Three Differing Approaches to Industrial Decarbonization

With the increased pressure to decrease CO₂ output, industry is looking at various approaches to reduce carbon intensity. Typically, decarbonization involves replacing traditional fossil fuel-based power generation with low-carbon or renewable power, such as wind, solar or biomass.

This presentation will focus on how the industry is innovating to meet the challenge of decarbonization from three different approaches to achieve a common goal of reducing greenhouse gas emissions.

We will explore the Origin Materials, PureCycle Technologies, and ION Clean Energy projects, which have taken different paths that utilize novel decarbonization processes at the forefront of their respective industries. Whether replacing products requiring petroleum-based feedstocks that emit COâ‚‚ during manufacture with carbon-negative products, petroleum-based manufactured products with recycled products, or capturing emitted COâ‚‚ from conventional processes, each company is poised to make a significant contribution to the reduction of industrial greenhouse gas emissions.

In addition to exploring these groundbreaking projects, we will discuss the key takeaways for delivering decarbonization projects successfully and the future of a decarbonized chemical industry.

Author Bio

Junius Jones is a Project Manager at Koch Modular and is responsible for design development and project execution.

Junius Jones has 25+ years of experience executing various sized projects from conceptual design to engineering, execution, and even operational services for many well-established companies in the chemical processing industry.

Prior to joining Koch Modular, he held various project engineering management roles at Fluor, Technip, Bechtel, and Worley. As a registered Professional Engineer in Texas, Junius holds a BS in Mechanical Engineering from Texas A & M University with MBA from University of St. Thomas.