Plans for a 5m tall wildlife tower at Nuclear Waste Services’ Low Level Waste Repository (LLWR) in Cumbria set out a dedicated habitat structure within an active nuclear waste site, integrating ecological features into a highly regulated industrial landscape. The tower will be sited within the LLWR perimeter, requiring careful foundation design and construction sequencing around existing low-level waste vaults and engineered cap systems. For civil and geotechnical teams, the scheme signals growing expectations to incorporate biodiversity structures into nuclear and hazardous waste infrastructure without compromising containment performance.

Flash flooding in Birmingham on 27 August, triggered by intense short‑duration rainfall on parched, largely impermeable urban surfaces, overwhelmed a combined sewer network sized for historic return periods rather than today’s convective storm patterns. Drainage specialists are calling for a “surface‑first” strategy using blue‑green infrastructure such as swales, rain gardens and permeable paving to attenuate runoff before it reaches pipes. For designers, the event reinforces the need to prioritise exceedance routing, overland flow paths and retrofit SuDS over simply upsizing buried sewers.

Envirocall is converting all 19 asbestos decontamination units to off‑grid solar power systems engineered with D G Electrical Services, removing dependence on mains electricity at site. Each three‑stage DCU comprises a dirty zone for stripping contaminated PPE and tools, a hot/cold shower section for fibre removal, and a clean area for redressing, with the new solar arrays and storage sized to run showers, lighting and ventilation autonomously. The move enables DCU deployment on remote or constrained sites where temporary grid connections or diesel generators are costly or impractical.