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Element 1Model S-Series -Small Scale Hydrogen Generator

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e1’s S-Series hydrogen generator uses our advanced catalytic reforming and hydrogen purification technologies to convert a mixture of methanol and DI water into high purity hydrogen, on-site and on-demand to economically meet the needs of 1 kW to 7.5 kW fuel cell power solutions.  The S-Series was designed to displace expensive cylinders of compressed hydrogen for critical power applications where long runtimes are required.

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  1. Low cost of hydrogen: Converts an environmentally friendly, easily handled, readily available, and hydrogen dense feedstock blend of methanol and DI water into fuel cell grade high-purity low-cost hydrogen.
  2. Low initial cost of equipment:Under the license, manufactured cost pathway of S75 (75 sLm of hydrogen production) in low production volumes is less than the cost of a typical commercial PEM fuel cell module. Supports fuel cell cost competitiveness against legacy diesel fuel solutions.
  3. Scalable to support 1 to 7.5 kW fuel cell solutions:S-Series is scalable to produce from 1 to 90 sLm of hydrogen. With minimal additional engineering, the solution is scalable up to 110 sLm.
  4. Long run times:Runtimes determined by the size of methanol and DI water feedstock tank.  An e1 S75 hydrogen generator paired with one 55-gal drum of methanol/water feedstock is able to produce the equivalent hydrogen of 22 “T” sized cylinders of compressed hydrogen.
  5. Minimal power requirements:Requires less than 600 W of electrical power when in standby, and less than 100 W of electrical power when generating hydrogen.
  6. Compact design:The hydrogen generator is typically smaller in size than the fuel cell module it supports, and it readily fits into standard cabinets for outdoor installations.
  7. Reduced and simple maintenance:Advanced fuel reforming process and proprietary membrane purifier have few moving parts, robust design and a long lifetime.
  8. 100% turndown:Fully automated controlsallows for load-following hydrogen production, reduces feedstock and hydrogen waste, and provides flexible support for variable fuel cell power demand.
  9. Reduced Emissions:No particulate matter, and low CO2 emissions. If renewable methanol is used, zero net CO2 emissions.
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