HiiROC and Siemens Sign MoU Hydrogen Production Agreement

In a strategic move set to expand the hydrogen energy landscape, HiiROC and Siemens have joined forces to advance hydrogen production, emphasizing a novel “point of use” business model. This partnership heralds a significant shift towards more efficient, cost-effective, and sustainable energy solutions.

Understanding the ‘Point of Use’ Model

The term ‘point of use’ in hydrogen production refers to the generation of hydrogen directly where it will be consumed, rather than at a centralized location requiring subsequent transportation to the end users. This approach offers substantial benefits, including the elimination of high transportation and storage costs, reduced energy loss, and enhanced safety by minimizing the movement of hydrogen gas. By producing hydrogen onsite, industries can tailor production to their specific needs, ensuring a more efficient and adaptable energy supply.

HiiROC’s Thermal Plasma Electrolysis: A Technological Marvel

At the heart of this innovative approach is HiiROC’s Thermal Plasma Electrolysis (TPE) technology. Unlike conventional methods, TPE uses patented plasma torches to disassemble gaseous hydrocarbons into hydrogen and solid carbon, without emitting carbon dioxide. This process operates at higher pressures and efficiency levels, providing a continuous flow rather than a batch production, which is more common in traditional electrolysis. Not only does this method drastically reduce energy consumption compared to water electrolysis, but it also produces clean carbon black, which can replace more polluting production methods in various industries.

Siemens’ Automation Expertise: Ensuring Safe, Scalable Production

Siemens brings a wealth of experience in automation and control technologies, crucial for the safe and efficient scaling of hydrogen production. Their state-of-the-art solutions, including the use of Proton Exchange Membrane (PEM) electrolysis, facilitate green hydrogen production by utilizing renewable electricity. Siemens’ modular design and digital integration capabilities allow for efficient and reliable operation, making large-scale hydrogen production feasible and economically viable.

Embracing ‘Point of Use’: The Future of Hydrogen Production

As industries worldwide strive for sustainability and efficiency, ‘point of use’ hydrogen production is emerging as a leading solution. This model, which involves generating hydrogen directly at the site where it will be used, offers several compelling advantages over traditional centralized production methods as shown here:

• Cost Savings and Efficiency

  • On-site hydrogen production leads to significant cost savings by eliminating the need for transportation from remote facilities.
  • Logistical expenses, a major component of overall hydrogen costs, are drastically reduced.
  • The necessity for extensive storage infrastructure is minimized, cutting down capital expenditures.
  • Producing hydrogen at the site of use increases operational efficiency, ensuring a steady and tailored energy supply.
  • Siemens and HiiROC’s collaboration maximizes these efficiencies by combining Siemens’ automation expertise with HiiROC’s cost-effective Thermal Plasma Electrolysis technology.

• Environmental Impact

  • The ‘point of use’ model significantly reduces the carbon footprint by minimizing hydrogen transport, typically reliant on fossil fuels.
  • On-site production facilitates the integration of renewable energy sources, further cutting emissions.
  • The partnership between Siemens and HiiROC supports a cleaner energy cycle, as their technologies are designed to work seamlessly with renewable inputs.

• Long-term Financial and Operational Advantages

  • The combined financial savings from reduced transportation and storage, alongside operational efficiencies, make ‘point of use’ a strategic business model.
  • Companies benefit from a dedicated, reliable hydrogen supply, supporting consistent and adaptable energy management.
  • As more industries recognize these benefits, the model is expected to become a key component of modern energy practices, driving both efficiency and environmental stewardship across sectors.

Adoption by Big Companies

Major corporations are increasingly turning to the ‘point of use’ model to enhance their energy independence and sustainability. By establishing their own hydrogen production facilities, these companies can secure a more stable and reliable energy supply, shielded from market fluctuations and supply chain disruptions. This approach also positions them as leaders in the energy transition, showcasing their commitment to innovative solutions and long-term sustainability.

In the long run, the financial savings from reduced transportation and storage costs, combined with the operational advantages of having a dedicated hydrogen supply, make ‘point of use’ a sound business strategy. As more companies recognize these benefits and adopt this model, it will likely become a cornerstone of modern energy practices, driving efficiency and sustainability across industries.