Resourcing the Energy Transition

United Nations 2 years ago

The demand for critical minerals is set to almost triple by 2030 as the world transitions from fossil fuels to renewable energy in order to reduce global carbon dioxide emissions to net zero by 2050. Without proper management, the increasing demand for critical minerals risks perpetuating commodity dependence, exacerbating geopolitical tensions and environmental and social challenges, including impacts on livelihoods, the environment, health, human security and human rights, and can undermine efforts towards the energy transition. The Panel on Critical Energy Transition Minerals was established and tasked by United Nations Secretary-General António Guterres to develop a set of “global and common voluntary principles on issues which are key to building trust between governments, communities and industry, enhancing transparency and investment, and ensuring just and equitable management of sustainable, responsible and reliable value chains for terrestrial critical energy transition minerals.” The panel’s report – Resourcing the energy transition: principles to guide critical energy transition minerals towards equity and justice – identifies ways to ground the renewables revolution in justice and equity, so that it spurs sustainable development, respects people, protects the environment, and powers prosperity in resource-rich developing countries. The report puts forward recommendations for fairness, transparency, investment, sustainability and human rights, not just where minerals are mined, but along the entire minerals value chain, from refining and manufacturing, to transport and end-of-use recycling.  The Secretary-General calls this report "a how-to guide to help generate prosperity and equality alongside clean power." It outlines seven Guiding Principles and five Actionable Recommendations to ground the renewables revolution in justice and equity, so that it spurs sustainable development, respects people, protects the environment, and powers prosperity in resource-rich developing countries.
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layersDaily Sustainability Digest

Published about 1 hour ago



The latest developments in sustainable construction demonstrate a decisive shift toward integrating environmental sustainability in construction with large‑scale industrial systems. In Cheshire, the UK’s first energy‑from‑waste carbon capture plant marks a turning point in carbon neutral construction, turning theoretical models into operational assets. The project represents a practical application of Whole Life Carbon Assessment by targeting emissions across the facility’s entire life cycle, addressing Whole Life Carbon in materials as well as operational performance. Its success could reshape the carbon footprint of construction and redefine energy recovery as part of a Circular Economy in construction.

In parallel, the conversion of sewage into sustainable aviation fuel demonstrates the expanding reach of circular economy principles within urban infrastructure. The initiative aligns with low carbon design objectives and reinforces life cycle thinking in construction by extending resource efficiency beyond traditional building projects. Such innovation supports decarbonising the built environment through cross‑sector collaboration, linking municipal utilities, transport, and sustainable building practices in a single low impact industrial model.

Technology companies are accelerating similar transformations. Amazon, Google, Meta, and Microsoft are embedding whole life carbon strategies into their low carbon data centres, treating embodied carbon as a primary component of sustainable building design. The resulting facilities emphasise energy‑efficient buildings, low embodied carbon materials, and construction methods consistent with BREEAM and the forthcoming BREEAM v7 standards. These low carbon buildings exemplify Life Cycle Cost optimisation and eco‑design for buildings, integrating renewable building materials and advanced cooling technologies to achieve net zero whole life carbon outcomes.

Across these sectors, sustainable design has evolved from architectural aspiration to financial imperative. Investment decisions increasingly depend on measurable reductions in the environmental impact of construction and documented lifecycle assessment data. The professional focus now rests on building lifecycle performance, circular construction strategies, and sustainable material specification—evidence‑based approaches that make green construction a central instrument in achieving net zero carbon buildings worldwide.

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