FlexiH is setting its sights on Guthrie, Oklahoma, for its first hydrogen manufacturing facility. This clean, carbon-free fuel is essential for meeting state and federal emission reduction goals and can be used for transportation on land, in the air, and at sea.
The Challenges of Clean Hydrogen Production
Producing clean hydrogen is no small feat. Most methods, like steam methane reforming (SMR) with carbon capture and storage (CCS), are complex and expensive. Electrolysis, another method, requires a lot of energy. Recently, new technologies using plasma have shown promise in tackling these issues, but they still need more research to become cost-effective.
The Breakthrough: Plasma Steam Methane Reforming (PSMR)
FlexiH’s new technology, Plasma Steam Methane Reforming (PSMR), could be a game-changer. It’s designed for small-scale applications like hydrogen refueling stations, which can fuel up to 200 hydrogen cars daily. The process uses natural gas and steam in a microwave plasma environment to produce clean hydrogen and graphene, a super-strong and lightweight material with many industrial uses.
Partnering for Progress
FlexiH is working with Green Science Inc. to advance this technology in a compact, containerized system. This system requires less than 25 kWh of energy to produce one kilogram of hydrogen, making it cheaper and more efficient. The process uses a special microwave plasma that generates larger flames and uses 80% less energy than traditional methods. This means lower production costs and reliable operation without the need for frequent maintenance.
Proven Technology
FlexiH’s plasma system is already in use in South Korea, where it helps produce electricity from biomass. By using a containerized system, FlexiH can easily transport and store hydrogen, solving two major challenges in the hydrogen economy. When paired with renewable natural gas, this technology also offers carbon-negative emissions.
A Bright Future for Guthrie
Dr. Natarianto Indrawan, founder of FlexiH, explains that the new facility
FlexiH Sets Its Sights on Guthrie, Oklahoma for First Hydrogen Plant
FlexiH is taking a significant step towards a cleaner future by establishing its first hydrogen manufacturing facility in Guthrie, Oklahoma. This move highlights the company’s commitment to producing carbon-free hydrogen, a crucial element for reducing emissions and achieving both state and federal climate goals. Hydrogen, known for its high energy density, is a versatile fuel suitable for various modes of transportation, including land, air, and sea.
The Challenge of Clean Hydrogen
Producing clean hydrogen is a complex task. Traditional methods, like steam methane reforming (SMR) combined with carbon capture and storage (CCS), are both costly and intricate. Another method, electrolysis, requires a significant amount of energy. While emerging technologies, such as plasma-based solutions, are showing promise in addressing these challenges, they still need further research and development to become economically viable.
A Breakthrough with Plasma Steam Methane Reforming (PSMR)
FlexiH is introducing a revolutionary technology known as Plasma Steam Methane Reforming (PSMR). This innovative approach could be the key to overcoming the current obstacles in hydrogen production. Designed for smaller, distributed applications, PSMR is ideal for hydrogen refueling stations, capable of producing 100 to 1,000 kilograms of hydrogen per day. This is sufficient to fuel up to 200 hydrogen-powered vehicles daily.
PSMR uses natural gas and steam in a microwave plasma environment to produce clean hydrogen. The process also generates graphene as a byproduct. Graphene is an incredibly strong and flexible material, lighter than aluminum and 200 times
FlexiH Targets First Hydrogen Plant in Guthrie, Oklahoma
FlexiH is gearing up to launch its first hydrogen manufacturing plant in Guthrie, Oklahoma. This facility marks a significant step in producing clean, carbon-free hydrogen, which is crucial for meeting state and federal emissions reduction targets. Hydrogen, known for its high energy density, is a versatile fuel suitable for all types of transportation, including cars, planes, and ships.
Challenges of Producing Clean Hydrogen
Creating clean hydrogen is a complex process. Most current methods, like steam methane reforming (SMR) with carbon capture and storage (CCS), are expensive and complicated. Another method, electrolysis, uses a lot of energy. Recently, new technologies using plasma are emerging as potential solutions, but they still need more research to become cost-effective.
The Breakthrough: Plasma Steam Methane Reforming (PSMR)
FlexiH’s new technology, Plasma Steam Methane Reforming (PSMR), could be a game-changer. This method is perfect for small-scale applications like hydrogen refueling stations, which can produce enough hydrogen to fuel up to 200 vehicles daily. PSMR uses natural gas and steam in a microwave plasma environment to produce clean hydrogen and graphene, a super-strong and lightweight material with many uses in industries like construction and electronics.
Partnering for Progress
FlexiH is teaming up with Green Science Inc. to develop this technology into a compact, containerized system. This system requires less than 25 kWh of energy to produce one kilogram of hydrogen, making it both cheaper and more efficient. The microwave plasma process used in PSMR creates larger flames and uses 80% less energy than traditional methods, lowering production costs and increasing reliability.
Proven Technology
FlexiH’s plasma system is already in use in South Korea, where it helps generate electricity from biomass. By using a containerized system, FlexiH can easily transport and store hydrogen, addressing two major challenges in the hydrogen economy. When combined with renewable natural gas, this technology can even offer carbon-negative emissions, which means it removes more carbon from the atmosphere than it emits.
A Bright Future for Guthrie
Dr. Natarianto Indrawan, founder of FlexiH, says that the new facility will create green jobs and demonstrate the potential for industries to reduce their carbon footprint. It will also support the development of clean energy in the region and contribute to the goal of achieving net-zero emissions.
