Clariant catalysts reduce customers’ footprints by 40 million tons of CO2e in 2023
- In 2023 the use of Clariant catalysts enabled the avoidance of greenhouse gas emissions equivalent to 40 million tons of CO2e1
- Majority of reductions were due to Clariant reformer catalysts for low-carbon direct ore reduction in steel production, and N2O removal catalysts for nitric acid production used to manufacture fertilizers
- Additional savings came through energy transition technologies, including power-to-x solutions
MUNICH, APRIL 25, 2024 – Clariant, a sustainability-focused specialty chemical company, today announced impressive numbers that highlight how the use of its catalyst products enabled the avoidance of greenhouse gas emissions in 2023. Combined, customers from a variety of industries, including steel and nitric acid production as well as new energy transition projects, were able to avoid greenhouse gases equivalent to approximately 40 million tons of CO2e.1 The figure presents an increase of 5 million tons over 20222, demonstrating the company’s growing commitment to climate protection.
Jens Cuntze, President of Clariant Catalysts, commented, “We are very pleased that our innovative catalysts enabled even stronger carbon reductions for our customers. Year after year, we are living up to our slogan, ‘Greater catalyst. Smaller footprint.’ Besides developing sustainable solutions for the chemical industry, we have invested heavily in novel technologies to accelerate the energy transition. As future technologies are more widely adopted, we expect to see even greater carbon savings over the coming years.”
Richard Haldimann, Chief Technology & Sustainability Officer at Clariant, added, “We are committed to improving energy efficiency and helping industry cut emissions from chemical production. Our solutions aim to lower the carbon footprint of manufacturing both chemicals and fuels. By enhancing yields, optimizing energy utilization, and enabling waste reduction, our cutting-edge catalysts are driving greater sustainability across diverse sectors.”
For the steel industry, Clariant manufactures specialized reformer catalysts for the low-carbon direct reduction of iron (DRI) process of iron production. Compared to the traditional coal-based method, DRI reduces CO2 emissions by approximately 30-40%.3 Nitric acid production for manufacturing fertilizer is another environmentally challenging process, releasing nitrous oxide equivalent to 100 million tons of CO2 annually.4 Here, Clariant’s N2O abatement catalysts are able to remove up to 99% of emissions5 at less than $10 per ton of CO2e avoided.
Furthermore, Clariant offers a wide range of high-performance catalysts that enable the reduction of CO2e emissions in the production of large-volume chemical building blocks such as Styrene, Ethylene, and Propylene.
In addition to providing sustainable solutions for traditional sectors, Clariant has also excelled in developing catalysts that advance energy transition. Together with technology partners, the company is paving the way for deploying blue hydrogen, low-carbon ammonia, green methanol, and sustainable aviation fuels. Furthermore, Clariant’s expansive portfolio includes state-of-the-art catalysts for hydrogen transportation through chemical conversion, followed by release at the point of use, for example, through ammonia cracking or liquid organic hydrogen carriers (LOHCs). All these emerging applications will contribute in the future to Clariant’s avoided emissions total.
While Clariant is dedicated to supporting its customers’ transition toward climate neutrality, it is also actively involved in reducing its own environmental impact. The company’s ambitious, science-based climate targets for 2030 include the reduction of: scope 1 and 2 absolute greenhouse gas emissions by 40%; landfilled non-hazardous waste by 40%; hazardous waste by 25%; and water consumption by 20%; as well as other commitments. This way, both the company and its customers are driving change to enable a sustainable future.
Learn more about Clariant’s catalysts for energy transition.
1. The methodology used by Clariant to calculate carbon reductions achieved by its customers is based on internationally recognized standards.
For the steel industry, the baseline for calculations was conventional steel production. Compared to the traditional coal-based method, DRI reduces 1 ton of CO2e emissions per ton of steel produced compared to the traditional coal-based steelmaking method. Clariant's carbon handprint is calculated by summing the total tons of steel produced by customers using Clariant's catalysts and multiplying by the 1-ton CO2e emissions reduction per ton of steel.
For N2O abatement, Clariant's handprint is equivalent to the N2O flow in the plant off gas to the N2O abatement system multiplied with the N2O conversion of the abatement system (typically 95% for so-called “secondary systems” and 99% for so-called “tertiary systems”) This is summed across all nitric acid plants and abatement systems supplied by Clariant.
2. Clariant Catalysts helps customers cut over 35 million tons of CO2e in 2022 https://www.clariant.com/en/Corporate/News/2023/04/Clariant-Catalysts-helps-customers-cut-over-35-million-tons-of-CO2e-in-2022
3. Mission Possible Partnership, Net-Zero Steel Sector Transition Strategy, 2022
4. IPCC Fifth Assessment Report, Climate Change 2014
5. Multiple references worldwide using Clariant’s catalysts in commercial operation
