Wales faces mounting capacity and resilience pressures across energy, water, transport, digital and circular-economy infrastructure, with an independent assessment for the National Infrastructure Commission for Wales calling for a fundamental overhaul of planning, funding and skills systems. The review points to fragmented decision-making between Welsh Government, local authorities and regulators, and warns that current investment pipelines and consenting processes are too slow to deliver long-life assets such as grid upgrades, strategic rail and road corridors, and wastewater treatment improvements. For engineers, the message is to expect tighter scrutiny on whole-life carbon, resilience and regional coordination in future Welsh schemes.

Morgan Sindall Construction has begun phase-two works on a £13.4m replacement teaching block at RAAC-affected Birchington Church of England Primary School in Kent, delivering a two-storey, 1,455 sqm facility with 10 classrooms, a hall, ICT suite and extended hard-play areas by summer 2027. The timber-frame structure will be fabricated off site, use bio-solar roofing with extensive PV panels, and be powered by ground source heat pumps, with embodied carbon tracked via the CarboniCa tool. Reclaimed bricks from demolished buildings will be reused as façade detailing, supported by Encore Environment’s waste management input and Morgan Sindall’s 10-tonne carbon challenge.

Planning consent has been granted for Bouygues UK’s redevelopment of LSE’s Bankside House into a 1,945-bed student residence at 24 Sumner Street, SE1, comprising three stepped towers of 24, 26 and 28 storeys linked by two low-rise pavilions around landscaped courtyards. The all-electric scheme targets BREEAM Excellent (aspiring to Outstanding), with rooftop PV and high-performance insulation designed to limit operational energy to 45–55 kWh/m²/year. Bouygues aims for over 99% construction waste diversion from landfill and at least 20% recycled or reused materials by value.

Tony Gee and Partners chief executive Alasdair Fowler argues that civil engineers must tackle systemic issues in UK infrastructure delivery, including fragmented risk allocation between clients, designers and contractors and short-term procurement focused on lowest capital cost. He calls for earlier contractor involvement, integrated design–build teams and longer-term alliancing frameworks to reduce rework, claims and programme overruns on major schemes such as highways and rail upgrades. Fowler also stresses that better data on whole-life performance and carbon, aligned with NEC contracts, should drive design decisions rather than purely initial cost.

Rio Tinto has agreed a $2 billion energy deal with the Queensland and Commonwealth governments to secure long-term power for the 560,000 tonne-per-year Boyne aluminium smelter near Gladstone. The package centres on access to firmed renewable generation from new Queensland projects and transitional support as coal-fired capacity retires, aiming to keep the smelter operating beyond 2030. For process engineers and power planners, the arrangement signals continued high baseload demand on the Gladstone grid and a need to integrate smelter load with variable solar and wind output.

Geoscience Australia is marking 80 years of geological and geophysical operations by launching a new 10‑year national geoscience strategy to guide exploration, resource assessment and hazard mapping. The strategy is expected to steer federal investment in continent‑scale datasets such as deep seismic profiles, gravity and magnetics surveys, and national drilling programs that support critical minerals targeting. For miners and consultants, the roadmap signals continued access to pre‑competitive data to de‑risk greenfields exploration and infrastructure planning across remote basins.

More than 10 kilometres of noise walls on Victoria’s North East Link are being built using a new recycled plastic formulation developed through a design–delivery collaboration between Kyriacou Architects and BKK Architects. The system replaces conventional precast concrete panels with modular recycled plastic elements, cutting virgin material use and embodied carbon while meeting acoustic and impact performance requirements for a major urban motorway. For civil designers, the project provides an in-field precedent for large-scale use of recycled polymers in roadside barrier infrastructure.

Hydration that holds up focuses on Neverfail Spring Water’s approach to supplying potable water to remote mine sites using bulk 15L and 19L returnable bottles, integrated filtration units and scheduled delivery to crib rooms and processing areas. The company uses a multi-stage production process with high-frequency microbiological and chemical testing to meet Australian Drinking Water Guidelines, targeting contaminants such as dissolved metals, pathogens and suspended solids common in mining regions. For site managers, the system reduces reliance on trucked single-use bottles, simplifies water-quality compliance, and supports fatigue management and heat-stress controls in high-temperature pits and plants.

Fenner Conveyors, a Michelin Group company, has launched its INFINITYSERIES range of recycled‑content conveyor belts for Australian heavy industries after previewing the line at its K‑MIX Material Innovation Hub Open Day. The belts incorporate reclaimed materials to cut lifecycle environmental impact while targeting the same mechanical performance envelope as conventional Fenner products used on high‑load mining and bulk‑handling conveyors. For operators, the move signals growing availability of circular belt options without major changes to existing conveyor design, splice practices or maintenance regimes.

The British Antarctic Survey’s £100m Discovery Building at Rothera Research Station has been completed on time and budget, centralising field prep, storage, offices, training, medical and welfare facilities under one BMS-controlled roof designed for -22°C to +15°C conditions and targeting a 25% cut in station carbon emissions. Six redundant buildings are being deconstructed piece-by-piece, with cladding and other materials reused on site and waste containerised for controlled removal. Separately, Southbay Civil Engineering’s new 240m replacement causeway at Port Stanley, Falkland Islands, will use an inner rock core, outer rock armour and a heavy steel ramp, with local labour and materials.

Rapid adoption of electric vehicles is creating a growing stream of “nearly new” traction batteries, and a specialist firm is repurposing these packs into temporary power units for construction sites. The systems aggregate multiple second-life EV modules into containerised battery energy storage, capable of running site cabins, tower cranes and small plant that would traditionally rely on 100–300kVA diesel generators. For contractors, this points to lower fuel logistics, reduced local emissions and quieter operation, but also raises questions on battery health monitoring, fire safety strategy and end-of-second-life recycling routes.

The Electric Mine 2026 conference will run from 5–7 May in Lisbon, Portugal, as its sixth edition convenes miners, OEMs and power suppliers against a backdrop of heightened energy security concerns linked to the evolving war in the Middle East. Delegates are expected to focus on mine-wide electrification roadmaps, high‑power charging for large haul fleets, and grid‑constrained operations. For engineers, the event signals growing pressure to integrate trolley-assist, battery‑electric and hybrid power systems into brownfield pits while managing power quality and network stability.

Outokumpu’s Kemi chrome mine in Finland is launching what it calls a European-first, data-driven circular economy ecosystem with the EU-funded Lapland Mining Hub and local industrial cluster Digipolis to convert mine side streams into saleable materials. Digital tracking and analytics will be used to characterise and route waste rock, tailings and process residues to regional processors, cutting reliance on virgin raw materials in Outokumpu’s stainless steel value chain. For mine planners and process engineers, this signals growing pressure to design flowsheets, stockpiles and permits around secondary material recovery from the outset.

Swansea Bay Tidal Lagoon has been revived after Swansea Council agreed a multi-phase renewable energy development deal with Batri, reopening prospects for a large breakwater and impoundment structure in the Severn Estuary’s high-tidal-range environment. The agreement paves the way for detailed design and consenting of marine civil works, including caisson or rock-armour sea walls, turbine housings and associated grid connection infrastructure. Geotechnical and coastal engineers should expect complex foundation design in soft marine sediments, aggressive chloride exposure conditions and stringent flood and scour performance requirements.

First Quantum Minerals has filed a new NI 43-101 Technical Report for its Taca Taca porphyry copper-gold-molybdenum project in Argentina’s Puna region, again incorporating the option of trolley-assist haulage for the open pit. The study continues to evaluate overhead electric trolley lines on key ramp segments to cut diesel consumption and unit costs for large ultra-class haul trucks. For mine planners and electrical engineers, the report signals ongoing commitment to high-capacity pit electrification rather than a purely diesel truck fleet.

Nordic–Dutch startup Paebbl is producing an olivine-based cement substitute via accelerated CO2 mineralisation in low-energy reactors, claiming a net negative footprint of –14.4kg CO2‑equivalent per tonne (cradle-to-gate) and storage of about 21kg CO2 per m³ of concrete at typical replacement rates. The material has moved from gramme-scale tests to an operational pilot in 18 months and has already been used in a Rotterdam quay wall grout by Hakkers, the 1917 Veerhuis restoration, and a 7m-span “carbon-neutral” concrete footbridge by Heijmans. Classified as CCUS, the process permanently binds captured industrial CO2 into stable carbonate minerals that remain locked in even after demolition, offering structural-grade, carbon-storing concrete mixes rather than purely low-embodied-carbon variants.

Per- and polyfluoroalkyl substances (PFAS) are shifting from a niche contamination issue to a core design constraint for water, wastewater and brownfield infrastructure, as regulators tighten limits on “forever chemicals” in soil and groundwater. Civil engineers are being pushed to integrate PFAS-specific measures such as high-pressure membrane treatment, granular activated carbon and specialised landfill liners into drainage, flood defence and remediation schemes. The trend signals more complex risk assessments, higher lifecycle costs and potential redesign of legacy assets where PFAS-impacted leachate or run-off was not previously considered.

Willmott Dixon has broken ground on the £40m rebuild of Outwood Academy Kirkby in Nottinghamshire, delivering a new secondary and sixth-form campus for 900 pupils to replace 1970s buildings under the DfE’s national school rebuilding programme. Designed by ADP Architecture, the scheme includes purpose-built science, drama and technology classrooms, an all-weather pitch, multi-use games courts and play areas, with heating and power from air source heat pumps and solar panels. Construction will be phased using a temporary teaching block to maintain operations until the main building opens in the 2028/29 school year, after which existing structures will be demolished for final sports provision.

Plug-in balcony solar panels will go on sale in Lidl stores across Great Britain within months, following government moves to modernise regulations for “plug-and-play” devices that connect via a standard mains socket without formal installation. The UK is drawing on continental experience, where Germany alone adds around 500,000 such micro-PV units a year, to cut household grid demand and exposure to volatile fossil fuel prices linked to the Iran war and wider Middle East conflict. In parallel, the new Future Homes Standard will require most new low-rise homes to incorporate on-site renewable electricity generation, predominantly roof-mounted PV, alongside low-carbon heating such as heat pumps or heat networks.

Government plans to ban retention withholding in construction, cap payment terms from large firms to small suppliers at 60 days, and mandate late-payment interest at 8% above the Bank of England base rate written into contracts. The Small Business Commissioner would gain powers to investigate suspected poor payers, adjudicate disputes outside court, and levy “significant” fines in the tens of millions, plus force large companies to publish explanations for poor performance. Construction bodies, including the National Federation of Builders, are pushing for alternative performance mechanisms such as accessible surety bonds or insurance during the consultation on the retention ban’s implementation.

Savannah Resources has pushed completion of the definitive feasibility study and RECAPE environmental compliance for its Barroso lithium project in northern Portugal to July 2026, a slight slip from its end-June target, but still aims for a final environmental licence in Q3 2026 and first production in 2028. The company plans four open pits designed to supply lithium for roughly 500,000 EV batteries a year and claims project breakeven at about $600/t lithium, supported by a €110 million Portuguese government grant. Chief executive Emanuel Proença says current geotechnical and resource data are sufficient for permitting and FID, with outstanding fieldwork to feed later engineering, as metallurgical testing and noise modelling progress amid strong local opposition in the World Heritage agricultural landscape.

Epiroc Ground Support has formed a strategic partnership with Master Builders Solutions to co-develop next-generation chemical technologies for underground mining, combining Epiroc’s ground support systems with Master Builders’ concrete admixtures and shotcrete/underground construction products. The collaboration targets improved performance of rockbolts, mesh and cable support when used with high-performance sprayed concrete and grouts, particularly in deep and highly stressed ground conditions. For mine operators, the move signals closer integration between support hardware and tailored chemical formulations, with potential gains in early strength, adhesion and durability of ground support systems.

Globe Metals and Mining is advancing the Kanyika niobium project in Malawi, aiming to challenge Brazil and Canada’s dominance in a market where niobium has no practical substitutes in high-strength low-alloy steels and advanced alloys. The project targets niobium and tantalum concentrates for use in micro-alloyed structural steels, gas pipelines and high-temperature turbine components, where small niobium additions (typically <0.1 per cent) deliver major strength and weldability gains. For miners and metallurgists, Kanyika signals emerging African supply that could reshape long-term offtake, pricing and risk strategies for niobium-dependent steel and superalloy producers.

Outline planning approval for Ebbsfleet Central secures Section 106 agreements between Kent County Council, Dartford and Gravesham borough councils and Ebbsfleet Development Corporation to redevelop 35 hectares of brownfield land around Ebbsfleet International station. The masterplan covers about 2,100 homes with at least 35% affordable, roughly 87,000 m² of office space, plus retail, leisure and new public open space in a mixed-use town centre. Obligations include funding for a new primary school, community services and transport and connectivity upgrades, underpinning future public and private investment.

Larvotto Resources is pushing a rapid restart of the Hillgrove Project in New South Wales, advancing an “advanced critical minerals build” centred on antimony–gold production as Australia moves to secure domestic critical mineral supply. The brownfield site, which retains existing processing infrastructure from previous operations, is being reconfigured to target higher-value critical mineral streams rather than purely precious metals. For geotechnical and mining teams, the strategy points to shorter lead times, heavy reuse of legacy plant, and mine plans optimised around critical mineral ore zones rather than historic pit geometries.

Sasquatch Resources is targeting roughly 300,000 tonnes of sulphide-bearing waste rock at the historic Mount Sicker copper-gold district on Vancouver Island, where legacy piles with a neutralisation potential of 0.2 and open shafts up to 200 feet deep continue to generate acid runoff and physical hazards. Modern sampling of the surface waste has returned average grades of about 2 g/t gold plus copper, silver and zinc, and the company plans to crush and process the material using density and X-ray fluorescence (XRF) ore-sorting in a closed-loop, reagent-free circuit. Because the project involves large-scale reprocessing without new mining, Sasquatch is working with regulators to craft a bespoke permitting pathway that could be replicated across an estimated 2,000 legacy mine sites in British Columbia.

Echion has launched a commercial range of fast-charging, high‑power lithium‑ion batteries using its niobium‑based XNO® anode technology, produced in partnership with GUS Technology at GUS’s Zhongli manufacturing facility in Taiwan. The XNO® chemistry targets applications needing very high charge rates and power density, such as mining haul trucks, drills and underground fleets where current graphite‑anode packs struggle with rapid cycling and peak load demands. For mine electrification projects, the move signals growing availability of alternative anode chemistries that can better tolerate high C‑rates and harsh duty cycles.

Future Homes Hub has created an Embodied Carbon and Resource Efficiency Board (ECREB) to lead delivery of the New Homes Sector Transition Plan on embodied emissions from materials, transport and construction processes. The board, co‑chaired by Department for Business and Trade deputy director Fergus Harradence and Barratt Redrow group sustainability director Bukky Bird, convened its first meeting on 16 March. Early work will focus on resource efficiency and waste reduction to cut embodied carbon and cost, complementing the forthcoming Future Homes Standard for operationally zero‑carbon‑ready homes.

Affinity Water’s Grand Union Canal Transfer (Guct) scheme will move raw water from the Midlands to the Southeast by adapting existing canal infrastructure with a mix of novel and conventional civil works. Engineers are planning interventions such as new intake and discharge structures, canal bank strengthening and localised lining, plus pumping and control facilities sized to handle strategic transfer flows without building a full-length new pipeline. The approach reduces new land-take and excavation volumes but will demand careful geotechnical assessment of historic canal embankments and tight hydraulic control to manage leakage, settlement and navigation levels.

Morgan Sindall has completed three SEN school expansions in Brent via the SCAPE framework, adding 48 specialist places across Newman Catholic College, Preston Park Primary School and St Margaret Clitherow RC Primary School, with project values of £3.2–£3.4m each. All extensions use a structural insulated panels timber frame with brick façade, offsite manufacture and timber internal walls to cut concrete use, save 38.3 tCO₂e and shorten programmes on live school sites. Additional measures include replacing concrete manholes with plastic units, removing concrete paving, using a bigfoot roof support system, and assessing embodied carbon with the CarboniCa tool.

SANY Group has signed a CHF 100 million, five-year procurement framework with Holcim in Guangzhou to supply a 100-strong fleet of electrified construction machines and commit to 20 autonomous mining trucks. The deal centres on large-scale deployment of battery-electric equipment and autonomy-ready haulage, targeting Holcim’s quarrying and aggregate operations where high-duty cycles and short-haul profiles favour electrification. For mine and quarry operators, the agreement signals accelerating OEM support for full electric fleets and integrated autonomous haul systems in brownfield materials operations.

Epiroc has secured a SEK380 million (US$40.7 million) order in Africa for a fleet of autonomous, cable-electric Pit Viper 275 E blasthole drill rigs, booked in Q1 2026. The Pit Viper 275 E platform supports fully autonomous drilling and high-precision blasthole control, with electric drive reducing diesel use and associated ventilation and fuel logistics. The deal signals accelerating deployment of large-scale electric drill fleets in African surface mines, with implications for mine power distribution design and autonomous drill–fleet integration.

A historical focus on water quantity over water quality in sustainable drainage systems (SuDS) is leading to poor sediment management, argues Stuart Crisp, UK manager at Advanced Drainage Systems (ADS). Crisp points to designs that size attenuation tanks and oversized pipes for peak flow while neglecting silt capture, pre-treatment and accessible maintenance points, allowing fine sediments to clog geocellular units and perforated pipes. He calls for SuDS layouts that integrate upstream sediment forebays, filter media and realistic maintenance access to protect long-term hydraulic capacity and water quality performance.

Publication of New Zealand’s 30‑year infrastructure strategy draws directly on the Institution of Civil Engineers’ Enabling Better Infrastructure (EBI) programme, which promotes outcome‑based planning, whole‑life cost analysis and resilience to climate risks. The plan uses EBI’s structured decision‑making framework to prioritise transport, water and energy investments, embedding asset management over multiple renewal cycles rather than single‑project funding. For practitioners, this signals growing international convergence on common planning tools and metrics, easing benchmarking of service levels, risk appetite and long‑term performance across jurisdictions.

The UK government has fired the starting pistol on a decade‑long programme to deliver £725bn of infrastructure, signalling an unprecedented pipeline across transport, energy, water and social assets. For civil and geotechnical engineers this scale implies sustained demand for major works such as multi‑billion‑pound rail upgrades, grid‑reinforcement corridors and large‑diameter strategic water transfers, with corresponding needs for ground investigation, materials supply and construction capacity. Delivery risk will centre on planning consents, supply‑chain resilience and the industry’s ability to mobilise sufficient skilled labour and modern methods of construction at pace.

The Treasury’s updated Green Book, issued in February, overhauls appraisal guidance for UK infrastructure by moving beyond narrow benefit–cost ratios and gross value added to include distributional impacts, place-based outcomes and long‑term resilience. New requirements to quantify social value, net‑zero alignment and climate adaptation are expected to change how options are sifted and how business cases are structured for major schemes such as rail upgrades, flood defences and urban regeneration. For engineers, this signals closer scrutiny of whole‑life carbon, asset performance under future climate scenarios and benefits to left‑behind regions.

SME house-builders are sharply curbing speculative development, with 70% of Home Builders Federation members saying current market conditions limit their ability to start new sites and 27% expecting to cut land acquisitions in the next three months. Only 41% expect to increase housing starts in the next quarter, sentiment is strongly negative in London (57% negative, 14% positive), and firms building fewer than 75 homes a year are the least optimistic. Developers face compounding cost pressures from a doubling Landfill Tax, a new £340m-per-year levy on new homes, Biodiversity Net Gain, the Residential Property Developer Tax, Building Safety Levy and the forthcoming Future Homes Standard adding an estimated 3–8% to build costs.

Steel import quotas will be cut by 60% from 1 July 2026, with any volumes above the new limits facing a 50% tariff, as the UK government seeks to lift domestic steel’s share of national demand from 30% to 50%. While producers such as 7 Steel UK back the move as support for “high quality, low carbon” UK output, the British Constructional Steelwork Association warns it will raise input prices for fabricators and frame contractors. Chief executive Jonathan Clemens predicts higher costs on government and private projects, tighter margins for downstream steelwork firms already hit by volatile energy prices, and potential job losses.

Researchers at ETH Zurich and Empa have developed a recyclable sawdust–struvite composite board that is stronger in compression perpendicular to grain than spruce and shows cone calorimeter ignition times of 45 seconds, around three times longer than untreated timber. The material uses an enzyme from watermelon seeds to control crystallisation of struvite from newberyite, forming large crystals that infill voids between sawdust particles and act as an inorganic flame retardant, potentially matching cement‑bonded particleboard fire classes with only 40% binder by weight. Panels can be mechanically ground, heated to just over 100°C to release ammonia, and fully separated for reuse or as a phosphorus fertiliser, with future cost reductions possible by sourcing struvite from sewage treatment plant deposits.

Freeport has submitted an Environmental Impact Assessment to Chile’s SEIA for a US$7.5 billion project to extend Minera El Abra’s Sulfolix sulphide heap leach operations and build a new concentrator plant. The plan includes a full transition from current water sources to desalinated seawater, requiring major new desalination and water conveyance infrastructure on site. For mine planners and process engineers, the shift implies re-optimisation of leach–concentrator integration, water balance, and permitting timelines for long‑term copper production in northern Chile.

Cardiff’s £multi-million coastal defence scheme is being delivered by Knights Brown and Cardiff Council to protect the city’s industrial bay from rapid shoreline erosion and overtopping risk. Works focus on upgrading ageing sea walls and revetments along key sections of the bay frontage, integrating higher crest levels, improved wave return details and more durable armour units to cope with increasingly energetic storm conditions. For geotechnical and marine designers, the project signals tighter performance demands on foundation stability, scour protection and long-term maintenance access in a heavily developed waterfront corridor.

Loop Hydrometallurgy has unveiled a new copper processing technology aimed at replacing parts of conventional smelting–refining flowsheets with a hydrometallurgical route, targeting lower-temperature leaching and electrowinning rather than high-energy flash smelting. The process is designed to treat complex copper concentrates and potentially higher-arsenic feeds that challenge traditional smelters, using closed-loop reagent recovery to cut reagent consumption and waste volumes. For mine operators and project designers, this signals growing scope to permit smaller-footprint plants and reconsider concentrate transport versus on-site refining economics.

Approximately 25 kilometres of the Mount Isa–Duchess Road in Queensland’s Cloncurry Shire will be sealed under joint Federal and State government funding to improve long-term flood resilience. The upgrade targets all-weather access for heavy mining and pastoral haulage, reducing closures on a key inland freight route that currently suffers from wet-season isolation. For geotechnical and pavement designers, the focus will be on flood-resistant formation, drainage capacity and surfacing able to withstand high axle loads from road trains.

ABx Group has secured roles in two Federal Government-backed research initiatives to advance rare earths extraction from its ionic adsorption clay deposits in northern Tasmania and bauxite-hosted resources in Queensland. The grants, awarded under national critical minerals and industry growth programmes, will fund testwork on low-acid leach processes, beneficiation flowsheets and pilot-scale recovery of magnet rare earths such as neodymium and praseodymium. Outcomes could materially affect project economics, tailings chemistry and permitting pathways for clay-hosted rare earths developments in Australia.

New South Wales has released a long-term coal strategy that centres on extending existing coal mines rather than approving large new greenfield projects, aiming to sustain regional employment and export royalties. The plan signals continued support for thermal and metallurgical coal operations in the Hunter Valley and Illawarra, giving operators more certainty for multi‑year life‑of‑mine extension studies, reserve reclassification and staged approvals. Geotechnical and mine planners can expect stronger regulatory focus on incremental pit and panel expansions, tailings storage capacity and progressive rehabilitation commitments tied to extension consents.

Glencore Technology’s Jameson Cell is now operating at Anglo American Platinum’s Mogalakwena North Concentrator, enabling Valterra Platinum to fully implement a low mass pull strategy in the PGM flotation circuit. By targeting a smaller, higher-grade concentrate stream, the Jameson Cell’s high-intensity aeration and fine bubble generation are being used to lift recovery while cutting circulating loads, reagent consumption and overall energy use. The move signals wider interest in compact, low-footprint flotation technology for brownfield PGM concentrators constrained by existing plant layouts and tailings capacity.

Boliden is investing SEK 4 billion in a new hoist system at its Garpenberg Zn-Pb-Cu-Ag-Au mine to enable a shift from diesel truck ramp haulage to electric hoisting, cutting ramp traffic and power demand peaks while supporting deeper mining. A further SEK 1.5 billion will fund an industrial demonstration plant at the Rönnskär smelter to produce supplementary cementitious material from process residues, targeting partial clinker replacement in concrete. Together, the projects aim to improve unit earnings and reduce lifecycle emissions in both mining and downstream materials use.

An Ammann eABG 4820 electric paver has been deployed on National Highways’ A47 upgrade between Acle and Great Yarmouth, laying asphalt with over 90% recycled content alongside an electric Ammann eARX 26-2 tandem roller. The paver, claimed as the largest electric unit on the market, delivers up to 1,200 tonnes per day at 500 t/h with a 70% CO₂ reduction versus diesel, typically finishing night shifts at around 40% battery from a 95% start while placing 500–600 tonnes. Heidelberg Materials supported the trial by installing a nearby recycling plant that both supplied reclaimed material and provided daytime charging, with low-carbon hydrogen low loaders handling transport.

Atlas Copco has launched QHS integrated hybrid generators that combine battery storage and a diesel genset in a single canopy unit, capable of grid charging, self-charging via the engine, and optional solar panel input. The system automatically manages multiple energy sources to minimise engine runtime, claiming up to 80% fuel and CO₂ reductions and more than 95% less engine operating time versus diesel-only sets at low or variable loads. Rental-focused features include multiple socket configurations, external fuel connections, a terminal board and FleetLink telemetry for remote monitoring, diagnostics and fleet management.

Willmott Dixon has secured a £39m main contract via the Department for Education’s construction framework to redevelop Hopwood Hall College’s St Marys Gate campus in Rochdale, demolishing about 70,000 sq ft of existing buildings and constructing a new four-storey, 75,000 sq ft teaching block. The scheme will introduce higher education provision to Rochdale and is due to start imminently, with completion targeted for late 2028. Design features include roof-mounted photovoltaics, air source heat pumps and a hybrid ventilation strategy to cut operational energy demand.