TCWY Reference Causae
1. COG methanationem ad LNG (totus processus) et COG Purificationis Causae
| Nec. | Customer | Project | Animadverte |
| 1 | Handan Xinsheng | 34500Nm3/h COG comprehensive utendo project | Primae paro of carbonii hydrogenii co-productionis LNG industrialis aptabilis |
| 2 | Shangdong Dong'e | 12500 Nm3/h COG comprehensive USUS ad productionem SNG project |
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| 3 | Hebei Gaocheng | (XXV) Nm3/h COG comprehensive utendo ad productionem LNG project |
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| 4 | Xinjiang Ilite | COG comprehensive utendo ad productionem project LNG | supplementum processus carbonii LNG: 50X104Nm3/d |
| 5 | Yunnan Fuyuan | (XX) Nm3/h COG Comprehensiva utendo ad productionem LNG project | prima paro of localization technology |
| 6 | Ningxia Pingluo sole coking | (X) Nm3/h COG comprehendo utendo ad productionem SNG project |
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| 7 | Heilongjiang Qitaihe Baililiang Nova Energy | (XXV) Nm3/h COG comprehensive utendo ad productionem SNG project |
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| 8 | Panzhihua Huayi Energy Co., LTD. | COG ad LNG et Anthracene oleum Hydrogenation, Energy Salvis et Emissionem reductionem Project | (CD) Nm3/h, Praevia design |
| 9 | Jilin Dingyun | (XXX) Nm3/h COG comprehensive utendo ad productionem LNG project |
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| 10 | Shanxi Huasheng | (XXV) Nm3/h COG comprehensive utendo ad productionem LNG project |
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2. Fuel Cell Hydrogenium / High puritas Hydrogenii Typical Causae
| Nec. | Customer | capacitas | Consectetuer Requisita | Animadverte |
| 1 | South Korea Hyundai Steel hydrogenii plantae | Pasce gas pressionem 1.65MPa, H2 content 57%, processus capacitatis 12000Nm³/h, | Productum hydrogenii 5745Nm³/h, et puritas obvium 99.999% altae puritatis hydrogenii postulationem in GB/T3634.2-2011. | Prima mundi constitutio COG productio directa fuele cellae altae hydrogenii puritatis, initium currit anno 2015 |
| 2 | Wuhan Iron & Steel Petrochemical Industry PSA Hydrogenium purificatio unitatis (Phase I) | Pasce gas pressionem 2.0MPa, H2 content 95%， processus capacitatis 975Nm³/h | Productum hydrogenii 800Nm³/h，and puritatis obvium 99.999% altae puritatis hydrogenii postulationem in GB/T3634.2-2011. | Prima copia de signis hydrogenii ad gradus electronicos producendos e fossilibus exhauriendis |
| 3 | Wuhan Iron & Steel Petrochemical Industry PSA Hydrogenium purificatio unitatis (Phase II) | Pasce gas pressionem 2.0MPa, H2 content 95%， processus capacitatis 1950Nm³/h
| Productum hydrogenii 1600Nm³/h，and puritas obvium 99.999% altae puritatis hydrogenii postulationem in GB/T3634.2-2011. | Hydrogenium vexillum pro electronic gradus |
| 4 | Zhuhai petrochemical PSA hydrogenii purificationis unitas | Pasce gas pressionem 2.3MPa, H2 content 74% processus capacitatis 20000Nm³/h, | Productum hydrogenii 4000Nm³/h，et puritas obvium 99.999% altae puritatis hydrogenii postulationem in GB/T3634.2-2011. Productum hydrogenii 10000Nm³/h, puritatis 99.9%。 |
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| 5 | Baofeng Cheng Vos hydrogenii technology Co., LTD PSA hydrogenii purificationis unitas | Pasce gas pressura 1.9MPa, H2 content 84% processus possibilitas 3000Nm³/h， cede 86% | Productum hydrogenii 2175Nm³/h， et puritas obvium 99.999% altae puritatis hydrogenii postulationem in GB/T3634.2-2011.
| Nam Yutong Automotive Fuel Cell Bus (initium cursus) |
| 6 | Handan Xinsheng PSA hydrogenii purificationis unitas | Pasce gas pressionem 1.7MPa, H2 content 56% processus capacitatis 34500Nm³/h | Productum hydrogenii 16000Nm³/h，Purity 99,999%, dignum GB/T37244-2018 protonus membranam cibus cellae vehiculum cibus requisita commutat. | Comprehensiva utilitas COG (34500Nm/h altae puritatis hydrogenii) sub consilio et constructione est |
| 7 | Taishan ferrum et Chalybe hydrogenii purificationis unitas | Pasce gas pressura 1.5MPa, H2 content 99%， processus capacitatis 1200Nm³/h | Productum hydrogenii 1000Nm³/h，Purity 99,999%, dignum GB/T37244-2018 protonus membranam cibus cellae vehiculum cibus requisita commutat. | Jinan hydrogenii energiae demonstrationem, consilium per CCTV nuntium relatum est |
| 8 | Shandong Mingshui Chemical Group Consectetuer alta castitatis modificatio project technologia productio | Pasce gas pressionem 2.0MPa, H2 content 74% processus facultatem 7000Nm³/h | Productum hydrogenii 4200Nm³/h，Purity 99.999%, dignum GB/T37244-2018 protonus membranam cibus cellae vehiculum cibus requisita commutat. | Jinan hydrogenii navitas demonstrationis |
| 9 | FULLCYRO hydrogenii purificationis unitas | Pasce gas pressionem 2.2MPa, H2 content 84%， dispensando facultatem 2850Nm³/h | Productum hydrogenii 2000Nm³/h， Purity 99,999%, metus liquidae hydrogenii occurrit. |
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| 10 | Guangfa Chemical PSA hydrogenii plantae | Pasce gas pressionem 3.MPa, H2 content 84% processus facultatem 9200Nm³/h | Productum hydrogenii 6600Nm³/h，puritatis 99.999% | Shanxi prima paro of hydrogenii industria plantae |
| 11 | Chongqing Wansheng calculus chemica | Pasce gas pressionem 1.7MPa, H2 content 82% ，Ar2% dispensando facultatem 4600Nm³/h | Productum hydrogenii 3000Nm³/h, Meet GB/T37244-2018 Protonus membranam cibus cellae vehiculi cibus requisita commutat. | Chongqing primus industria hydrogenii demonstrationis project |
| 12 | Xin Ao | Pasce gas pressionem 5.6MPa, H2 content 82% ，Ar2% dispensando facultatem 4700Nm³/h | Productum hydrogenii 3000Nm³/h, Meet GB/T37244-2018 Protonus membranam cibus cellae vehiculi cibus requisita commutat. | Sub constructione |
3. Hydrogenium Productio et Causae aliae
| Nec. | Customer | Project | capacitas | Product pressura | Product pudicitiam |
| 1 | Gansu Huasheng | Methanolum ad producendum hydrogenii | 50000Nm3/h | 2.0MPaG | H2≥99.99% |
| 2 | Shanxi Sanwei Phase I | Methanolum ad producendum hydrogenii | 8400Nm3/h* | 2.0MPaG | H2≥99.99% |
| 3 | Shanxi Sanwei Phase II | Methanolum ad producendum hydrogenii | 8400Nm3/h* | 2.0MPaG | H2≥99.99% |
| 4 | Guizhou Saibang | Methanolum ad producendum hydrogenii | 2500Nm3/h | 2.0MPaG | H2≥99.99% |
| 5 | Shandong Shengao | Methanolum ad producendum hydrogenii | 3000Nm3/h | 2.5MPaG | H2≥99.99% |
| 6 | India Air | Methanolum ad producendum hydrogenii | 500Nm3/h | 1.5MPaG | H2≥99.99% |
| 7 | Philippinae | Methanolum ad producendum hydrogenii | 1000Nm3/h | 1.6MPaG | H2≥99.999% |
| 8 | Zhisheng Power | Methanolum ad producendum hydrogenii | 100Nm3/h | 1.2MPaG | H2≥99.99% |
| 9 | Jianye Chemical | Methanolum ad producendum hydrogenii | 3000Nm3/h | 2.5MPaG | H2≥99.999% |
| 10 | fortuna | Methanolum ad producendum hydrogenii | 500Nm3/h | 1.5MPaG | H2≥99.99% |
| 11 | Guangxi Vicot Biotechnologia | Methanolum ad producendum hydrogenii | 300Nm3/h | 1.2MPaG | H2≥99.99% |
| 12 | India | Methanolum ad producendum hydrogenii | 400Nm3/h* | 1.2MPaG | H2≥99.99% |
| 13 | Lianyungang Fudong Zhengtuo | Methanolum ad producendum hydrogenii | 200Nm3/h | 0.8MPaG | H2≥99.99% |
| 14 | Lufa industria chemica | PSA-H2 | 80000Nm3/h | 2.5MPaG | H2≥99.99% |
| 15 | Yingde gas | PSA-H2 | 70000Nm3/h | 4.6MPaG | H2≥99.999% |
| 16 | Shandong Chengda nova industria | PSA-H2 | 50000Nm3/h | 1.2MPaG | H2≥99.99% |
| 17 | Bideo Chemical Co | PSA-H2 | 13000Nm3/h | 5.45MPaG | H2≥99.9% |
| 18 | Zhuhai | PSA-H2 | 20000Nm3/h | 2.0MPaG | H2≥99.999% |
| 19 | Xinsheng Energy | PSA-H2 | 34500Nm3/h | 1.7MPaG | H2≥99.99% |
| 20 | Henan Liyuan coking | PSA-H2 | 31700Nm3/h | 0.8MPaG | H2≥99.99% |
| 21 | Hyundai Steel | PSA-H2 | 12000Nm3/h | 1.7MPaG | H2≥99.999% |
| 22 | Shanxi Coking Co., LTD | PSA-H2 | 1400Nm3/h | 1.7MPaG | H2≥99.999% |
| 23 | Rongwei nova navitas | PSA-H2 | 28000Nm3/h | 2.0MPaG | H2≥99.99% |
| 24 | Fengxi Group | PSA-H2 | 25000Nm3/h | 1.7MPaG | H2≥99.99% |
| 25 | Yunnan Fuyuan coking | PSA-H2 | 15000Nm3/h | 0.8MPaG | H2≥99.99% |
| 26 | Panzhihua Huayi Energy | PSA-H2 | 40000Nm3/h | 0.8MPaG | H2≥99.99% |
| 27 | Shandong Carl Energy | PSA-H2 | 10000Nm3/h | 1.7MPaG | H2≥99.99% |
| 28 | Bideo Chemical Co., LTD | PSA-H2 | 4400Nm3/h | 2.3MPaG | H2≥99.9% |
| 29 | Bideo Chemical Co., LTD | PSA-H2 | 13000Nm3/h | 5.45MPaG | H2≥99.9% |
| 30 | Shandong Mingshui Chemical Co., LTD | PSA-H2 | 55000Nm3/h | 2.0MPaG | H2≥99.9% |
| 31 | Shandong Mingshui Chemical Co., LTD | PSA-H2 | 145000Nm3/h | 2.0MPaG | H2≥99.9% |
| 32 | Henan Hongda Chemical Industry | Shift gas decarburization (duo-scaena processus, methanolum ad ammoniacam) | 14000Nm3/h | 2.0MPaG | CO2≤0.2% |
| 33 | Qingyang Hongda Chemical Industry | NG ad hydrogenii | 7000Nm3/h | 2.0MPaG | H2≥99.99% |
| 34 | Foran navitas | NG ad hydrogenii | 500Nm3/h | 2.0MPaG | H2≥99.999% |
| 35 | Samsung | VPSA-O2 | 2400 Nm3/h |
| O2≥93% |
| 36 | HuaGan Ruilin | VPSA-O2 | 6000 Nm3/h |
| O2≥90% |
| 37 | Anyang Iron and Steel | VPSA-O2 | 15000 Nm3/h |
| O2≥80% |
| 38 | Fengcheng Phase I | VPSA-O2 | 1100 Nm3/h |
| O2≥93% |
| 39 | Fengcheng Phase II | VPSA-O2 | 1100 Nm3/h |
| O2≥93% |
