Ties van der Hoeven's ambitions are nothing if not grand. The Dutch engineer wants to transform a huge stretch of inhospitable desert into green, fertile land teeming with wildlife.
His sights are set on Egypt's Sinai Peninsula, an arid, triangle-shaped expanse that connects Africa with Asia. Thousands of years ago it was bursting with life, he said, but years of farming and other human activity have helped turn it into a barren desert.
He has spent years fine tuning an initiative aimed at restoring plant and animal life to roughly 13,500 square miles of the Sinai Peninsula, an area slightly bigger than the state of Maryland. The goal: to suck up planet-heating carbon dioxide, increase rainfall and bring food and jobs to local people.
But the concept is also controversial; critics say transforming deserts is unproven, enormously complex and could negatively affect water and weather in ways we cannot predict.
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📸 : Tim Peake/ESA/NASA via Getty Images
The UK continues to advance sustainable construction through decisive movement on carbon capture and low‑emission material supply. pX Group’s new multimillion-pound operations contract at the East Coast Cluster marks a significant milestone in decarbonising industrial inputs, offering a tangible route to lower embodied carbon and enabling more consistent supply of low embodied carbon materials. This progress supports whole life carbon assessment and lifecycle assessment practices as industry standards begin integrating clean cement and steel into mainstream sustainable building design specifications.
Infrastructure enabling clean energy is scaling with Associated British Ports’ agreement to enhance Port Talbot as a hub for floating offshore wind, a vital enabler for reducing the carbon footprint of construction projects and ensuring environmental sustainability in construction. Expanded port capacity strengthens the circular economy in construction by improving logistics for renewable building materials and supporting the supply chain crucial to achieving net zero carbon buildings.
On-site decarbonisation is becoming practical and immediate. JCB’s use of 100% biodiesel in selected excavators introduces a transitional pathway for contractors to cut Scope 1 emissions, supporting carbon footprint reduction where electrification remains constrained. Simultaneously, hydrogen‑electric heavy trucks reinforce progress toward carbon neutral construction, underpinning life cycle thinking in construction and low impact logistics for sustainable building practices.
The sector’s priority is clear: integrate whole life carbon principles into procurement, align project pipelines with cluster and port developments, and secure renewable power sources that allow low carbon design to move beyond demonstration scale. Success depends on embedding circular economy strategies, applying BREEAM and BREEAM v7 benchmarks, and maintaining consistent evaluation through environmental product declarations (EPDs) and life cycle cost analysis to drive resource efficiency in construction and deliver truly eco‑friendly construction outcomes.
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