Drees & Sommer is stepping up to manage EWE’s groundbreaking large-scale hydrogen project in Europe 🌍!

This initiative marks a significant advancement in the development of hydrogen infrastructure and sustainable energy solutions. ⚡

Key Highlights from the Project:

🌱 Hydrogen Innovation

Drees & Sommer will oversee the management of this extensive hydrogen project, aimed at establishing a major hydrogen infrastructure network. This initiative is set to enhance the production, storage, and distribution of green hydrogen, supporting Europe’s transition to clean energy .🌱

🌬️ Environmental Impact

The project will play a crucial role in reducing carbon emissions and promoting the use of renewable energy. By advancing hydrogen technology, EWE and Drees & Sommer are contributing to Europe’s climate goals and helping to decarbonize various industrial sectors. 🌬️

📈Economic and Regional Benefits

This large-scale project is expected to generate significant economic benefits, including job creation and investment in local infrastructure. It represents a substantial step forward in developing the hydrogen economy and boosting regional development. 📈

🚀 Future Directions

Drees & Sommer emphasizes the importance of continued innovation and collaboration in the hydrogen sector. The successful implementation of this project will set a benchmark for future hydrogen initiatives and support Europe’s energy transition goals.🚀

Aurubis is making significant strides in sustainable metal recovery with the opening of its new anode sludge recycling plant in Belgium 🇧🇪! This facility marks a major advancement in the efficient recycling of critical metals and supports circular economy initiatives 🌱.

Key Highlights from the Launch:

♻️ Recycling Innovation

Aurubis’s cutting-edge plant will revolutionize the treatment of anode sludge, a byproduct of copper production. This new facility is designed to recover valuable metals like copper, lead, and zinc from the sludge, reducing waste and promoting resource efficiency ♻️.

🌍 Environmental Impact

The plant is expected to significantly reduce the environmental footprint of metal production. By enhancing the recovery of metals from waste, Aurubis aims to minimize the need for primary resource extraction and lower overall emissions 🌍. This is a key step towards more sustainable industrial practices 🌬️.

🏭 Economic and Regional Benefits

This investment in Belgium will create new job opportunities and bolster the local economy. The facility employs advanced technology to ensure high recovery rates and efficient operations, reinforcing Aurubis’s role as a leader in sustainable metal processing 🏭.

🚀 Future Directions:

Aurubis highlights the importance of ongoing innovation in recycling technologies and the need for collaboration to achieve broader sustainability goals. The company remains committed to advancing its recycling capabilities and supporting global efforts to reduce waste and conserve resources 🚀.

The European Union is making significant strides in its transition to secure, affordable, and clean energy 🌍. A recent report highlights key achievements, including the fact that 50% of the EU's electricity now comes from renewable sources ⚡.

Notably, wind energy has overtaken natural gas as the second-largest electricity provider, further reducing reliance on fossil fuels 🌬️.

Here are the major takeaways:

Renewable Energy Milestone:

In the first half of 2024, 50% of the EU's electricity generation came from renewables, with wind power surpassing natural gas to become the second-largest source of electricity, behind nuclear energy 🌱.

Greenhouse Gas Reductions:

The EU’s greenhouse gas emissions fell by 32.5% between 1990 and 2022, while the economy grew by 67% during the same period 📉. This reflects considerable progress in decoupling emissions from economic growth 📈.

Energy Efficiency Goals:

Efforts must intensify to meet the 2030 target of reducing final energy consumption by 11.7% 🚀. Electrification of heating equipment and improving building renovation rates are identified as critical areas for improvement 🏗️.

Improvements to be made:

The report also strongly urges all EU countries to submit their final, updated National Energy and Climate Plans as soon as possible to ensure collective achievement of the 2030 energy and climate goals 📅.

These achievements and challenges highlight the EU's ongoing commitment to a sustainable energy future 🌿.

Suez and Tereos have embarked on an exciting project in Northern France, marking the beginning of construction on a new waste-fired heating plant. Located in Origny-Sainte-Benoite, this plant will utilize solid recovered fuel (SRF) to produce steam, which will be used in Tereos’s sugar refinery and distillery.

Key Highlights:

Project Launch: The ceremonial laying of the foundation stone took place on September 5, 2024, with notable figures including Yves Rannou, COO Recycling & Recovery at Suez, and Olivier Leducq, CEO of Tereos, present at the event.

Energy Efficiency: The new plant is expected to significantly reduce Tereos’s reliance on natural gas by 40% once it begins operation in 2027.

Previous Collaboration: Suez has been supplying steam to another Tereos site in Lillebonne since 2015. This steam is generated by the Ecostu’Air waste-to-energy plant, which Suez operates on behalf of the regional waste association Sevede.

Benefits and Goals:

Sustainable Energy: The SRF plant aims to enhance sustainability by converting waste into valuable energy, thus reducing the environmental impact of the production process.

Operational Efficiency: By using SRF to generate steam, Tereos will achieve significant cost savings and lower its carbon footprint, supporting its commitment to environmental stewardship.

Three leading UK waste-to-energy (WTE) plant operators have reported significant advancements in their carbon capture and storage (CCS) projects, marking a major step towards reducing greenhouse gas emissions and enhancing sustainability in waste management.

Cory's CCS Initiative

British company Cory has made headlines by selecting Shell's Cansolv CO2 capture system for its CCS facility at the Riverside 1 and Riverside 2 plants in Southeast London. This strategic decision comes as part of a partnership with Shell Catalysts & Technologies and Technip Energies. The Cansolv technology was chosen for its cost-effectiveness, high CO2 capture efficiency, and flexibility in accommodating different gas flow rates and CO2 concentrations. Cory's decision underscores the importance of integrating advanced technologies to enhance the environmental performance of waste-to-energy operations.

Technology Benefits

Shell’s Cansolv System: This system is renowned for its low operating costs, making it an economically viable option for large-scale applications. It also boasts a high capture rate, which is crucial for maximizing the effectiveness of CCS efforts.

Adaptability: The Cansolv system's ability to handle varying gas flow rates and CO2 levels makes it suitable for a wide range of operational conditions, ensuring flexibility in its application.

Partnership and Progress

The collaboration between Cory, Shell Catalysts & Technologies, and Technip Energies represents a significant milestone in the development of CCS technologies for waste-to-energy plants. By leveraging these advanced technologies, Cory aims to improve the sustainability of its operations and contribute to broader environmental goals.

The adoption of CCS technologies at Cory’s Riverside plants aligns with the UK’s commitment to reducing carbon emissions and advancing towards a more sustainable waste management system. This initiative reflects the growing trend among waste-to-energy operators to integrate cutting-edge solutions for environmental protection and operational efficiency.