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.
Energy innovation encompasses the technologies, operational models, and strategies that modernize how energy is produced, transported, stored, and consumed. It integrates digital tools, efficiency systems, industrial electrification, automation, intelligent sensing, and advanced analytics applied across conventional and emerging energy infrastructures.
In key regions such as the United States, Latin America, and Europe, MENA, innovation enhances reliability, reduces emissions, increases asset performance, and accelerates the transition toward resilient and interconnected energy systems.
What you’ll find in this section
This category presents technical content focused on the technologies and trends shaping the future of energy. Core themes include:
- Industrial digitalization: IIoT, sensors, real-time monitoring, and digital twins.
- Advanced analytics: predictive models, machine learning, and performance optimization.
- Efficiency and electrification: electric drives, smart systems, and energy management.
- Emerging materials & technologies: advanced batteries, hydrogen, carbon capture.
- Automation: robotics, intelligent control, and remote operations.
- Data-driven integrity: digital inspection, advanced RBI, automated evaluation.
- Operational sustainability: emission reduction, alternative fuels, circular practices.
The section includes applied analyses, case studies, comparative evaluations, and global insights.
Why this sector matters?
Energy innovation increases reliability, operational efficiency, and sustainability across the entire energy ecosystem. It supports better decision-making, reduces operational disruptions, and strengthens long-term competitiveness. Technical challenges include system integration, digital maturity, cybersecurity, and workforce adaptation.
downstream
23 Articlesmaritime terminals and monobuoys
67 Articlesoil & gas operations
39 Articles
Explore our content
assets
High performance bearings in wind turbines
In high-stress environments, high-performance bearings ensure the structural and operational integrity of large-capacity wind turbines.
energy innovation
Methane emissions: detection, measurement and control technologies
Technical overview of technologies is used to detect, measure and reduce methane emissions in energy facilities.
energy innovation
Modern wind turbines: Scale, limitations, and new engineering
Wind turbines have evolved from being “large” generators into mechatronic and digital systems.
energy innovation
Ammonia and methanol: The race to decarbonize the seas
Faced with stricter regulations, shipping companies are turning to alternative fuels such as methanol and ammonia to achieve net-zero targets.
energy innovation
Sustainable energy: Clean hydrogen for industrial decarbonization
Industrial decarbonization faces a major challenge, with sectors such as steel, chemicals, and refining accounting for 25% of global CO₂ emissions.
energy innovation
High-efficiency fuels in transportation and industry
High-efficiency fuels are key to decarbonization in sectors that are difficult to transition.
energy innovation
Energy for AI: Powering the future of Big Data
Energy for AI introduces an intense, concentrated, and continuous demand that redefines the rules of the game.
energy innovation
What is energy and why is it important in the energy industry?
Energy is vital to life and industry; its management in the energy industry is strategic for the global future.
energy innovation
Offtake Agreement: Securing demand for hydrogen projects
The Offtake Agreement is a long-term contract that obliges the buyer to purchase defined volumes of hydrogen, ensuring stability between producer and consumer.
FROM INDUSTRY VOICES
Expert interviews, technical conversations and leadership insights
Companies in energy innovation
