SwitchMed in Algeria

United Nations 2 years ago

The Algerian Sustainable Consumption and Production National Action Plan (SCP-NAP) was developed under the coordination of the Ministry of Environment and Renewable Energy under the EU-funded SwitchMed programme, with advisory services and technical support from the United Nations Environment Programme. The Plan is part of Algeria’s efforts to achieve Agenda 2030 and the Sustainable Development Goals. The SCP-NAP (SDG12) entitled "42 Actions to Develop Sustainable Consumption and Production 2016-2030" was developed in Algeria through nationally owned multistakeholder processes. Algeria has embarked on the path of sustainable development since the beginning of 2000, through several laws and regulations, as well as strategic measures such as the National Strategy for the Environment (SNE), the National Action Plan for Environment and Sustainable Development 2035 (PNAE-DD), and programs for energy transition and the development of renewable energies.
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layersDaily Sustainability Digest

Published about 6 hours ago



Investment signals across the global built environment are consolidating around measurable decarbonisation and demonstrable resilience. The World Economic Forum’s call to quadruple funding for clean fuels underlines how reducing the carbon footprint of construction demands more than promises; it requires scaling low carbon construction materials and technologies capable of delivering true Whole Life Carbon reductions. Producers such as Holcim are transforming emerging markets into laboratories for sustainable construction, integrating low embodied carbon materials and advancing eco-design for buildings to support net zero carbon buildings.

Corporate governance frameworks are tightening through initiatives such as the Science Based Targets partnership with ISEAL, driving consistent verification in Whole Life Carbon Assessment and deeper accountability for embodied carbon in materials. As voluntary carbon markets evolve, higher‑integrity removals are lifting price signals that encourage developers to pursue carbon footprint reduction through lifecycle assessment and Life Cycle Cost analysis rather than offset dependency. Companies are beginning to link net zero whole life carbon ambitions with transparent reporting across the supply chain, accelerating the adoption of sustainable building practices and sustainable material specification.

Adaptation initiatives such as the redesigned Bridgwater Tidal Barrier demonstrate how green infrastructure can enhance environmental sustainability in construction without inflating budgets, showcasing resource efficiency in construction and resilient sustainable building design as achievable standards. In policy arenas where misinformation threatens confidence, credible decarbonising the built environment strategies remain essential to maintain investor commitment.

A competitive future for construction now depends on embedding Circular Economy in construction principles, prioritising life cycle thinking in construction, and aligning sustainable design with verifiable performance metrics such as breeam and breeam v7. Leaders positioned for growth are those treating deep decarbonisation, transparent governance, and engineered resilience as inseparable drivers of green construction, carbon neutral construction, and long‑term environmental impact of construction management.

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