MOSCOW (MRC) -- Six world's major petrochemical companies in Flanders, Belgium, North Rhine-Westphalia, Germany, and the Netherlands (Trilateral Region) have announced the creation of a consortium to jointly investigate how naphtha or gas steam crackers could be operated using renewable electricity instead of fossil fuels, as per Borealis' press release.
The Cracker of the Future consortium, which includes BASF, Borealis, BP, LyondellBasell, SABIC and Total, aims to produce base chemicals while also significantly reducing carbon emissions. The companies have agreed to invest in R&D and knowledge sharing as they assess the possibility of transitioning their base chemical production to renewable electricity.
Base chemicals, which include ethylene, propylene, butadiene and BTX (benzene, toluene, xylenes), are produced in steam crackers and mainly transformed into plastics. These are used for lightweight components in vehicles, improving passenger safety and comfort and reducing fuel and emissions. Plastic packaging saves and preserves food from field to table. Overall, polymers make a major contribution to resource and energy efficiency and positively impact society.
Polymers will always be needed, especially in emerging, renewable energy-related technologies, where they are crucial, for instance for wind turbines, solar panels and batteries. The chemical industry has been at the forefront of those innovations and will continue to deliver solutions for a more sustainable future.
Steam crackers represent the principal opportunity for reducing the industry’s greenhouse gas emissions. One option currently under consideration is to electrically heat the cracking furnaces, rather than rely on fossil fuels.
Using electricity produced from renewable sources would significantly reduce cracker emissions. The key challenges in developing electricity-based cracker technology are ensuring that the chosen emissions reduction solution is technologically and economically feasible compared to the current process; that it fits into a future low-carbon value chain; and that it can be implemented in time to meet policy targets. Assuming these challenges are met, developing and implementing electricity-based cracker technology will help the sector maintain sustainable operations while reducing the carbon footprint of its products.
Following the signature of the agreement, the members of the consortium have begun exploring and screening technical options. If a potential technical solution is identified, the parties will determine whether to pursue joint development project(s), including R&D activities that could include a demonstrator for proof of concept in the case of base chemicals.
The collaboration is a direct result of the Trilateral Strategy for the Chemical Industry drawn up by the North Rhine-Westphalian, Flemish and Dutch ministries of economic affairs and the industry associations VCI (Germany), Essenscia (Belgium) and VNCI (Netherlands) to boost the sustainability of the chemical sector. The Trilateral Strategy to "become the world'?s engine for the transition towards a sustainable and competitive chemical industry cluster" was presented to the European Commission in late 2017. Three tables have been set up to elaborate strategy: Energy, Infrastructure and Innovation.
The Innovation Table has three key success factors: technical innovations to enable the energy and feedstock transition, digital transformation to enhance competitiveness, and framework conditions to enhance innovation through cross-border cooperation.
The trilateral region of the Netherlands, North Rhine-Westphalia and Flanders was a logical choice as a European starting point, since the combined region is the largest chemical cluster in the world with annual revenue of EUR180 billion and 350,000 jobs.
The six members of the Cracker of the Future Consortium, chaired by the Brightlands Chemelot Campus (Geleen, the Netherlands), aim to create innovative value propositions in developing sustainable technologies together in line with competition law.
Ethylene and propylene are feedstocks for producing polyethylene (PE) and polyprolypele (PP).
According to MRC's ScanPlast report, Russia's estimated PE consumption totalled 1,255,800 tonnes in the first seven months of 2019, up by 9% year on year. Shipments of all PE grades increased. At the same time, the estimated PP consumption in the Russian market was 796,120 tonnes in January-July 2019, up by 11% year on year. Shipments of PP block copolymer and homopolymer PP increased.