Evolve Technology

Gilman Industries introduces Evolve™, a groundbreaking hydrogen generator that produces pure hydrogen from any water source, including tap water and seawater. This innovative technology is designed for affordability and scalability, making hydrogen production accessible for various applications. With proven performance and global patent protection, Evolve™ is set to transform the energy landscape.

Gilman Industries: Affordable On-Demand Hydrogen Production from Any Water Source

What is Evolve™ Technology?

Gilman Industries presents affordable hydrogen anywhere, on demand. Evolve™ is a scalable hydrogen generator that uses any water source, including tap water, wastewater, and even seawater. This disruptive technology produces pure hydrogen from virtually any water source – tap water, groundwater, wastewater, and seawater – making hydrogen production more accessible than ever before. It is truly the world’s first pure hydrogen generator that works with tap water or seawater, offering an innovative solution that breaks down traditional barriers in hydrogen production. This breakthrough has been developed with a simple design that is fast to produce, combining cutting-edge polymer technology with durability that outlasts competitors’ materials and keeps costs low. It is a game-changing leap in green hydrogen production…

Main Benefits

The benefits of the Evolve™ technology are numerous and compelling. The key figures and facts include:

  • Simple design, fast to produce
  • Durable polymers that outlast competitors’ materials and are less expensive
  • Fully patented in the US, Canada, and Europe
  • Generate hydrogen on-site and on-demand
  • Eliminate shipping and the associated costs
  • Utilize any water source: tap, ground, wastewater, and seawater
  • Compatible with any electrical source including wind, wave, solar, or grid
  • Scalable designs for a range of uses, from portable desktop models to industrial-scale production

Proven Performance and Research

Evolve™ established its proof of concept on December 8, 2015, through experiments conducted at SUNY Farmingdale Institute Research Technology Transfer. These tests were conclusive and verified that pure hydrogen can indeed be obtained from tap water. The research was supported by Dr. Hazem Tawfik, PH.D & PE, Professor of Mechanical Engineering Technology at SUNY Farmingdale and the Director of the Institute for Research and Technology. Additionally, on October 1, 2016, Rensselaer Polytechnic Institute – Center for Future Energy Systems confirmed that Evolve™ produced hydrogen at 99.32% purity from tap water, marking a significant milestone as it became the first electrolyzer to achieve such purity from this water source. These historic tests not only validate the technology but also illustrate its strong potential, captured in scientific detail and real-world results…

Global Patent Protection and Licensing

Gilman Industries is the patent holding company for the Evolve™ technology and licenses it exclusively to Evolve Hydrogen Inc. This collaborative approach focuses on developing the technology through mass production and global distribution. It also establishes license-to-manufacture and wholesale/retail hydrogen gas purchasing agreements worldwide. The technology is fully patented in the United States, Canada, and Europe, with rights to produce in the US, UK, Germany, Netherlands, Switzerland, France, Norway, Belgium, and Canada. This extensive patent protection ensures that the disruptive benefits of Evolve™ are safeguarded across key international markets, which is crucial for a technology that promises to revolutionize green hydrogen production.

Versatile and Scalable Designs

Evolve™ is designed with versatility in mind. The technology’s scalable design means it can cater to a variety of applications – think of a portable, desktop version for immediate, small-scale uses to large industrial models that promise mass production. This adaptability makes it possible to rapidly introduce hydrogen for fuel, renewable energy storage, as well as transportation and exportation purposes. The technology isn’t just about making hydrogen available; it is about making it affordable, efficient, and reliable. The fact that it allows the use of multiple water sources and can operate on a range of electrical inputs makes it a flexible option for different environments and energy markets. Occasionally, the innovation almost feels too good to be true… yet the results have consistently proven its value.

Future Commercialization Prospects

The commercialization potential of this groundbreaking polymer-based electrolyzer is significant. Gilman Industries and its exclusive licensee, Evolve Hydrogen Inc., are actively seeking partners to beta test and commercialize the complete product line. The technology’s simplicity in design and rapid production cycle means it can be mass produced, paving the way for affordable green hydrogen solutions on a global scale. With its long duty cycle and reliability even when using non-desalinated seawater, the product line is poised to introduce hydrogen as a mainstream energy carrier for various applications including renewable energy storage, transportation, and exportation. The approach taken is pragmatic yet forward-thinking, ensuring the technology is both commercially viable and environmentally sustainable.

Project Impact on Sustainable Development Goals

  • SDG 7: Affordable and Clean Energy – By making hydrogen production more accessible and affordable.
  • SDG 9: Industry, Innovation and Infrastructure – Through its innovative electrolyzer design and scalable manufacturing potential.
  • SDG 11: Sustainable Cities and Communities – Enabling cleaner energy solutions for urban environments.
  • SDG 13: Climate Action – Contributing to the reduction of carbon footprints by offering a renewable energy source.

Commercialization and Future Prospects

This evolving technology is at the forefront of what could be a new era in hydrogen production. With the technology now proven in university laboratories, backed by rigorous independent testing, and secured under global patents, the next phase focuses on beta testing and full-scale commercialization. The resulting hydrogen will be both affordable and reliable, produced on-site and on-demand, and it is set to make a significant impact across multiple industries. By harnessing various water sources and using diverse electrical inputs, this technology is not only adaptable to different operational needs but is also a testament to innovative sustainability. Observers and industry experts alike are excited as this project paves the way for a cleaner, brighter energy future…

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