vfnjd","氢能与燃料电池项目","及进展 双碳目标下，国内氢能源具有巨大的发展空间，氢能将主要应用于交通运输、工业、电 力、建筑等领域。在“碳达峰碳中和”（3060）的目标导向下，氢能作为一种最清洁无碳的二 次能源，凭借着来源丰富、灵活 高效、应用场景广泛等优点，在全球都迎来了巨大的发展 机遇。 聚焦绿色规模化制氢和氢气纯化，开发出系列离子传导膜材料及相应中空纤维膜、管状 膜、平板膜、催化剂等，用于电解水制氢、工业副产氢提纯等领域，完成10kW级再生燃料 电池开发及与太阳能电池联用。在电解海水制氢方面开发了一系列高价阴离子插层、原位刻 蚀生长的催化剂，展现出杰出的抗氯离子腐蚀性能。面向氢燃料电池核心关键部件双极板国 产化的重大产业需求，突破高性能超薄（1.4-1.8mm）柔性石墨双极板关键技术，完成批量 化生产工艺开发（年产能20万片），技术指标处于同类产品领先水平。推进燃料电池系统产 业化，开发燃料电池电堆（产能10MW），功率不小于50kW、功率密度大于3kW\u002FL。燃料 电池系统集成技术，完成特殊领域用大功率发电系统开发和地面联试，开发无人机氢燃料电 池可以有效提高无人机的巡航时间3-5倍。在甲醇燃料电池方面，成功研发出千瓦级甲醇燃 料电池、便携式甲醇燃料电池（50-100W）并且通过了现场实证。  知识产权情况 累计布局专利及技术秘密10余项。  应用前景 户用燃料电池热电联供系统，氢能汽车（大巴、集卡等），无人机、港口机械等  合作方式 共同开发、技术许可\u002F转让等 -43- 新能源","2026-10-09T19:27:32.349Z",[594,595,596,597,600,601,602,603,604,605,606,607,608],{"code":427,"name":428},{"code":398,"name":399},{"code":401,"name":402},{"code":598,"name":599},"GB-55","水上运输业",{"code":404,"name":405},{"code":407,"name":408},{"code":410,"name":411},{"code":516,"name":517},{"code":413,"name":414},{"code":485,"name":486},{"code":416,"name":417},{"code":489,"name":490},{"code":521,"name":522},[428,399,402,599,405,408,411,517,414,486,417,490,522],{"resultType":386,"id":611,"title":612,"abstract":613,"orgName":390,"province":391,"date":614,"trl":10,"transferMode":10,"keywords":393,"industry":394,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":615,"tagNames":635},"cmv1bih3a0abobdd8pgrjiiaj","沼气高效提纯精制生物天然气项目","沼气是一种优质的清洁能源，可通过多种生物质发酵获得。我国有着储量巨大的生物质 资源，包括农业、工业和城市固体废弃物，及其他相关产业的副产品等。沼气利用的途径有 多种，比如直接利用燃烧供热、热电联产或者提纯净化后作为车载燃气、家庭供热、化工原 料等天然气使用。沼气经过提纯净化制备的生物天然气，可以完全替代石化天然气，根据现 有技术水平和经济可行性，我国能转化当量生物天然气 1200亿立方米，可以大幅降低我国 对石化天然气依赖程度。 沼气高效提纯精制生物天然气是沼气提纯净化制备高品质生物天然气、大幅提升甲烷利 用品质的技术。目前沼气脱碳的主要工艺包括有机胺吸收法、压力水洗法、膜分离方法、变 压吸附法、物理吸收法、深冷分离法等。而本项目开发的沼气加压水洗技术集成了水洗脱碳 过程中闪蒸技术的合理有效利用技术、吸收塔解吸塔内部核心部件的开发、同步回收二氧化 碳技术、沼气工程的能量集成系统设计和自动化控制系统设计等多个方面进行优化设计和开 发。本项目开发的沼气加压水洗技术结合撬装设备的设计理念，可在各种处理规模的沼气工 程中加以应用推广。","2026-10-09T19:27:32.266Z",[616,617,620,623,626,627,628,631,632],{"code":441,"name":442},{"code":618,"name":619},"GB-07","石油和天然气开采业",{"code":621,"name":622},"GB-25","石油、煤炭及其他燃料加工业",{"code":624,"name":625},"GB-26","化学原料和化学制品制造业",{"code":401,"name":402},{"code":545,"name":546},{"code":629,"name":630},"CH-18","生物技术",{"code":447,"name":448},{"code":633,"name":634},"CH-31","石油化工",[442,619,622,625,402,546,630,448,634],{"resultType":386,"id":637,"title":638,"abstract":639,"orgName":640,"province":10,"date":641,"trl":424,"transferMode":642,"keywords":393,"industry":643,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":644,"tagNames":668},"cmv1bigo309uabdd8p5s01o1p","高纯无水氯化铝制备新技术","技术简介及特点 本项目以流化床为反应器，拜耳法氢氧化铝为原料，基于热力学计算，以及 反应过程的机理分析，设计开发了低温分解-低温氯化制备高纯无水氯化铝的短 流程技术。采用氢氧化铝的低温分解技术，获得高比表面和高活性的氧化铝，通 过引入气质碳源强化了反应介质间的传递和反应过程，突破了反应过程动力学， 高活性的氧化铝在低温可被快速氯化。通过工艺条件的优化，获得高纯无水氯化 铝的工艺参数条件，高纯无水氯化铝的纯度可达到 4N 以上。本技术具有反应条 件温和，生产效率高，清洁环保等特点。 专利及进展情况 申请了 2项国内专利。目前，已完成实验室小试实验工作，获取了关键技术 参数。 产业化前景分析 无水氯化铝作为重要的化工产品，目前主要应用于有机化工合成领域，国内 需求量超过 30万吨\u002F年，同时作为最具发展潜质的大规模储能电池—铝离子电池 电解液的主要活性组分，随着可再生能源技术和储能产业的发展，高纯无水氯化 铝将具有更为广阔的市场空间。相对于现有的铝锭法，新技术以廉价的氢氧化铝 为原料，短流程高效清洁地生产高纯无水氯化铝产品，生产成本下降 35%以上， 且可实现单套 10万吨级规模化生产，将具有良好的市场竞争优势和发展应用前 景。 转化方式 技术转让 许可使用 挥发性有机物（VOCs）流化床吸附浓缩技术","中国科学院过程工程研究所","2026-10-09T19:27:31.639Z","技术转让 许可使用 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烟气中 SO 排放（酸雨，PM2.5）对生态环境和人体健康带来严重影响，同 时造成硫资源的严重浪费，据统计，排放1 吨SO 造成直接经济损失 2万元。目 前运行的烟气脱硫技术主要是湿法脱硫，但该方法腐蚀严重，副产物难处理，SO 不能回收利用。本团队开发了离子液体法烟气脱硫及硫资源化利用新技术，该技 术具有以下特点：1.能耗低，工艺简单，该离子液体价格便宜，且可以循环利用； 2.捕集率> 99%，符合目前 SO 排放标准；3.可回收高度的 SO ，纯度> 98%，进 2 2 一步制备硫酸等，实现硫的资源化利用，降低脱硫成本。 专利及进展情况 已申请 5项发明专利，其中授权 3项。与国电合作在贵州福泉电厂建立了处 理量 300Nm3\u002F小时及 10000Nm3\u002F小时的烟气脱硫装置，脱硫率>99%。2017 年通过 了中国环境科学学会的科技成果鉴定，关键技术指标达到“国际领先水平”。 产业化前景分析 该技术脱除烟气中 SO ，可回收宝贵的硫资源，可作为生产硫酸、液体二氧 化硫等优良原料。该技术实现了烟气脱硫装置的高效化、资源化，符合国家循环 经济的发展目标，对保护社会环境和人类的健康有重要意义。因此本技术特别适 合于以高硫煤为原料的焦炉烟气、烧结烟气以及电厂烟气，该技术是彻底解决高 硫地区烟气治理的必由之路，同时也将促进我国煤炭、电力、化工工业的良性发 展，产生积极的经济效益和社会效益，因此该技术在我国具有很好的推广应用价 值。 转化方式 技术转让 许可使用 阻燃型玻纤增强热塑性复合材料的可控制备技术","2026-10-09T19:27:31.618Z","技术转让 许可使用 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学性能优良的聚酯型材料，主要由美国伊士曼化学公司、日本三菱化学公司和韩国SK 化学公司垄 断，其中，美国伊士曼、韩国 SK在我国市场中占据较大份额，并已经开始在医疗器械等高端领域应 用。团队经过多年积累，已掌握了高品质PCTG光学树脂的合成方法与工艺技术，完成了PCTG单 釜十公斤级小试制备，100公斤\u002F小时的中试线于2023 年12月份开车，从成本和产品质量上相 比伊士曼和SK 产品均具备一定优势。","中国科学院大连化学物理研究所","2026-10-09T19:27:30.812Z","技术许可","能源化工及新材料",[772,773,774,775,776,777,778],{"code":624,"name":625},{"code":401,"name":402},{"code":511,"name":512},{"code":653,"name":654},{"code":549,"name":550},{"code":661,"name":662},{"code":633,"name":634},[625,402,512,654,550,662,634],{"resultType":386,"id":781,"title":782,"abstract":783,"orgName":767,"province":702,"date":784,"trl":785,"transferMode":786,"keywords":393,"industry":770,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":787,"tagNames":820},"cmv1big220930bdd8o6txcybk","聚甲基丙烯酰亚胺（PMI ）泡沫制备技术","聚甲基丙烯酰亚胺（PMI）泡沫由甲基丙烯酸（MAA）与甲基丙烯腈（MAN）共聚物发泡得到的 闭孔、刚性硬质泡沫。PMI 泡沫呈白色或浅黄色，具有轻质、高强、环保、耐高温、低介电、易加工、耐 疲劳、易粘接、高闭孔率等特点。PMI泡沫与碳纤维，玻璃纤维，铝合金等通过三明治结构组成的新 型复材料，可以简化工艺，缩短周期，解决蜂窝芯材所面临的孔格粗、易吸潮、易脱粘的问题和传统 泡沫芯材强度低、模量低、耐热性差的问题，提升复合材料夹层结构件的寿命可靠性。在航空航天 领域，某些部件泡沫夹层结构已取代蜂窝夹层结构，成为飞行器减重增强的手段之一，PMI泡沫在 适当高温处理后，能承受复合材料固化工艺的高温要求，使得PMI泡沫在航天航空领域得到了广 泛的应用；雷达天线系统中，PMI 泡沫在电气性能上具有良好的电磁波穿透特性，机械性能上也 能经受外部恶劣环境的作用；PMI 泡沫与碳纤维，玻璃纤维，铝合金等通过三明治结构组成的新 型复材，更可应用于无人机，风力发电，汽车制造，轨道交通，船舶游艇等多个领域。 本项目研发了一种独特的 PMI 制备工艺技术，制备的 PMI 泡沫高分子链具有完整的酰亚胺 环结构及链间交联结构，极大地提高了材料的耐热压性能，并且，我们的PMI泡沫具有优异的高温 尺寸和重量稳定性，为复合夹芯材料制备工艺提供了必要的质量保证，克服了PVC、PUR 等芯材在 热压成型过程中可能出现的泡沫崩塌以及面料结合不牢、闭气鼓包等质量问题。目前得到产品经 过检验指标远高于市售高品质产品。","2026-10-09T19:27:30.759Z",3,"合作开发",[788,791,792,793,794,797,798,799,800,803,804,805,806,809,810,811,812,813,816,817,818,819],{"code":789,"name":790},"GB-17","纺织业",{"code":624,"name":625},{"code":476,"name":477},{"code":427,"name":428},{"code":795,"name":796},"GB-37","铁路、船舶、航空航天和其他运输设备制造业",{"code":398,"name":399},{"code":504,"name":505},{"code":401,"name":402},{"code":801,"name":802},"GB-56","航空运输业",{"code":404,"name":405},{"code":682,"name":683},{"code":650,"name":651},{"code":807,"name":808},"SEI-02","高端装备制造产业",{"code":653,"name":654},{"code":516,"name":517},{"code":661,"name":662},{"code":485,"name":486},{"code":814,"name":815},"CH-23","海洋装备",{"code":416,"name":417},{"code":521,"name":522},{"code":524,"name":525},{"code":633,"name":634},[790,625,477,428,796,399,505,402,802,405,683,651,808,654,517,662,486,815,417,522,525,634],{"resultType":386,"id":822,"title":823,"abstract":824,"orgName":767,"province":702,"date":825,"trl":32,"transferMode":786,"keywords":393,"industry":826,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":827,"tagNames":834},"cmv1bif8008nabdd8x05xxbqy","微反应技术硝化合成硝酸异辛酯","异辛醇混酸硝化生产的硝酸异辛酯作为柴油十六烷值改进剂，对柴油油品升级起着重要作 用。按典型的 0.1% 的添加量计，每万吨硝酸异辛酯可以调和 1000 万吨符合国 V 排放标准的优 质柴油。随着油品的升级换代，硝酸异辛酯产品的市场需求量势必增加。由于硝酸异辛酯生产 比较危险，技术主要由法国 SNPE、瑞士 BIAZZI 等少数军工企业掌握。国内，西安万德能源化 学公司采用微管式生产工艺，每年产能为 1 万吨，但数十条线并行生产工艺弊端明显。本项目 采用微通道反应器技术，在反应热力学和反应动力学研究结果的基础上，创新性开发了微反应 技术硝化合成硝酸异辛酯工艺，该工艺的主要特点是：异辛醇和混酸在并行多通道微混合器中 接触反应，混合器内体积微小、物料混合均匀，反应时间短，传热速率快，产物和酸可实现连 续自动分离。技术指标包括：原料转化率高于 99.9%，产品纯度高于 99.5%，水分小于 0.05%， 酸度小于 3mgKOH\u002F100ml。本项目同时揭示了反应过程中的爆炸机制，因而这项技术具有无可 比拟的先进性和安全性。本技术具有自主知识产权，已申请专利2件，发表学术论文2 篇。目前， 已建立50 ～100 吨微反应装置一套，并可以快速设计搭建单套600～1000吨反应装置。","2026-10-09T19:27:29.612Z","精细化工",[828,829,830,831,832,833],{"code":624,"name":625},{"code":401,"name":402},{"code":404,"name":405},{"code":682,"name":683},{"code":633,"name":634},{"code":463,"name":464},[625,402,405,683,634,464],{"resultType":386,"id":836,"title":837,"abstract":838,"orgName":767,"province":702,"date":839,"trl":785,"transferMode":840,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":842,"tagNames":855},"cmv1bie5p088gbdd84w7jfn7f","极端高压原位光谱测量系统 研究中心。但同时也体现了一个突出的问题，很多学校和研究机构买不到适合自己研究的高压光","合作方式 压力是一个独立于温度和化学组分外的重要热力学参量。20 世纪以来，随着高压技术的不断 技术入股 发展，这一热力学参量在诸多学科领域都引起了人们的广泛关注。作为一种极端条件，高压科学与 投资规模 技术如今已经实现了与物理学、化学、材料科学、地球科学、生物学、新能源科学、行星科学、食品科 学等学科领域的交叉发展。高压极端条件下材料性质的研究，需要将样品放置于金刚石对顶砧中 100 万 ~500 万 进行相应的谱学表征。 对于极端高压条件下材料性质的表征需要进行原位光谱测量，我们课题组 自主设计研发多套高压原位光谱表征探测系统。其包括： 1. 高压原位压力标定装置； 2. 高压原位紫外-可见吸收光谱探测装置； 3. 高压原位荧光探测装置； 4. 高压原位时间分辨光谱探测装置； 5. 高压原位偏振拉曼光谱探测装置； 6. 高压原位红外吸收光谱探测装置； 7. 高压原位超快瞬态吸收光谱探测装置。 上述搭建光谱探测装置的各项性能指标处于国内领先位置，同时我们已经申请多项发明专 利和计算机软件著作权。我们以上述实验装置进行科学研究，在 Light-Science & Applications， Nanoscale Horizons，Advanced Optical Materials，Journal of Physical Chemistry Letters等 期刊已经发表多篇论文。","2026-10-09T19:27:28.180Z","压力是一个独立于温度和化学组分外的重要热力学参量。20 世纪以来，随着高压技术的不断 技术入股 发展，这一热力学参量在诸多学科领域都引起了人们的广泛关注。作为一种极端条件，高压科学与","科学仪器",[843,846,847,848,849,850,853,854],{"code":844,"name":845},"GB-14","食品制造业",{"code":504,"name":505},{"code":401,"name":402},{"code":562,"name":563},{"code":404,"name":405},{"code":851,"name":852},"SEI-01","新一代信息技术产业",{"code":407,"name":408},{"code":413,"name":414},[845,505,402,563,405,852,408,414],{"resultType":386,"id":857,"title":858,"abstract":859,"orgName":767,"province":702,"date":860,"trl":785,"transferMode":786,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":861,"tagNames":867},"cmv1bie5a0889bdd8vzh666z2","电池比热容精密测量仪 BTAC-I","仪器简介 锂离子电池在化学储能领域得到了极大关注和广泛应用。在实际应用中，电池的热管理格外 重要，它关系着电池组的循环寿命、能量效率和安全性等，决定了锂离子电池的市场和未来。电池 热管理不仅需要监控电池温度，也要控制电池温升速率，这都要求获得准确的电池比热容数据。本 量热仪能够在可控、精确的绝热环境下，准确测量18650 电池芯的比热容数据，可为相关电池组热 性能分析及热危害评估提供重要的热力学依据。 技术参数 温区：-150～150℃ 准确度：±2% 重复性：±1% 可定制不同尺寸和型号电池的比热测量仪","2026-10-09T19:27:28.162Z",[862,863,864,865,866],{"code":398,"name":399},{"code":401,"name":402},{"code":407,"name":408},{"code":463,"name":464},{"code":466,"name":467},[399,402,408,464,467],{"resultType":386,"id":869,"title":870,"abstract":871,"orgName":767,"province":702,"date":872,"trl":785,"transferMode":769,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":873,"tagNames":880},"cmv1bie4u0883bdd80qo6v246","精密自动绝热量热仪LTAC-I","仪器简介 精密绝热量热仪 LTAC-I ，是由中国科学院大连化学物理研究所推出的一款凝聚态物质液氦 温区比热准确测定与热力学性质研究的绝热量热仪。本量热仪采用经典的间歇加热测量方法与 Westrum 逐级降温方式，可在最低至液氦温区准确测量样品的比热及相关热力学参数，是研究凝 聚态物质晶格振动、电子跃迁、超导现象、磁相互作用、结构相变等物性变化与机理的热力学实验 方法利器，可广泛应用于磁性材料、超导材料、热电材料、介电材料、相变材料等功能材料基础物性 研究中，为相关问题与现象的研究与探索提供准确可靠的热力学依据。 技术参数 温区：10～400K 准确度：±(0.5‒1) % 重复性：±(0.3-0.5) %","2026-10-09T19:27:28.143Z",[874,875,876,877],{"code":401,"name":402},{"code":404,"name":405},{"code":661,"name":662},{"code":878,"name":879},"FU-03","未来材料",[402,405,662,879],{"resultType":386,"id":882,"title":883,"abstract":884,"orgName":767,"province":702,"date":885,"trl":785,"transferMode":769,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":886,"tagNames":889},"cmv1bie4e087zbdd8fq4k46yg","精密自动绝热量热仪 MTAC-I","仪器简介 精密自动绝热量热仪MTAC-I，是由中国科学院大连化学物理研究所在几十年绝热量热学研 究基础上，推出一款用于凝聚态物质比热准确测量与热力学性质研究的绝热量热仪。本量热仪采 用经典的间歇式加热测量方法和浸入式液氮降温方式，可在80-400K温区内准确测定样品的比热 和相变潜热，并由此计算出相关热力学函数，是测定与研究凝聚态物质热力学性质最准确可靠的 量热仪器。本绝热量热仪器可广泛用于固体、液体样品的比热、焓、熵、吉布斯自由能热力学基础数 据测定、相变性能测定与机理研究、有机物纯度测定等领域，是开展热力学相关研究工作必备的量 热仪器。 技术参数 温区：80～400K（-193～127℃） 准确度：±0.5 % 重复性：±0.3 %","2026-10-09T19:27:28.126Z",[887,888],{"code":401,"name":402},{"code":404,"name":405},[402,405],{"resultType":386,"id":891,"title":892,"abstract":893,"orgName":767,"province":702,"date":894,"trl":785,"transferMode":769,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":895,"tagNames":898},"cmv1bie3x087vbdd8x1p043l2","高温落入式绝热量热仪 HTAC-I","仪器简介 高温落入式绝热量热仪 HTAC-I ，是由中国科学院大连化学物理研究所在几十年高温量热学 研究基础上，推出一款在高温条件下对凝聚态物质焓、比热准确测量与热力学性质研究的精密量 热仪器。本量热仪采用经典的落入式混合量热法，可在373-1700K温区内准确测定样品的焓值、比 热和相变潜热，并由此计算出相关热力学函数，是测定与研究凝聚态物质高温热力学性质最准确 可靠的量热仪器，在冶金材料、储热材料、核材料、烧蚀材料、高熵材料、特种材料等研究领域具有 重要且广泛的用途。本量热仪器可广泛用于固体、液体样品的焓、比热、熵、吉布斯自由能等热力学 基础数据的测定，是开展高温热力学相关研究工作必备的量热仪器。 技术参数 温区：473～1700K（100 ～1427℃） 准确度：±1.5 % 重复性：±1 %","2026-10-09T19:27:28.109Z",[896,897],{"code":401,"name":402},{"code":404,"name":405},[402,405],{"resultType":386,"id":900,"title":901,"abstract":902,"orgName":767,"province":702,"date":903,"trl":785,"transferMode":904,"keywords":393,"industry":841,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":905,"tagNames":910},"cmv1bie3g087pbdd8ijcpwa8k","精密绝热量热仪 LTAC-Ⅱ","仪器简介 精密绝热量热仪LTAC-Ⅱ，是由中国科学院大连化学物理研究所推出的一款凝聚态物质液氦 温区比热准确测定与热力学性质研究的绝热量热仪。本量热仪使用 G-M 制冷机降温最低温度可达 4.2k，采用经典的间歇加热测量方法准确测量样品的比热及相关热力学参数，是研究凝聚态物质 晶格振动、电子跃迁、超导现象、磁相互作用、结构相变等物性变化与机理的热力学实验方法利器， 可广泛应用于磁性材料、超导材料、热电材料、介电材料、相变材料等功能材料基础物性研究中，为 相关问题与现象的研究与探索提供准确可靠的热力学依据。 技术参数 温区：4.2～300K 准确度：± (0.5 ‒ 1) % 重复性：± (0.3 - 0.5) %","2026-10-09T19:27:28.091Z","合作形式另议",[906,907,908,909],{"code":401,"name":402},{"code":404,"name":405},{"code":661,"name":662},{"code":878,"name":879},[402,405,662,879],{"resultType":386,"id":912,"title":913,"abstract":914,"orgName":767,"province":702,"date":915,"trl":63,"transferMode":916,"keywords":393,"industry":705,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":917,"tagNames":928},"cmv1bh1v705hgsn4mlm3hrxb5","焚烧烟气二噁英类生成的高效抑制与减排技术","项目简介及应用领域 焚烧处理是我国城市生活垃圾和固体危险废弃物处置的主要方式。在焚烧处置过程中会生成高毒性的二噁英类物质。为控制二噁英类物质的排放，我国的大型现代化垃圾焚烧发电设施普遍采用了“3T + E”技术（控制焚烧温度、搅拌混合程度、气体停留时间、及过剩空气率）、烟气急冷技术和活性炭+布袋除尘器技术，尽管如此，一些大型垃圾焚烧设施的二噁英类物质排放水平仍然难以达到现行《生活垃圾焚烧污染控制标准》（GB18485-2014）规定的限值（0.1 ng TEQ\u002FNm3）。在东部个别发达地区，城市生活垃圾焚烧设施的二噁英的大气排放限值已降低到0.05 ng TEQ\u002FNm3。本实验室通过深入研究焚烧烟气中二噁英类生成机理，锁定了影响二噁英类生成的关键因素，在此基础上研发出高效的二噁英生成阻滞剂，不仅可有效抑制二噁英的生成，同时也可抑制多氯联苯、多氯萘、氯代多环芳烃等其它高毒性卤代芳烃类化合物的生成。该抑制剂可以溶解在水溶液中，通过选择性非催化还原（SNCR）系统、水喷雾急冷降温系统或碱液脱酸系统喷入300-1000℃的焚烧烟气中；同时也可以粉体制剂形式喷入 500-1000℃的焚烧烟气中。工业应用结果表明，使该二噁英生成阻滞剂，可以使二噁英的生成量和大气排放浓度水平下降 40-85%。该技术适用于城市生活垃圾、医疗废弃物和其它固体危险废弃物的焚烧设施。投资与收益 采用本实验室研发的焚烧烟气二噁英类生成的高效抑制与减排技术，可以充分保障焚烧设施二噁英的达标排放，确保焚烧设施的正常运行。以每日焚烧500 吨的城市生活垃圾焚烧设施为例，每天只需使用二噁英生成阻滞剂 0.2-1 吨。合作方","2026-10-09T19:27:27.465Z","技术服务",[918,919,920,921,922,923,924,925,926,927],{"code":401,"name":402},{"code":404,"name":405},{"code":682,"name":683},{"code":650,"name":651},{"code":511,"name":512},{"code":407,"name":408},{"code":719,"name":720},{"code":413,"name":414},{"code":485,"name":486},{"code":416,"name":417},[402,405,683,651,512,408,720,414,486,417],{"resultType":386,"id":930,"title":931,"abstract":932,"orgName":767,"province":702,"date":933,"trl":424,"transferMode":934,"keywords":393,"industry":705,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":935,"tagNames":953},"cmv1bh1ur05gzsn4msjk0ld1x","高灵敏表面离子化检测器（SID）","项目简介及应用领域 SID 检测器是一种对有机胺类化合物具有高选择性和高灵敏度的检测器。它基于表面（热）离子化原理设计，利用有机胺类化合物在金属表面加热电离的特点对其进行检测。检测器适用于任何型号的气相色谱仪，可作为气相色谱专用型检测器。具有体积小、灵敏度高、选择性高的优点；可用于有机胺类和肼类化合物的检测；既可以与毛细管和填充柱气相色谱等系统联用，也可以作为传感器单独使用。【主要技术指标】最小检出量：10～15 g\u002Fs（叔胺）选择性：5～7 个数量级（对烃类、酮类） 使用温度：250～300 ℃适用载气：惰性气体，空气（用作传感器）【技术特点】该检测器只对有机胺类化合物响应高，而对烃类、含氧、含氮、含硫、含卤素以及芳烃类有机物响应值极低，响应比值达 10^5～7。SID 对水的响应值仅有胺的 10^-9，因此可以直接分析水中有机胺。投资与收益 适用于各种油品、食品和环境样品中胺类物质的检测，还可用于药物代谢、化工分析等领域中有机胺类和肼类化合物的测定，还适合公共安全领域的神经毒 剂现场监测。市场容量大，具有广阔的推广应用前景。合作方式 技术转让投资规模 小于 20 万 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm48000006 版权：中国科学院 主办：中国科学院科技创新发展局 承办：中国科学院成都文献情报中心 找错--> 微信小程序 --> 中国科学院知识产权信息","2026-10-09T19:27:27.449Z","技术转让",[936,937,938,941,942,943,944,945,946,947,948,949,950,951,952],{"code":844,"name":845},{"code":624,"name":625},{"code":939,"name":940},"GB-40","仪器仪表制造业",{"code":401,"name":402},{"code":565,"name":566},{"code":404,"name":405},{"code":682,"name":683},{"code":650,"name":651},{"code":407,"name":408},{"code":719,"name":720},{"code":722,"name":723},{"code":413,"name":414},{"code":485,"name":486},{"code":633,"name":634},{"code":463,"name":464},[845,625,940,402,566,405,683,651,408,720,723,414,486,634,464],{"resultType":386,"id":955,"title":956,"abstract":957,"orgName":767,"province":702,"date":958,"trl":63,"transferMode":769,"keywords":393,"industry":414,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":959,"tagNames":975},"cmv1bidf007uubdd88jm4obja","燃料电池氢源技术以及超纯氢气提纯技术","高性能氢气分离膜材料属于卡脖子技术，在国家安全、芯片生产用超纯氢气提纯、低成本分布 式绿氢制取和发电等领域有广阔的应用前景。（1）全球首家实现超薄不锈钢钯复合膜的规模化制 备，并首次实现其产品化应用。（2）为华为芯片等生产提供超纯氢气提纯器, 今年订单60台（已交 付12台），解决氩气等难以脱除的关键问题，用户反馈良好，纯度可达9-10 N，拿到两个用户使用 证明。电子信息、半导体、LED(Light EmittingDiode) 照明和光伏发电产业的迅猛发展，促进了对 超纯氢气（纯度 >99.9999%）的强烈需求。但现有的超纯氢气主要通过昂贵的电解水技术进行生 产，水电解设备和氢气生产成本都很高，而且氢气来源单一。为此，我们团队自主研发了超薄钯膜 用于超纯氢气的纯化和生产。我们的钯膜纯化器实现全自动操作和一键启动，满足 14nm 以下高 端芯片、半导体及LED生产等电子行业对超纯氢（9-12 N）的需求。该工艺操作简单，使用寿命长， 另外可以使用工业副产氢、天然气或氯碱气等廉价氢源，跟电解水相比显著降低成本，适合用于规 模化工业生产。（3）甲醇重整制氢燃料电池的开发方面，为某大学提供备用电源产品，正在和洺源 科技、大连海事大学合作开发新能源游艇。（ 4）开发低温氨分解制氢膜反应器，将反应温度降低到 400℃，远低于工业应用的820℃，正处于产业放大阶段。","2026-10-09T19:27:27.179Z",[960,961,962,963,964,965,966,967,968,971,972,973,974],{"code":618,"name":619},{"code":624,"name":625},{"code":398,"name":399},{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":410,"name":411},{"code":722,"name":723},{"code":969,"name":970},"CH-12","新型显示",{"code":413,"name":414},{"code":416,"name":417},{"code":633,"name":634},{"code":463,"name":464},[619,625,399,402,405,408,411,723,970,414,417,634,464],{"resultType":386,"id":977,"title":978,"abstract":979,"orgName":767,"province":702,"date":980,"trl":63,"transferMode":904,"keywords":393,"industry":414,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":981,"tagNames":987},"cmv1bide707ugbdd84mmcm9zo","质子交换膜水电解制氢","质子交换膜水电解制氢技术利用可再生能源发电将纯水电解，得到高纯氢气与氧气。仅需的 原料：水，生产过程无污染，占地面积小，即用即产。 技术特点：制氢纯度高、产氢压力高、电流密度高、效率高、启动速度快、动态响应迅速， 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剥离法、模板法、活化等方法宏量制备出性能优异的石墨烯、石墨烯基碳材料、层次孔炭等材料； 同时，提出高倍率性能电极材料（如磷酸铁锂、磷酸铁锂\u002F石墨烯正极材料、磷酸铁锂\u002F 石墨烯\u002F 石 墨正极材料、钛酸锂、钛酸锂\u002F石墨烯和石墨烯@层次孔炭等负极材料）的新制备工艺，为百公斤 级批量化生产和产业化提供技术储备。 技术指标：单个器件的能量密度能达到20~60 Wh\u002Fkg，功率密度达到15 kW\u002Fkg，且具备良 好的循环稳定性和倍率性能。 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