skip to Main Content

The scientific community is expecting to see a rapid growth in hydrogen production so that the world total energy market has at least 25% of the $80 to $90 trillion world energy market.

We anticipate that this could occur sooner just because states as California are clearly banning the sale of fossil fuel vehicles by 2035.

Public Perception: “H2 Economy” = Automotive applications

  • Technical obstacles (safety, storage, distribution) have been overcome to enable rapid deployment
  • Adoption has been slower than anticipated
  • What must happen to commercialize automotive applications?
  • Volume manufacturing, lower cost and increased reliability of H2 Fuel Cells
  • Increased use of fuel cells by automakers
  • New fuel distribution infrastructure (Bulk H2production plants near dispersed customers, e.g. service stations.

Limited public awareness of substantial and growing pre-automotive markets being driven by early adopters

  • H2 fuel cells for backup, portable and auxiliary power applications
  • Deliver longer run times, lower emissions, cheaper operations than present batter, genset, diesel and other techniques.

Limited public awareness of substantial and growing pre-automotive markets being driven by early adopters

  • H2 fuel cells for backup, portable and auxiliary power applications
  • Deliver longer run times, lower emissions, cheaper operations than present batter, genset, diesel and other techniques.

How Alumifuel Impacts the Hydrogen Economy

  • Economics of supply & demand and a push for “Green” Energy are driving the hydrogen industry to evolve on many scales for various applications
  • Increased demand for pre-automotive fuel cells will increase manufacturing scale and therefore decrease the cost of components, and also create viable supplier base for automotive fuel cells.
  • Has led to commercialization of automotive fuel cell applications, Hyundai Tucson HYEV was introduced in 2013

Alumifuel in the forefront of transition to the hydrogen economy

  • Our technology and products will help accelerate the transition
  • Our “Sweet Spot” applications (backup, portable, auxiliary and remote power) will facilitate increased usage and capability of hydrogen fuel cells.
  • We will leverage our cheaper logistics chain to replace delivery of har to handle K cylinders for H2

Alumifuel’s unique non-fuel cell applications will facilitate early market entry and solid source of revenue while fuel cell applications mature.

  • Our superheated steam and H2 will drive turbines for Unmanned Underwater Vehicle (UUV) and Auxiliary Power Units (APU)
  • Our H2 Gas can easily and safely inflate weather balloons
  • Our Chemical reaction fuels flameless heaters
  • Alumifuel has significant differentiators in performance, adaptability, and cost effectiveness within our target market applications

 

Back To Top