Expected impact
SHINE is designed to create environmental, technological, economic, scientific and societal impact through industrial-scale electrification of high-temperature gas heating.
Target reduction in direct CO₂ emissions compared with fossil-based heating.
Indicative avoided emissions for a 10 MW thermal system operating 8,500 h/year with renewable electricity.
Expected energy saving compared with hydrogen-fired heater solutions.
Impact pathways
| Impact domain | How SHINE contributes | Primary audiences |
|---|---|---|
| Environmental | Electrifies high-temperature process heating and supports renewable energy integration. | Steelmakers, policymakers, society |
| Technological | Validates a modular 13.7 MW heater at TRL 8 and develops monitoring, modelling and Digital Twin capabilities. | Plant operators, technology suppliers |
| Economic | Develops market analysis, business models, LCC and routes to industrial uptake. | Technology providers, investors, steel producers |
| Scientific | Generates validated data, modelling results and refractory knowledge for high-temperature hydrogen service. | Research and academia |
| Societal | Supports skill development, cleaner industrial operations and competitiveness in the green transition. | Workers, communities, public bodies |
Expected impact
SHINE is designed to create environmental, technological, economic, scientific and societal impact through industrial-scale electrification of high-temperature gas heating.
Target reduction in direct CO₂ emissions compared with fossil-based heating.
Indicative avoided emissions for a 10 MW thermal system operating 8,500 h/year with renewable electricity.
Expected energy saving compared with hydrogen-fired heater solutions.
Impact pathways
| Impact domain | How SHINE contributes | Primary audiences |
|---|---|---|
| Environmental | Electrifies high-temperature process heating and supports renewable energy integration. | Steelmakers, policymakers, society |
| Technological | Validates a modular 13.7 MW heater at TRL 8 and develops monitoring, modelling and Digital Twin capabilities. | Plant operators, technology suppliers |
| Economic | Develops market analysis, business models, LCC and routes to industrial uptake. | Technology providers, investors, steel producers |
| Scientific | Generates validated data, modelling results and refractory knowledge for high-temperature hydrogen service. | Research and academia |
| Societal | Supports skill development, cleaner industrial operations and competitiveness in the green transition. | Workers, communities, public bodies |