Top 10 Recommended Readings for Industrial Decarbonization
Top 10 Recommended Readings for Industrial Decarbonization
Holidays are the perfect time to enjoy reading. At IES Soler, we are committed and strive to stay at the forefront of trends and technologies that promote sustainability and energy efficiency in the industry. Therefore, we want to share a selection of readings that address different aspects of industrial decarbonization, from technological innovations to public policies. These readings are not only interesting but also help us understand how we can contribute to a greener future from our business. Make it your vacation guide!
1. AIChE – Advances in Advanced Manufacturing: Electrification of Processes to Drive Industrial Decarbonization
This article by AIChE analyzes how the electrification of industrial processes can help reduce carbon emissions. Technologies such as electromagnetic induction and heat pumps that can replace fossil fuel-based thermal processes are described, offering a significant improvement in energy efficiency.ca.
→ AIChE Article
2. HVAC Informed – Electrification of Process Heating for Decarbonization
This article highlights the importance of electrifying industrial heating processes to reduce carbon emissions. It offers concrete examples of how companies can implement technologies such as heat pumps and induction systems to improve energy efficiency and reduce their carbon footprint.
→ HVAC Informed Article
3. Center on Global Energy Policy – Industrial Decarbonization
The Center on Global Energy Policy at Columbia University offers a global perspective on industrial decarbonization. This report addresses energy policy strategies and technologies that can help industries reduce their carbon emissions and improve air quality
→ Center on Global Energy Policy
4. ACEEE – How to Decarbonize Industrial Process Heating and Improve the Competitiveness of American Manufacturing
This document from the American Council for an Energy-Efficient Economy offers practical recommendations on how to electrify 70% of industrial process heating by 2050. It highlights the opportunities and challenges that companies face in this transition and provides a guide for the public policies needed to achieve it.
→ ACEEE Brief
5. Clean Energy Ministerial – Industrial Deep Decarbonization Initiative
The Clean Energy Ministerial offers a vision on deep decarbonization strategies in the industry. This report details the technologies and policies that can facilitate the transition to a carbon-free industry, highlighting success stories and offering practical recommendations.
→ Clean Energy Ministerial
6. IEA – Agencia Internacional de la Energía: Industrial Decarbonization
The IEA provides a comprehensive analysis of the technologies and policies needed to decarbonize the industrial sector. This report is a key reference for understanding global trends and best practices in reducing carbon emissions in the industry.
→ IEA Report
7. World Economic Forum – The Future of Industrial Processes: Decarbonization through Electrification
This article by the World Economic Forum explores the opportunities offered by electrifying industrial processes for decarbonization. It discusses how emerging technologies can help reduce emissions and improve operational efficiency.
→ World Economic Forum
8. National Renewable Energy Laboratory (NREL) – Decarbonizing Industry with Electrification and Renewable Energy
NREL highlights how electrification and renewable energies can work together to decarbonize the industry. This report provides examples of successful projects and offers practical recommendations for companies that want to adopt these technologies.
→ NREL Article
9. McKinsey & Company – Decarbonizing the Industrial Sector
McKinsey & Company offers a detailed analysis of strategies to decarbonize the industrial sector. This report examines the available technologies, the barriers to implementation, and the opportunities for companies that want to lead the transition to a low-carbon economy.
→ McKinsey Report
10. Global CCS Institute – Carbon Capture and Storage in Industrial Decarbonization
The Global CCS Institute examines the role of carbon capture and storage (CCS) in industrial decarbonization. This report is essential for companies considering CCS as part of their emission reduction strategy.
→ Global CCS Institute
These ten readings provide a solid foundation of knowledge and practical strategies for any company looking to advance towards decarbonization. From emerging technologies to government policies, these resources will help better understand the challenges and opportunities of the industrial energy transition. Implementing these recommendations will not only help comply with environmental regulations but also improve long-term competitiveness and sustainability.
Finally, below are three additional readings that offer important perspectives on thermal energy storage, energy transition, and the advantages of electric industrial furnaces, current topics we can reflect on during the holidays:
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Fulls d’enginyeria – The Importance of Thermal Energy Storage
This article highlights the fundamental role of thermal energy storage in efficient energy management. It discusses different storage systems and how they can contribute to optimizing energy resources, improving efficiency, and facilitating the integration of renewable energy sources.
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Fulls d’enginyeria – The Energy Transition oang What Surrounds It: Antoni LLardén’s View
In this article, Antoni Llardén shares his perspective on the current energy transition. It discusses the challenges and opportunities this transition presents for industries, as well as the need to innovate and adapt to changes in the energy market.
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Metal Manufacturing – What are the 10 Advantages of Electric Industrial Furnaces Compared to Natural Gas Furnaces?
This article explores the benefits of electric heating systems in the industry. It analyzes the improvements in efficiency, the reduction of carbon emissions, and other competitive advantages offered by electric furnaces compared to natural gas furnaces.
