Thiozen is a green technology startup that has developed an innovative process to produce hydrogen while significantly reducing greenhouse gas emissions. The company operates in the energy sector, specifically in the hydrogen production market, which is known to be a major source of carbon emissions. Thiozen's process can potentially avoid 300 million tons of carbon dioxide per year, which is double the amount of decarbonization achieved by installing solar panels on every US household.

Thiozen's technology focuses on capturing hydrogen from water and hydrogen sulfide, a high-volume waste stream in the energy sector. This process not only generates hydrogen gas but also removes hydrogen sulfide from sour gas and produces elemental sulfur. The company's process is a cost-effective alternative to traditional hydrogen production methods, such as natural gas and electrolysis, which are both expensive and carbon-intensive.

The startup's business model revolves around providing its low-emission hydrogen production process to a wide array of industries. These include natural gas processing, biorefining, petrochemical and fuel refining, pulp and paper manufacturing, and fertilizer production. By replacing market-dominant technologies with Thiozen's process, these industries can lower their costs and significantly reduce their carbon footprints.

Thiozen's team is led by MIT Chemical Engineering Ph.D. William H. Green and includes faculty from MIT Chemical Engineering and graduates from MIT and Harvard. The company is open to collaborations and offers regular insights and updates through its newsletter.

Keywords: Green Technology, Hydrogen Production, Carbon Emissions Reduction, Hydrogen Sulfide Removal, Elemental Sulfur Production, Energy Sector, Natural Gas Processing, Biorefining, Petrochemical and Fuel Refining, Pulp and Paper Manufacturing, Fertilizer Production.