Alisha Fredriksson says she had one motivation for starting her latest business venture: “to tackle the climate crisis and to have as big of an impact as possible.”
Fredriksson is CEO of UK climate tech startup Seabound, which is developing an onboard carbon capture device for cargo ships.
Read more at the link in our bio.
📸: Seabound
The sustainable construction agenda is tightening as climate risk, planning pressure and fiscal restraint collide. In Nepal and Uttarakhand, rapid growth in tourism facilities, homes and infrastructure may have placed 300,000 people in the path of future floods and landslides, exposing the environmental impact of construction in vulnerable landscapes. The warning is clear: sustainable building design, low-impact construction and green infrastructure must account for hazard exposure, not just operational emissions or carbon footprint reduction.
Britain’s Autumn Budget signals a harder market for decarbonising the built environment. Housing, high streets, devolution and development received support, but a £700m cut to CCUS and hydrogen funding weakens routes for reducing embodied carbon in materials such as cement and steel.
The shift raises the importance of whole life carbon, whole life carbon assessment, lifecycle assessment and life cycle cost in project appraisal, especially for developers targeting net zero carbon buildings, low carbon building performance and net zero whole life carbon.
Government support for gas-fuelled data centres, subject to stricter tests on energy use, water demand and nature impacts, shows how digital infrastructure is testing net zero carbon credibility. Approval of the carbon-capture gas plant at Peterhead reinforces the same tension. Transitional assets are being positioned as part of green construction, yet contractors and investors will face greater scrutiny over carbon footprint of construction, resource efficiency in construction and credible low carbon design.
New requirements around data-centre impacts, packaging taxation and landfill costs point to stronger demand for circular economy in construction, circular construction strategies and end-of-life reuse in construction. Sustainable material specification, environmental product declarations (EPDs), low embodied carbon materials, renewable building materials and green building products will become central to procurement. Frameworks such as BREEAM and BREEAM v7 are likely to gain influence as clients seek evidence of building lifecycle performance, eco-design for buildings and environmental sustainability in construction.
The direction of travel is blunt. Eco-friendly construction is moving beyond branding into planning consent, finance and delivery risk. Sustainable building practices, life cycle thinking in construction, green building materials and low carbon construction materials are becoming commercial necessities for resilient, energy-efficient buildings. Green construction now depends on whether projects can withstand climate hazards, grid constraints, material scrutiny and Treasury pressure at the same time.
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