Your Pathway to Carbon Neutral
Renewable Methanol Is The Catalyst To Reduce Emissions
Our Renewable Methanol can decarbonize the world’s most polluting industries.
Marine Transportation
Large marine companies are transitioning to Green Methanol engines to meet IMO 2050 environmental mandates.
Petrochemicals
Methanol is being converted to Olefins in facilities around the world for plastics and other petrochemical production.
Hydrogen Carrier
Our commercially proven Hydrogen Generators convert Methanol to ISO Grade Hydrogen. Methanol leverages existing liquids infrastructure to increase the capacity and reduce the cost of Hydrogen onsite.
The Methanol market is expected to grow by 5x in the next 30 years, driven by Renewable Methanol.
Your Pathway to Carbon Neutral
Kaizen Clean Energy’s facility will combine renewable electricity, water, and carbon capture to produce Renewable Methanol and do everything oil and gas can do, but cleaner.
1. Let's Talk
2. Become a Partner
3. Lead Global Decarbonization
Proven Solution To Reduce Your Carbon Intensity
We Are Incorporating Affordable & Proven Technology To Reduce The Emissions & Cost of Renewable Methanol To Accelerate Your Clean Energy Transition.
Frequently Asked Questions
Here are just a few questions we are regularly asked when speaking with new clients. Let us know what questions you have. We’re ready to get you the answers you need.
Are Diesel and gasoline being phased out?
Are Battery Electric Vehicles (i.e., Tesla) the solution for all types of vehicles?
How is methanol produced?
What fuels are used for range extenders for Battery Electric Vehicles?
What industries use methanol?
Methanol acts as an alternative to oil and can produce many downstream products, including plastics, building materials, synthetic fuels, etc.
Methanol has been a potential fuel of the future because it is liquid, beneficial material handling, and safety qualities vs. other options.
How is Renewable Methanol produced?
Renewable methanol combines Carbon Negative CO2 and Green hydrogen. When CO2 is released on the back end, the process is considered carbon neutral (-1+1=0). If the CO2 is captured and recycled on the back end, it could be considered carbon negative.