Green and Sustainable Chemistry

United Nations 7 months ago

The information found within this e-course builds on UNEP's Green and Sustainable Chemistry Framework Manual. The e-course was developed by UNEP in collaboration with UNITAR, in consultation with experts from industry, academia, government, international organizations and NGO’s. The overall aim of the e-course is to unveil the full potential of chemistry such that it is compatible with, and supports, the implementation of the 2030 Agenda for Sustainable Development. It aims to teach learners “what” Green and Sustainable Chemistry is, “why” it is needed, “what” it aims to achieve and “how” stakeholders can achieve a transformation towards its underlying vision. The course is targeted at national chemicals officials and education institutions but does not require specialised chemical knowledge and is intended to be of interest to a broad range of sectors and stakeholders along the chemical value chain from chemicals design, production and use to final disposal. After taking the course, participants will be able to: Understand what Green and Sustainable Chemistry is. Describe the 10 Objectives and Guiding Considerations for Green and Sustainable Chemistry. Understand the roles different stakeholders can play to advance Green and Sustainable Chemistry. Discuss how educators can advance Green and Sustainable Chemistry. Understand the links between chemistry and the 2030 Agenda for Sustainable Development and how the 10 Objectives can advance circularity. Explain the potential of Green and Sustainable Chemistry to drive sustainability in different sectors of the economy. Describe key policies, tools and instruments that can be used to foster an enabling environment for Green and Sustainable Chemistry. Understand the importance of metrics and reporting for monitoring and measuring impact.
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layersDaily Sustainability Digest

Published about 7 hours ago



Geopolitical turbulence and inflation continue to unsettle supply networks across construction, but the decisive pressure comes from the global net zero carbon agenda redefining sustainable construction strategy. The updated SBTi Net-Zero Standard compels contractors and material manufacturers to anchor their decarbonisation plans in verifiable science, reinforcing the sector’s accountability and alignment with whole life carbon and embodied carbon metrics.

Investors are demanding transparency through lifecycle assessment and whole life carbon assessment, linking capital flows directly to measurable performance on carbon footprint reduction and life cycle cost savings. In the UK and Europe, regulation is accelerating adoption of sustainable building design and eco-design for buildings, pushing companies to demonstrate environmental sustainability in construction through low embodied carbon materials and sustainable material specification. Initiatives promoting breathable paints and finishes indicate progress toward healthier, energy-efficient buildings and low carbon design principles that align with broader net zero whole life carbon objectives.

Digital transformation underpins this shift. The growth of data-driven 4D planning models and predictive maintenance demonstrates practical movement toward circular economy in construction and resource efficiency in construction, enabling end-of-life reuse in construction and improved building lifecycle performance. These technologies support circular construction strategies that enhance life cycle thinking in construction, reducing the environmental impact of construction while integrating environmental product declarations (EPDs) into transparent reporting frameworks.

Although output data from the ONS show only modest expansion, investment is concentrating in low carbon building projects, net zero carbon buildings, and developments rated under BREEAM and BREEAM v7 standards. Capital is flowing into renewable building materials and green infrastructure as firms focus on decarbonising the built environment and achieving carbon neutral construction. Sustainable design is now embedded in project delivery where eco-friendly construction, green building materials and green building products define competitiveness. Sustainable construction has become the sector’s reference point for credibility, performance and resilience across global value chains.

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