Never installed, unused assets from cancelled green hydrogen prject. Available units consisting of (Qty 32) Nel electrolyzers; (Qty 1) 30 TPD Plug Power Hydrogen Liquefaction plant; and (Qty 3) Chart 30 Ton liquid hydrogen storage tanks. Nel Electrolyzers: (32) 2.5 MW each, electrolyzer unit with total maximum hydrogen production capacity of approximately 15,000 Nm3/hr. (485 Nm3/hr per electrolyzer X 32). The system consisting of (32) NEL A485 Atmospheric Alkaline Electrolysers. Each unit rated 1.45 psi @194F, produces up to 298 SCFM of hydrogen at full load with less than 1% oxygen content, and operates across a production range of 15% to 100%. Energy consumption is about 166 kWh per SCF of hydrogen, with an overall design electrical power requirement of 2.5 MW. Dimensions: 38.2 ft × 6.7 ft × 7.4 ft, weighs 88,850 lbs dry and 138,670 lbs in operation. The gas separation system and electrolyzer steel structures have not been fabricated and are therefore not included in the asset package. Hydrogen Liquefaction Plant: 30 TPD hydrogen liquefaction process, designed by Plug Power. Process begins with hydrogen feed at 350 psig and 97°F mixing with recycled hydrogen refrigerant before entering the pre-cool coldbox and heat exchangers, where it is chilled to –285°F. It then passes through cryoadsorber beds that remove impurities to below 1 ppmv and an ortho-para catalyst bed that converts ortho-hydrogen to para-hydrogen, after which the stream is re-cooled. The purified feed enters the liquefier coldbox and heat exchanger, where additional ortho-para conversion occurs before the hydrogen expands across the Joule-Thomson valve to about 10 psig, cooling to –420°F and forming a two-phase mixture. This mixture enters the flash tank, where liquid hydrogen is sent to client-owned storage, while flash gas is routed back into the process. Flash gas mixes with boil-off gas from storage and truck-loading vapors, is reheated in the heat exchangers, and then compressed as the fourth stage of the hydrogen refrigerant system, which must remain extremely clean to avoid freeze-out. The hydrogen refrigerant loop operates as a closed-cycle refrigeration system using compressors, cryogenic heat exchangers, cryopolisher beds, and both warm and cold turboexpanders to provide the deep cooling required. In parallel, a nitrogen refrigeration loop compresses and expands nitrogen to pre-cool the hydrogen and hydrogen-refrigerant streams in the pre-cooler heat exchanger. Liquid Storage Assets: Three (3) 30 ton (128,000 gallon) capacity vacuum-sealed SA-516 carbon steel bullet tanks for storage of liquid hydrogen. Manufactured by Chart Inc. Rated 50 psig/FV @-423F to 100F. 159” dia x 182’ 3” length. Weight 234,000 lbs. Built 2024.