The petrochemical industry has a sizeable carbon footprint. Releasing over 250 million tons of CO2 emissions every year, steam crackers account for the lion’s share. Here at Linde, we have been collaborating and innovating to explore lower-carbon ways of sourcing the intense heat required to break hydrocarbons into olefins and aromatics.
Together with our partners BASF and Sabic, we have developed, engineered and successfully started-up two industrial-scale electric cracking furnaces, based on indirect and direct resistive heating. These innovative concepts have the ability to reduce direct CO2 emissions from steam cracking by 95% or even more.
For full details about STARBRIDGE™, please visit our product page .
Select your video sessions below:
Providing an overview of the STARBRIDGE™ electrical cracking furnace technology.
Talking about the demonstration plant, designed to enable reliable upscaling.
Overview of the Sustainable Olefin Technologies and the environmental benefits of STARBRIDGE™ technology.
Gain insights into the first operational phase of the eFurnace demonstration plant.
Technology transfer involves several steps, from radiant box design, feed and heat integration, and power supply concept to general arrangement.
Explore the execution and commercial offerings in detail, highlighting various applications, capacity expansion, and the scenario for a new grassroots plant.
Commercial decision drivers for STARBRIDGE™ implementation, providing all the facts you need for the next step in your decarbonization journey.
Get in touch with us to start your STARBRIDGE™ journey. Click the button below to get in contact!