Biomass, plastic waste and carbon dioxide feedstocks key to cutting chemical industry’s emissions

The chemical industry’s reliance on fossil carbon extends far beyond transport fuels; nearly all the products we use daily originate from fossil sources. A recent article from Chemistry World highlights the urgent need for the industry to transition to sustainable feedstocks, such as biomass, plastic waste, and carbon dioxide, in order to significantly reduce its fossil footprint. This transformation is essential not only for environmental preservation but also for fostering innovation and sustainability within the industry. 

One critical technology supporting this transition is pyrolysis oil testing. Pyrolysis oil, derived from sources like biomass, plastic waste, and agricultural waste, represents a viable alternative to traditional fossil feedstocks. Intertek Caleb Brett's extensive testing capabilities for pyrolysis oils ensure that manufacturers can effectively evaluate the quality, composition, and suitability of these alternative feedstocks. This comprehensive testing is crucial for validating the use of pyrolysis oils in various applications, from consumer products to pharmaceuticals, ensuring they meet regulatory standards and sustainability goals. 

The adoption of alternative feedstocks, such as those sourced through pyrolysis, is in line with global sustainability targets and helps drive the industry toward a more circular economy. Intertek Caleb Brett’s pyrolysis oil testing capabilities provide essential data that supports manufacturers in their efforts to reduce reliance on fossil fuels. By verifying the performance and sustainability of these renewable sources, Intertek plays a pivotal role in advancing the chemical industry's shift towards greener practices. 

As the chemical sector continues to evolve, intermediate products like pyrolysis oil testing are key to enabling the use of sustainable feedstocks. Intertek’s expertise ensures that this transition is both scientifically validated and optimized for performance, ultimately contributing to a more sustainable future for the industry. 

Learn More at – Pyrolysis Oil Testing (intertek.com)