Smart solutions for steel, chemicals, liquid fuels and mobility sector - Chemical & Pharmaceuticals
Our eXERO technology is particularly suited to enable the decarbonization of a range of hard to abate end-use markets, especially steel, chemicals, liquid fuels and mobility. We help industry meet both business and environmental objectives. Our products effectively and efficiently convert a variety of gas streams, including waste gas, into sustainable hydrogen and syngas to produce manufacturing feedstocks, distributed fuels and onsite energy. We enable industry to meet Sustainable Development Goals (SDGs) and improve Environmental, Social and Governmental (ESG) ratings, while supporting operational priorities and business targets. With our proprietary technology, environmental and business necessities are no longer mutually exclusive. Instead, we turn requirements into advantages.
Our eXERO technology is highly feedstock flexible, a notable advantage in decarbonizing the industrial sector. It is optimized to work with a broad range of gases with fluctuating compositions.
The opportunity to convert waste gases into hydrogen is significant. As an example, if our eXERO technology platform was used to convert the world’s blast furnace and basic oxygen furnace steel waste gases into hydrogen, approximately 50 million tons/year of hydrogen could be produced, which equates to nearly half of the world’s current hydrogen production.
Drive sustainability and business by affordably reducing emissions, energy use, waste and disruptions to operations. Our eXERO™ technology excels at scalable, clean hydrogen and syngas production as well as ammonia cracking solutions. eXERO™ is made for the energy transition and not forcibly adapted to it.
- Meet Sustainable Development Goals (SDG)
- Maintain Operational Efficiency
- Exceed Business Targets
- Gain Competitive Advantage
- Reduce carbon footprint
- No need for renewable power
- Integrate with existing processes
- Utilize waste gases and waste heat
- Affordable and sustainable business
Efficient conversion of GHGs to valuable components
- 12.4 Management of chemicals and waste
- 12.5 Substantially reduce waste generation
- 12.6 Integrate sustainability information into reporting