AI驱动的数字孪生技术将彻底改变工业生态的面貌
能源转型在安全性、可负担性和可持续性之间引发的了巨大且日益加剧的紧张关系，因此提升能源效率对于实现气候和发展目标具有重要意义。好消息是，针对能源效率采取的行动具有巨大的潜在净收益：在需求端采取提高用能效率等措施可将能耗减少多达31%。到2030年末，每年可节约高达 2 万亿美元，并减少大量排放。
Jörgen Sandström
Jörgen Sandström is the Head of the Transforming Industrial Ecosystem Program, at the World Economic Forum.
Jörgen lead several teams who work in the forefront of industry transformation, energy transition, sustainability and decarbonisation.
These CEO-led initiatives / projects intend to deliver net-zero materials ecosystems; unlock the technologies, finance and policies that will enable them; and design new sustainable business models towards their future performance.
Current initiatives under the program are:
• Net Zero Industry Clusters initiative: accelerate the transition of clusters through a structured approach to financing, policy, technology and partnerships.
• Accelerating Clean Hydrogen initiative: new collaborative efforts to scale clean hydrogen; focus on generating demand and facilitating access to finance for clean hydrogen projects.
• Low-Carbon Emitting Technologies initiative: accelerate scaling of technology for chemicals production.
• Clean Power and Electrification for Industry: scale-up clean power infrastructure for industrial transformation.
• First Movers Coalition (downstream): establishing demand commitments, drive procurement innovation and scaling-up breakthrough technologies (Steel, Aluminium, Chemicals and Concrete sectors).
Jörgen is the former Head of Mining and Metals Industry at the World Economic Forum. The World Economic Forum’s Mining & Metals Industry community consists of the world’s leading mining and metals companies, representing a broad range of commodities and all regions. He has twenty years of experience working with energy and commodities as well as in diplomacy.
From 2008 to 2016 he was Executive Officer of Addax Bioenergy SA leading a large bioenergy venture in Sierra Leone, West Africa.
He started his career with the Swedish Ministry for Foreign Affairs with postings in Russia, Switzerland, Kosovo, Afghanistan and Estonia.
最新記事
エネルギー転換
Investing in innovation will secure vital critical minerals for the energy transition – here's where to start
Rising demand for low-carbon technologies is escalating the need for critical minerals. These technologies require more minerals than their conventional counterparts, such as coal, oil an...
エネルギー転換
AI-powered digital twins are about to change the face of industrial ecosystems
As the energy transition creates immense and growing tensions between the imperatives of security, affordability and sustainability, action on energy efficiency is crucial to achieve clim...
エネルギー転換
为什么多燃料基础设施网络对运输业和重工业的能源转型至关重要？
重工业和运输业是全球污染最严重的行业，而能源转型是确保其加快采用绿色能源的关键。然而，拥抱多燃料的未来不仅需要新能源，还需要有韧性的数字和物理基础设施来帮助实现可持续能源的生产和分配。
エネルギー転換
Why a multi-fuel infrastructure network is key to transport and heavy industry’s energy transition
The energy transition is key to ensuring the world’s biggest polluting sectors – heavy industry and transport – accelerate the adoption of green energy. However, embracing a multi-fuel fu...
エネルギー転換
5 ways to power up India’s green hydrogen ecosystem
India is the world's third-largest economy in terms of energy needs – and its energy demand is projected to surge 35% by 2030. For India to achieve net-zero emissions by 2070 as planned, ...
気候対策
3 ways clean hydrogen projects can boost their chances of securing final investment decisions
There are many barriers preventing clean hydrogen projects from reaching final investment decision (FID). Here, we take a closer look at the importance of securing clean hydrogen offtake ...
サーキュラーエコノミー
Circularity: A key enabler to reach net-zero in cement and concrete
Cement, and by extension concrete, is the linchpin of the built environment. Global demand for it has nearly tripled in the last 20 years, and estimates suggest it will continue to grow t...
気候対策
6 countries taking action to solve concrete's emissions problems
Demand for cement – the key ingredient in concrete – is soaring on the wings of a global infrastructure and building boom driven by the expansion of both developing and developed economie...
気候対策
Decarbonizing China’s aluminium sector through technology will help get it to net-zero
China is the world’s largest producer of primary aluminium, accounting for nearly 60% of the global market. Simultaneously, the aluminium industry contributes significantly to China’s car...
世界経済フォーラムの取り組み
Action on clean hydrogen is needed to deliver net-zero by 2050. Here's how
Electrification is the number one energy vector for the energy transition, forecast to account for over 50% of total final energy consumption by 2050 in a 1.5°C scenario. However, a decar...
エネルギー転換
How China is decarbonizing the electricity supply for aluminium
Decarbonizing the power supply for primary aluminium is critical for the sector to reach net zero. Electricity used during aluminium smelting – the process of extracting the metal from it...
サーキュラーエコノミー
The answer to the aluminium industry's emissions issue? Aluminium's infinite recyclability
Aluminium is renowned for its nearly infinite recyclability; this attribute not only makes it ideal to reduce waste generally, but also presents an opportunity to reduce emissions in its ...
仕事と将来の仕事
5 talent sourcing strategies for the future workforce of mining and metals companies
As mining and metals companies adopt ever more sophisticated technology and adapt their operations for a low-carbon world and ongoing geopolitical considerations, they will move to differ...
世界経済フォーラムの取り組み
7 insights to help the mining industry prepare its workforce for the future
Disruptions in the jobs market, driven by new technology and changes in economic outlook, have been accelerated by the COVID-19 pandemic. Recent research undertaken through the World Econ...