SUSTAINABILITY AT MAIRE TECNIMONT
1
MATERIAL TOPIC
SDGS
COMMITMENTS
2020 RESULTS
INTRODUCTION
1.8 ESG AGENDA: COMMITMENTS, RESULTS, OBJECTIVES OBJECTIVES
CLIMATE, CIRCULAR ECONOMY, ENVIROMENTAL SUSTAINABILITY
• Development of a circular district model • 10 feasibility studies underway for waste-tochemical plants • Registration of MyReplast trademark for upcycling technology and derived products • Agreement with Eni to implement waste-to-fuels technology projects • Creation of MyRechemical, NextChem’s waste-tochemical subsidiary • Agreement with Hera to set up an upcycling plant in Italy • 32,000 tonnes of recycled plastic, equal to over 40,000 tonnes of CO2 saved (Bedizzole plastic upcycling plant)
• Development of Green Circular Districts • Development of new projects related to the Circular Economy, • Application of plastic waste upcycling technology for quality material recycling • Development of waste-to-chemicals and waste-to-fuels technology for the recovery of waste plastics and other non-recyclable wastes • Development of technologies for the production of second-generation biofuels from biomass waste • Implementing circularity of plastics throughout the life cycle • Development of closed loop projects • Continuous improvement of the MyReplastTM product range in order to offer the market solutions for replacing virgin plastics with high quality recycled polymers
2020 SUSTAINABILITY REPORT
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APPENDIX
• Develop a strategy on the sustainability of plastics throughout their life cycle, including a range of recycling solutions that can improve countries’ recycling rates and reduce incineration and landfill, also in collaboration with the supply chain, and leveraging education on proper consumption and waste management
CHAPTER 5
CIRCULAR ECONOMY
CHAPTER 4
• Objective of reducing CO2 by 20% (Scope 1 + Scope 2 + Scope 3) by 2023 • Carbon neutrality (Scope 1-2) by 2030 and Scope 3 by 2050 • Launch of CO2 task force and definition of climate strategy with Science Based Targets • Implementation of green technology portfolio • Implementation of projects and development of technologies related to clean hydrogen production (e.g. “Circular Hydrogen” and “Electric Blue Hydrogen” development) • Launch of a multi-year reforestation programme (“Maire Tecnimont Forest”) • Launch of LCA on all major projects and licensed technologies • Launch of the EEE - Energy Efficiency Engineering project • Development of solutions and plant engineering for the production of low carbon, bio and advanced fuels • Development of solutions for the electrification of traditional processes • Development of solutions for CO2 capture and recovery, recovery of waste from chemical processes and natural resource transformation • Development of solutions for the sustainable use of natural gas as a co-player in the energy transition • Launch of the EEE - Energy Efficiency Engineering project
CHAPTER 3
• Launch of the Green Logistics Plan to reduce the carbon footprint along the supply chain • Implementation of Scope 3 emission calculation methodology • Implementation of numerous energy saving and greenhouse gas reduction projects at the Group’s main offices (e.g. LED lighting) • Collaboration/licensing agreements signed in relation to energy transition technologies • Partnership with Saola Energy and Granbio to develop renewable diesel and 2G Ethanol production technologies • Partnership with JFE and Lanzatech to develop technologies for low-carbon fuel from chemical conversion • Launch of the Observatory on Biolubricants
CHAPTER 2
• Contributing to a low-carbon economy Expanding the portfolio of technologies from non-fossil, low-carbon and carbon-free sources, promoting the use of renewable non-food conflict raw materials and using waste as a resource to enable the energy transition • Developing the supply of energy transition technologies and stimulating demand • Reducing the carbon footprint of our direct and indirect activities • Reducing the emissions from our plants that run on traditional technologies
CHAPTER 1
CLIMATE CHANGE & GHG EMISSIONS
