Energy: bridges to a sustainable future

This section focuses on three essential pillars: Oil and Gas, highlighting innovations and challenges in extraction and processing; Marine and Inland Waterway Terminals, addressing the importance of these infrastructures in the energy supply chain; and Energy Transition / New Energies, exploring the move towards renewable sources and sustainable solutions. This compendium seeks to inform, inspire and provoke reflection on the global energy present and future, highlighting the interconnection between tradition and innovation on the road to sustainability.

Industrial Transformation: Exploring New Horizons and Success Stories in Construction, Mining and Aerospace

Explore the Industry section, where technical articles delve into Construction, Mining and Aerospace, highlighting innovations, challenges and opportunities. Designed to offer insights into the evolution toward efficiency, sustainability and technological advancement, this area highlights the path of innovation and progress in the industrial arena.

Construction

Mining

Aerospace

Vanguard in Mechanical Integrity: A Commitment to Excellence

Explore Mechanical Integrity: a comprehensive guide to asset durability and safety through advanced techniques and non-destructive testing. We provide in-depth engineering, regulatory, reliability, and corrosion solutions, supported by case studies and state-of-the-art technology to optimize industrial performance.

Non-Destructive Testing (NDT)

Corrosion and Materials

Study cases

Technology

Leading with Efficiency: Integrated Management Strategies

Dive into our Management section, where we cover everything from quality to innovation in talent management, operations, and safety. With a focus on soft skills, financial and project management, this area offers insights and strategies to lead teams and projects to success, ensuring a safe work environment and promoting operational excellence in the dynamic business world.

Quality Management

New Approaches

Soft Skills

Human Talent Management

Operations Management Safety, Health and Environment (HSE)

Health, Safety and Environment (HSE)

Financial management

Project management

Connect and Grow: Joining Voices in the Inspenet Community

Within the vibrant Inspenet community, we invite you to explore a collaborative space full of forums, podcasts, and newsletters. Dive into the Inspenet Wall, discover our Inspenet Brief magazine, and connect with exclusive content from allies and partners. This section is designed to encourage the exchange of ideas, experiences and knowledge, strengthening your professional network and enriching your career in the industry.

Forums

Podcast (Coming soon)

Inspenet Brief

Inspenet Wall

Content Allies and Collaborators (Coming soon)

The first ecological cable protection system is deployed on the high seas

Isbel Lázaro.

April 23, 2024

Share on social networks

The Crown Estate, the manager of the seabed in the United Kingdom, has revealed the implementation of a significant innovation in the protection of submarine cables. This month, the first cable protection system that is completely plastic-free and carbon neutral was installed in Scottish waters, marking a notable advance over conventional concrete systems, which are high carbon emitters. .

Innovative cable protection system

This new technology, deployed by Cefas and ARC Marine, has been introduced at the Meygen wind farm in Scotland with the aim of offering a greener and more sustainable solution. Marine mats have been designed to replace traditional concrete mattresses and offer numerous environmental benefits, including carbon neutrality and reduced impact on the marine ecosystem.

According to details provided by Cefas, these mats reduce the carbon footprint and promote biodiversity. Being environmentally friendly structures, they allow various marine species such as corals, mussels, crabs, lobsters, starfish and fish to find a habitat conducive to their development.

Cientificos prueban tecnologia para refrescar el planeta

Terminal maritima del sur de Brooklyn sera un centro de energia eolica marina

Crean robot monociclo con patas llamado Ringbot

BionicBee abejas robots ultraligeras de vuelo autonomo

Presentan a Astribot S1 un robot humanoide con IA ultra veloz

Scientists test cloud whitening to “refresh the planet”

South Brooklyn Marine Terminal to Be Center for Offshore Wind Energy

They create a unicycle robot with legs called Ringbot

BionicBee: autonomously flying ultralight robot bees

Astribot S1 presented: a humanoid robot with ultra-fast AI

NICE project

This development is part of the Nature Inclusive Cable Enhancement and Protection (NICE) project, led by Cefas in collaboration with ARC Marine. The project, funded by the Offshore Wind Evidence and Change (OWEC) program of The Crown Estate, seeks to evaluate the ecological impact of traditional methods compared to these new alternatives, providing essential information so that policymakers and developers can guide the future of the offshore wind power in the United Kingdom.

The adoption of green technologies in infrastructure projects such as the deployment of submarine cables contributes to environmental protection and can also accelerate social acceptance of renewable energy projects. By integrating solutions that respect and promote biodiversity, the energy sector can ensure a more harmonious relationship with the marine ecosystem, vital for its long-term sustainability.

Follow us on social networks and don’t miss any of our publications!

Inspenet.com YouTube LinkedIn Facebook Instagram X

Source and photos: offshore-energy.biz