Innovative Hydrogen Solutions

The development of a highly efficient, scalable, and clean hydrogen production system marks a critical advancement in the decarbonization of some of the hardest-to-abate sectors. The innovative system employs cutting-edge, high-TRL technologies to produce hydrogen from hydrocarbon feedstocks (natural gas), and biogas, minimizing GHG emissions. Tulum’s technology is specifically designed to address the needs of large hydrogen consumers who rely on it as a feedstock for industrial processes.

Tulum’s technology repurposes existing equipment and machinery used in other industries to produce hydrogen through methane pyrolysis (“turquoise hydrogen”).

This allows Tulum to leverage commercially available components not just at commercial scales but also established supply chain, significantly reducing risk and accelerating both commercialization and technology deployment.

By harnessing the potential of turquoise hydrogen, Tulum is well-positioned to decarbonize heavy industry and create a more sustainable future for generations to come.

Methane Pyrolysis is the thermal decomposition of methane (CH₄) into hydrogen (H₂) and solid carbon (C) in the absence of oxygen. It is often referred to as "turquoise hydrogen" and generates hydrogen with little to no carbon dioxide (CO₂). Instead, the carbon is captured as a valuable co-product, which can be utilized across various industries.

The Science Behind Methane Pyrolysis & Turquoise Hydrogen: A Cleaner Future Starts Here

Solid Carbon Industrial & Manufacturing Applications

Carbon Black Products

Used in tires, inks, paints, coatings, and plastics for reinforcement and durability.

Graphite Production

Essential for batteries (lithium-ion), lubricants, and electrodes in electric arc furnaces.

Graphene Innovations

High-value material for electronics, sensors, and advanced composite materials.

Construction & Infrastructure

a couple of men standing on top of a road
a couple of men standing on top of a road
Concrete & Cement Additives

Enhances strength and durability while reducing CO₂ footprint in construction.

Asphalt & Road Paving

Improving longevity and wear resistance for better infrastructure.

Energy Storage Solutions

person holding black and green electronic device
person holding black and green electronic device
Fuel Cells & Catalysts

Carbon-based materials can enhance fuel cell efficiency.

Electrodes for Energy Storage

Used in supercapacitors and batteries (e.g., lithium-ion, sodium-ion).

Agriculture & Environmental Uses

grass field
grass field
Biochar Soil Enhancement

Improves soil fertility and carbon sequestration for sustainable agriculture.

Carbon-Based Filters

Effective solutions for water purification and air filtration using advanced carbon technology.

Advanced & Emerging Applications
black and silver electronic device
black and silver electronic device
3D Printing Materials

Carbon-based powders for additive manufacturing applications.

Nanomaterials & Composites

High-performance materials for aerospace, automotive, and sports equipment industries.