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Challenge: Increasing sustainability requirements from international buyers meet lack of understanding and awareness at supplier level

Objective: Improved local capacities and awareness on new requirements for export readiness and competitiveness

Approach: Establish RBH with suitable partner institutions for a long-term anchoring of servies on the ground

Impacts: Since end of 2022 over 2500 suppliers in 8 countries have made use of the support services of the RBH

This guidance is primarily aimed at public procurers involved in a range of contracting agreements related to building materials and products. This includes the purchase of building materials for construction works, but may also extend to material extraction, manufacturing, building, retrofit, refurbishment, design, interior fit out, and end-of-life demolition or deconstruction processes. There are a variety of roles within the procurement cycle that the guidance can support, from commissioning, category management, tender preparation and evaluation, to contract management.

This document summarises lessons learned from the various project activities in three sectors: electrical and electronic equipment (EEE); building and construction; and toys. It also formulates key messages addressed to different stakeholder groups and provides links to guidance and tools developed under the GEF project

Este documento aborda la gestión de sustancias químicas de preocupación y algunos

aspectos de sostenibilidad, incluyendo la circularidad en la compra pública sostenible

(CPS) de los AEE, específicamente de computadores, impresoras y acondicionadores de

aire, proporcionando además una orientación clara a las entidades públicas sobre cómo

incluir criterios técnicos para la adquisición de dichos equipos.

Factsheet with UNEP tools to address lead in paint

Plastics are used in a vast range of building components, such as seals, windows and doors, roofing, internal and external finishes, paints, panels, varnishes, stains, pipes, guttering, cables, floor coverings, membranes, formwork, supporting structures, building skins and insulation. However, their benefits come at a growing cost to the environment and public health.

The construction industry consumes 20% of all plastics and 70% of all polyvinyl chloride (PVC) produced globally each year. Exponentially greater amounts are being produced and used, with 8.3bn tonnes of virgin plastics produced worldwide between 1950 and 2017 and global output predicted to double by 2050.

The transition to sustainable construction will involve fundamental changes in the way buildings are designed, manufactured, built and operated. As society pushes up against established planetary boundaries, professionals working in the built environment need to identify how to change our practice.

In recent years, awareness of the negative impacts of plastic waste and pollution on our environment has heightened.   The construction sector’s use of plastic continues to grow and there is a lack of clarity on how construction plastics at the end of life are managed. There is still much to learn about plastics in construction, such as the volumes of plastic used, types of polymers, their applications and lifespans. 

This interactive PDF guide has been developed by the Alliance for Sustainable Building Products and peer-reviewed by the ASBP Plastics in Construction Group.

This site is a useful introduction to chemicals in building products. It lists the most commonly found hazardous chemicals in certain building products and the associated health risks.