Decarbonization technology solutions For our clients, decarbonization means reducing their emissions at scale to continue operating their plants sustainably and economically. Our technology centered approach provides innovative and integrated solutions that enable our clients to manage their CO2 emissions problems totally; from source to use or source to sink. We address decarbonization in three key areas: improved energy efficiency, Carbon Capture Utilization and Storage (CCUS) and hydrogen technologies.

Deployment of CCUS technologies will be imperative in the energy transition, enabling high carbon emitting industries to achieve Net-Zero emissions. By helping our partners develop and commercialize their solutions, we are applying our expertise to defining technologies of the future. DORUK ISIL, Vice President, CO2 Product Line

Energy efficiency

Through innovative approaches and strategic alliances, Technip Energies achieves continuous improvements in process technologies and plant designs, to improve yields while reducing emissions and improving energy efficiency.

Technologies include our Enhanced Annular Reforming Tube for Hydrogen (EARTH®), which reduces up to 10% of the CO2 emissions per unit of hydrogen produced in a steam reformer while saving up to 30% in fuel costs and increasing the fire box efficiency by 20% or more. Our Low Emission C2 Cracking Furnace is designed to significantly increase fuel efficiency and reduce CO2 emissions. We also provide our PDH/PP and LDPE energy optimization technologies, which improve energy efficiency in the production of propylene and low-density polyethylene, respectively.

Carbon Capture Utilization and Storage (CCUS) Technip Energies exclusive alliance with Shell CANSOLV™ for the capture of CO2 is providing a mature and referenced answer to today s challenges. In parallel we are rapidly extending our technology coverage across the CCUS chain to face the challenges of tomorrow.

We are working in partnership with Shell Catalysts & Technologies to improve the CANSOLV™ CO2 Capture system s process design, efficiency and costs in order to facilitate wide-scale deployment of carbon capture solutions. New improvements have been tested in collaboration with Fortum Oslo Varme, in their waste to energy plant as part of a pilot campaign in 2021.

We are collaborating with Svante on their solid sorbent technology which allows the direct capture of carbon from post-combustion flue gases of hard-to-abate industries. One of the goals of this partnership is to accelerate the cost reduction of carbon capture to enable rapid and massive deployment which is necessary for reaching the Net-Zero objectives.

Hydrogen Technip Energies is a world leader in hydrogen. We have delivered our proprietary steam reforming technology to more than 270 plants, representing some 30% of the global installed base for pure gaseous hydrogen. Of those, more than 50 facilities feature carbon capture solutions.

Looking ahead, the world will need large quantities of cheap and clean hydrogen. The combination of our conventional hydrogen heritage (including proprietary recuperative reforming technologies) and our leading carbon avoidance and capture solutions puts us in a strong position to engineer and construct blue hydrogen plants.

Carbon-free green hydrogen Our ambition in this market is to be the leading technology integrator and services provider for green hydrogen projects. Our technology collaboration and equity investment in McPhy, a leading manufacturer of equipment used in the production and distribution of green hydrogen, is an excellent example of this goal.

VERT BLEUROUGE

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40 . Drive solutions for the climate