The Tees Valley - a Hydrogen production hub

Mark Lewis Technology And Innovation Officer Tees Valley Combined Authority Tees Valley Combined Authority Ambition

Tees Valley will be a global leader in clean energy, low carbon industry and hydrogen. The area will achieve a net zero carbon industrial cluster by 2040, providing good jobs with long term prospects that local people can access.

This sits at the heart of our framework for growth. COMPACT INTEGRATED CLUSTER South Tees Development Corporation Net Zero Teesside – World’s First Zero Carbon Industrial Hub by 2030

 Decarbonised industrial hub​  Dispatchable low carbon power from gas​  Negative carbon electricity  OGCI chose Teesside over 55 other locations: • Compact site • Strong local political and industrial support • Dispatchable power (CCGT + CCS) 1.7mtpa CO2 • Pure CO2 available as by-product from H2 and fertiliser plants (0.7mtpa) • 3mtpa CO2 from bioenergy and power from waste plants – negative carbon electricity • Spare capacity in hydrogen plant (0.2mtpa CO2) • Existing H2 distribution system & Cavity Storage Hydrogen for Transport

Refuelling Stations & Vehicles South Tees Development Corporation Rail refuelling

Materials Handling

Vehicle HGV & refuelling FLT Refuelling

HGV Transport Hydrogen Port Recognised as a prime UK location for a hydrogen port

Materials Handling Applications • Reach Stackers • Tractor Units • Fork Lifts

Marine Applications H2 Fuel Switching Pipe Mill

Opportunities Chemical Manufacture

Oil/Gas Food processing production Polymer Production Power Generation

Chemical Production Ethylene production

Steel Sections

Biofuel Production

Steel Mill Future Scale Hydrogen Production & Storage

Existing H2 Production & Cavity Nat Gas Storage Processing Biogas

Ammonia Large Scale production Electrolysis from 2.4MW Ethane Wind – Cracking 1.8GW H2

BOC SMR

Large Scale ReformersReforming 3x1.5GWPlants Gas Gas terminal Network on Teesside Potential Tees Valley Hydrogen Production/Use

H2 Demand ktpa 1800

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0 2020 2025 2030 2035 2040 2045 2050 Creating Hydrogen Valleys