The Moroccan Sustainable Consumption and Production National Action Plan (SCP-NAP) was developed under the coordination of the Ministry of Environment and Sustainable Development under the EU-funded SwitchMed Programme, with advisory services and technical support from the United Nations Environment Programme. The Plan is part of Morocco’s efforts to achieve Agenda 2030 and the Sustainable Development Goals. The SCPNAP(SDG12.1) addresses two priority sectors, the Sector Plan on Food and Agriculture and the Sector Plan on Building and Construction were developed in Morocco through nationally owned multi-stakeholder processes. The SCP-NAP of Morocco has been integrated in the Moroccan National Sustainable Development Strategy and implementation is currently on-going. Switch to Circular Economy: Under SwitchMed II, a short document "How Morocco is switching to a Circular Economy" was prepared to present an overview on how the country is implementing activities/policies/programs on SCP and Circular Economy. In this document you will see 10 success stories inspired by the work of SwitchMed in the Kingdom of Morocco. They show how what began in workshops developed into plans that created a ripple that flowed out around the country. This short publication shows that opportunities for countries from sustainable consumption and production are rich and varied. The Switch to SCP is off and running. SwitchMed is proud to have supported Morocco in its work to build a society where people and planet thrive and prosper together. Morocco has developed a national strategy for sustainable development that has SCP at its core. By building on the foundations laid in its National Action Plan, the country hopes to expand its work on circular economic models, on waste reduction and recycling, and on building a its blue economy as a pillar of development. It is clear that sustainable consumption and production is no longer just something discussed in meeting rooms. Now it is happening on the ground, across business and industry, in cities and regions, reducing pollution, improving the air we breathe, and promoting better use of nature’s gifts through resource-efficient and low- carbon consumption and production practices.
The momentum behind sustainable construction has moved from intent to implementation. The UK’s first large-scale carbon capture facility at an energy-from-waste plant in Cheshire demonstrates how circular economy in construction principles can merge resource recovery with emissions reduction. This project reflects circular construction strategies that address the whole life carbon impact of urban infrastructure by closing material and energy loops. Its performance will influence future whole life carbon assessments across municipal energy networks and affect the embodied carbon in materials used for low carbon building projects.
The technology sector is recalibrating its approach to decarbonising the built environment through low‑carbon data centres that integrate eco‑design for buildings with advanced cooling, on‑site renewables and life cycle thinking in construction. This collaboration between major firms marks a step towards net zero whole life carbon operations, supporting sustainable building design that treats digital infrastructure as part of the circular economy rather than an energy liability.
Urban architecture is shifting towards eco‑friendly construction and green infrastructure solutions that combat heat stress through reflective façades, permeable surfaces and vegetation‑based shading. These approaches, echoed in efforts to cool cities through urban design, prioritise sustainable building practices, resource efficiency in construction and renewable building materials, making sustainable urban development a policy priority. The combination of green construction methods, low embodied carbon materials and environmental product declarations (EPDs) is redefining what constitutes environmental sustainability in construction and establishing building lifecycle performance as a global benchmark.
The industry’s convergence around low carbon design, carbon neutral construction and sustainable material specification confirms that sustainable design has evolved into the engineering norm. The path towards net zero carbon buildings now demands rigorous lifecycle assessment, transparent data on the carbon footprint of construction and measurable life cycle cost benefits—turning sustainability from a marketing feature into a quantifiable standard for every green building product and BREEAM v7‑aligned development.
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