energy innovation
Industrial furnaces: Impact of biofuels and fuel switching
Technical impact of fuel switching on industrial furnaces, combustion performance, emissions and integrity.
Latest energy innovation Articles
energy innovation
Wind turbine blades: Erosion, repair, and service life
Wind turbine blades face challenges like rain erosion and the need for leading edge protection. Learn how maintenance and repair strategies maximize the service…
energy innovation
BlueTEC: Floating tidal energy for remote coastal areas
BlueTEC stands out as a modular floating platform that converts tidal currents into clean energy, facilitating the sustainable electrification of remote communities.
energy innovation
BioLNG: Certified and traceable decarbonization of the maritime
BioLNG achieves carbon neutrality through the biogenic cycle, thereby enhancing the competitiveness of the maritime sector.
energy innovation
Offshore CCUS: Advances in CO2 capture, transport, and subsea injection
Offshore CCUS is evolving into an industrial system for capturing, transporting, and safely storing CO₂ at scale.
energy innovation
Lithium: White gold that redefines energy and the oil industry
Lithium white gold drives the global energy transition, EVs, batteries, and transforms the modern oil and gas industry.
energy innovation
How BESS systems address grid flexibility
The BESS serves as a sophisticated asset for restoring flexibility and reconfiguring the operational architecture of the modern power grid.
energy innovation
Solar power with batteries: Optimizing the energy balance
The integration of solar power with batteries will transform the electricity grid by 2026, driving stability, cost-effectiveness, and advanced energy management.
energy innovation
Firm clean energy: Advanced architecture for the electrical system of the future
Firm clean energy ensures a constant and reliable supply, enabling a systemic redesign that mitigates operational uncertainty during the transition.
energy innovation
Wake control: Strategy for increasing the energy output of wind turbines
Wake control is based on inducing a controlled misalignment of the nacelle relative to the direction of the wind.
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