Major construction milestone reached as Manchester PBSA scheme tops out
A major point, the Topping Out stage, has been reached by Alumno, on behalf of Invesco Real Estate at the £29 million purpose-built student accommodation (PBSA) development ‘The Canvas Building’ on Moss Lane East in Manchester. The milestone event was celebrated by representatives from the Alumno team, the main contractor GMI Construction Group, and members of the wider project team. Due for final completion in time for the 2027 academic year, the Moss Lane East site will offer contemporary accommodation in a well-connected location close to both the University of Manchester and Manchester Metropolitan University, making it a highly attractive destination for all students Designed by Stallan Brand Architects, the development for Invesco Real Estate will provide high-quality accommodation for Manchester’s growing student population. It comprises a mix of cluster bedrooms and single-occupancy studio apartments, delivering a total of 261 student beds. Positioned overlooking Whitworth Park, the scheme combines a new nine-storey building with the sensitive refurbishment of an adjacent listed Georgian villa, creating a distinctive development that blends modern architecture with the preservation of local heritage. The building’s design incorporates high-quality brick and metal cladding to complement the surrounding area. Students will have access to an extensive range of amenities, including dedicated study and collaborative workspaces, social lounges, a cinema room, fitness facilities and a wellbeing space, helping to create a vibrant and supportive living environment. David Campbell, Managing Director of Alumno, said: “Reaching the topping out stage is an important milestone for everyone involved in this project and a testament to the hard work, dedication and collaboration of the team on site. We are proud to see the scheme taking shape, given the significant market challenges and to be delivering a development that will make a positive contribution to the local area. Through a considered approach to design and planning, the project will provide much-needed, high-quality student accommodation for Manchester, including a proportion of rooms at affordable rents. As with every Alumno development, we have worked closely and sensitively with local stakeholders and the community throughout the process to ensure the scheme complements and enhances this vibrant neighbourhood, creating a place that will benefit both students and the wider community for years to come.” Phillip Johnson, Regional Director for the North West at GMI Construction Group, said: “Reaching this milestone is a significant achievement for everyone involved and reflects the hard work, collaboration and commitment shown by the entire project team. It’s fantastic to be joined on site by our client, project partners and stakeholders to celebrate the progress made. The building is really taking shape, and it’s rewarding to see the vision becoming reality. We are proud to be working alongside Alumno once again to deliver a development that will make a positive contribution to the local area while providing high-quality accommodation for future generations of students.” Building, Design & Construction Magazine | The Choice of Industry Professionals
The Hill Group and L&Q celebrate completion of transformative Kew Bridge rise development in Brentford
Award-winning housebuilder The Hill Group and leading housing association L&Q have completed Kew Bridge Rise, a landmark regeneration project that has transformed a former brownfield site in Brentford into an exciting new neighbourhood for residents, businesses and the wider community. Representatives from the project team, including Mark Greenwood, Deputy Regional Director at The Hill Group and Neil Davis, Delivery Director at L&Q, were joined by delivery partners and local stakeholders to mark the successful completion and celebrate the transformation of the former Citroën dealership and workshop site into a thriving new community for Brentford. Delivered through a joint venture partnership between Hill and L&Q, Kew Bridge Rise has created 441 high-quality studio, one, two and three-bedroom apartments and townhouses across three phases, with 50% of homes available as affordable housing through Shared Ownership and Affordable Rent. The tenure-blind development has been designed for an inclusive and diverse community, meeting local housing needs while providing a range of opportunities for people at different stages of life. The £90 million project represents a major investment into Brentford, unlocking previously under-utilised land and creating a new destination where people can live, work and connect. Designed by Hawkins Brown, the development comprises five distinctive buildings set within a landscape-led masterplan that responds to the area’s industrial and riverside heritage while creating a contemporary new identity for the local area. Kew Bridge Rise provides a wide range of new amenities to support community living, including independent cafés and shops, a residents’ gym, a co-working space, a concierge service, a residents’ lounge, landscaped communal areas and play spaces, and a nursery set to open in the future. The development’s public realm has been carefully designed to strengthen connections between the riverside and Brentford town centre, with the unique ‘W’ gateway structure at Starling House creating a welcoming public plaza and a strong sense of arrival. Sustainability and wellbeing are built into the fabric of the development. Air-source heat pumps, solar panels and EV charging points sit alongside biodiversity measures, including insect hotels. Pedestrian-friendly routes, cycle facilities and considered outdoor spaces also encourage a more active, connected way of life. As part of Hill and L&Q’s commitment to creating long-term social value, Kew Bridge Rise has delivered more than £64.6 million of measurable impact through employment and skills opportunities, work experience placements and community initiatives. This has included supporting 22 local apprentices, delivering community projects such as improvements to The Rise School’s playground and the donation of a sensory pod to Green Dragon Primary School, as well as supporting local charities and older residents through fundraising, digital skills workshops, wellbeing activities, fitness sessions and creative classes that strengthen community building. Cain Peters, Regional Managing Director at The Hill Group, comments: “Completing Kew Bridge Rise is a significant milestone for Hill and our partnership with L&Q. This project showcases our commitment to delivering high-quality, sustainable developments that create vibrant places to live. From transforming a challenging brownfield site into a vibrant new neighbourhood to creating employment opportunities and community benefits, Kew Bridge Rise demonstrates the positive impact of collaborative regeneration.” David Lewis, Executive Group Director of Property and Investment at L&Q, comments: “Kew Bridge Rise represents our shared ambition with Hill to deliver homes that support people’s aspirations. The development provides a diverse mix of high-quality, affordable, and private homes, alongside spaces and facilities that encourage connection, wellbeing and a strong sense of community. Kew Bridge Rise demonstrates just how essential strong partnerships are to addressing the housing shortage, and we’re delighted to welcome residents into a place that has been designed for people to enjoy for years to come.” Kew Bridge Rise forms part of the ongoing regeneration of Brentford, reconnecting this important location with its surroundings and creating a new neighbourhood close to Kew Bridge Station. The development builds on Hill and L&Q’s shared commitment to delivering high-quality, mixed-tenure communities across London and the South East. For more information please visit the website. Building, Design & Construction Magazine | The Choice of Industry Professionals
G F Tomlinson completes University of Nottingham’s pioneering Hybrid Propulsion Systems Building
Midlands contractor, G F Tomlinson, has successfully completed construction of the University of Nottingham’s new Hybrid Propulsion Systems Building at Jubilee Campus, marking the delivery of a landmark facility that will support the development and testing of next-generation clean propulsion technologies. Completed this spring, the facility has been designed to enable research and safe high-power testing of propulsion systems for transport and power generation, helping to advance the UK’s transition towards cleaner energy solutions. The specialist laboratory features cryogenic capabilities and environmental chambers suitable for altitude testing, enabling the safe high-power testing of propulsion systems using gaseous hybrid, ammonia and other green fuels. The facility will support research and innovation across a range of sectors, including aerospace, automotive, marine and power generation, and is connected to the megawatt-class physical testing capabilities of the adjacent Power Electronics and Machines Centre (PEMC). The project involved the construction of a state-of-the-art steel-frame building with metal cladding, designed to complement surrounding campus facilities. The building incorporates high-performance acoustic doors to manage operational noise levels and integrated photovoltaic (PV) panels to generate renewable energy on site, supporting the project’s sustainability objectives and BREEAM ‘Very Good’ rating. The project was funded through round seven of Research England’s flagship UK Research Partnership Investment Fund (UKRPIF), East Midlands Freeport, industry partners and the university, supporting the creation of a world-class research environment for the development of future propulsion systems and green fuel technologies. Throughout the programme, G F Tomlinson worked closely with the University of Nottingham and local stakeholders to deliver a range of social value initiatives that benefited students, staff and the wider community. These included 50 apprentice weeks on site, whilst also providing work placements for two local college students, who shadowed the site management, surveying and design teams. Guided tours and presentations were provided for Civil Engineering and Architecture students from the University of Nottingham and Nottingham Trent University to further enhance their construction and design knowledge and help support their studies. The project also supported the local economy through the use of regional supply chain partners, with 97% of project spend within a 40 mile radius of site and 99% SME engagement. 100% of site waste was diverted from landfill and over 1,300 miles were made using low emission vehicles. The completion of the Hybrid Propulsion Systems Building further strengthens G F Tomlinson’s longstanding relationship with the University of Nottingham, following the successful delivery of a number of key projects across the university’s estate. Andy Sewards, Chairman at G F Tomlinson, said: “The successful completion of the hybrid propulsion systems lab is a significant milestone for both the University of Nottingham and the wider region. This facility will play an important role in supporting pioneering research into low-carbon propulsion technologies and strengthening the UK’s position at the forefront of clean energy innovation. “We are proud to have delivered this highly specialised facility on behalf of the University, building on a longstanding relationship that has seen us support a number of major developments across its estate. The completed laboratory provides an outstanding environment for research, collaboration and industry engagement, helping to create opportunities that will benefit future generations.” Dr Mark Pacey, Senior Technical Specialist – Hydrogen Propulsion, University of Nottingham, said: “This new facility is a game-changer for future transport and power generation research industries. We have hugely valued our collaboration with G F Tomlinson to deliver a state-of-the-art facility that will give rise to world-class innovation, drive knowledge exchange, and strengthen our industrial partnerships.” Building, Design & Construction Magazine | The Choice of Industry Professionals
Barhale wins UU Better Rivers project at Stockport
United Utilities has appointed Barhale to deliver a key project to improve water quality in the Micker Brook at Bramhall, Stockport. The civil engineering, infrastructure and tunnelling specialist will construct a new detention tank at Bramhall Precinct car park to reduce the number of times the storm overflow operates into the brook, a tributary of the River Mersey. The shaft tank will intercept a sewer running into the existing Briarlands Combined Storm Overflow (CSO). The contract has been awarded as part of the largest investment in wastewater infrastructure in the North West for a century. United Utilities is investing £13bn to protect and enhance over 500km of rivers, lakes and bathing waters whilst safeguarding drinking water supplies for millions of customers. The site sits within an area with a high water table so Barhale and UU have collaborated closely to identify a suitable design solution. It includes diverting an 825mm diameter sewer running at 4m depth to allow construction of a 1,000m3 shaft tank using a 12.5m diameter segmented caisson sunk to an invert depth of 13.3m. Barhale will also carry out the MEICA fit out including new pumps in the shaft, control equipment kiosks, control panels, telemetry systems and incoming power supplies. A dual rising main will be connected to the network upstream of the CSO chamber. Nick Curtis, Regional Director – Northern Region, Barhale said: “The project presents some significant technical challenges because of the location and site conditions and we are pleased to continue supporting United Utilities as part of their wide reaching AMP8 investment programme. “We are already active across several aspects of the programme which are reinforcing the network’s ability to withstand storm events. They include constructing another smaller storm tank near this one in Cheadle and two more in Merseyside. “The investment is aiming to reduce spill rates to fewer than one-in-ten-year events. The completion of the Briarlands CSO programme will be an important step towards meeting United Utilities’ target of reducing spills from storm overflows by 60% before 2030.” Completion is scheduled for early summer 2027. Building, Design & Construction Magazine | The Choice of Industry Professionals
Why Solid Polycarbonate Sheets Are Replacing Glass in Modern Construction
Glass has been a trusted building material for centuries, but today’s construction projects often demand more than traditional glass can offer. Homeowners want safer materials, architects look for greater design flexibility, and builders need products that reduce maintenance without sacrificing appearance. That is why solid polycarbonate sheets have become an increasingly popular alternative. They combine the clean look of glass with outstanding durability, making them suitable for everything from patio covers to skylights and modern facades. Direct answer: Solid polycarbonate sheets are replacing glass because they provide excellent clarity while offering far greater impact resistance, lighter weight, and improved durability. They also simplify installation, reduce maintenance, and perform well in demanding weather conditions, making them a practical choice for many modern construction projects. Why traditional glass no longer meets every construction need Glass remains an attractive material, but it also comes with limitations that homeowners quickly notice. Large glass panels are heavy, which makes transportation and installation more expensive. They can also crack or shatter after impact, creating safety concerns in busy households or outdoor areas. Modern homes increasingly include larger windows, outdoor living spaces, and architectural features exposed to changing weather. These applications require materials that can withstand hail, falling branches, or accidental impacts without breaking easily. Choosing a stronger alternative often reduces repair costs while improving long-term reliability. Another factor is flexibility. Glass has limited options once manufactured, while polycarbonate sheets can often be adapted to a wider variety of building designs. That allows architects and homeowners to create more customized spaces without compromising safety. What makes solid polycarbonate sheets different? Unlike hollow plastic panels, solid polycarbonate sheets have a dense structure that closely resembles the appearance of glass. They provide excellent transparency while delivering impressive mechanical strength. Many people are surprised that these sheets can handle heavy impacts that would easily crack standard glass. Because the material is much lighter than glass, installation becomes simpler. Contractors often spend less time lifting and positioning panels, which may reduce labor costs. Homeowners completing smaller DIY projects also appreciate handling a lighter material without specialized equipment. Another advantage is weather resistance. Quality solid polycarbonate sheets are designed to withstand prolonged exposure to sunlight, rain, and changing temperatures. This helps maintain both appearance and performance over many years with minimal maintenance. The biggest benefits for homeowners Choosing a building material often comes down to practical everyday advantages rather than technical specifications. Solid polycarbonate offers several benefits that homeowners immediately notice. Better safety around the home One of the strongest selling points is impact resistance. Unlike traditional glass, polycarbonate is far less likely to shatter into dangerous fragments after an accident. This makes it an attractive option for families with children, outdoor entertainment areas, greenhouses, and carports. Safety also becomes important during severe weather. Strong winds or hailstorms may damage ordinary glass, while polycarbonate panels can often withstand these conditions much better. That added durability can reduce both stress and unexpected repair expenses. Lower installation costs The lighter weight of polycarbonate sheets simplifies transportation and installation. Builders frequently require fewer people to move large panels, which can shorten installation time. For homeowners tackling renovation projects themselves, handling lighter materials makes the work more manageable. Product specifications, available thicknesses, and application examples can be found through solid polycarbonate sheets on Film-sheet-products.com. Reviewing these details helps compare options before selecting materials for their projects. Excellent design flexibility Modern construction often favors open, bright spaces with plenty of natural light. Solid polycarbonate sheets support this trend because they can be used for skylights, canopies, patio roofs, balcony protection, and decorative architectural features. The material is available in different thicknesses, colors, and finishes. Whether someone prefers a clear contemporary look or additional privacy through tinted panels, there are solutions that fit many design styles. Where solid polycarbonate performs best Certain applications clearly demonstrate why this material continues to gain popularity. Outdoor structures especially benefit from its durability because they face constant exposure to changing weather. Common examples include: Each application benefits from the combination of strength, clarity, and reduced maintenance. Instead of replacing cracked glass after unexpected damage, homeowners often enjoy many years of reliable performance. When comparing different materials, it is also useful to consider factors such as UV protection, thickness, and intended use. These characteristics influence both appearance and long-term durability, helping buyers select the most appropriate solution for their specific project. Would you like to know more about the application of solid polycarbonate sheets? Get informed by specialists at Film-sheet-products.com. Is polycarbonate always the better choice? No material is perfect for every situation, and understanding the trade-offs leads to better decisions. Glass still offers excellent scratch resistance and remains the preferred option for certain premium interior applications where heavy impacts are unlikely. However, for many residential construction projects, polycarbonate delivers a more balanced combination of durability, safety, and ease of installation. Its lighter weight can simplify renovation work while reducing structural load on supporting frames. Homeowners should also purchase quality sheets designed for outdoor use. Products with UV protection generally retain their clarity much longer and provide better long-term value than lower-grade alternatives. Taking time to match the material to the intended application usually produces the best results. Choosing solid polycarbonate sheets for lasting value at home Modern construction increasingly rewards materials that combine attractive design with dependable performance. Solid polycarbonate sheets meet those expectations by offering impressive strength, lighter weight, and excellent transparency without many of the drawbacks associated with traditional glass. For homeowners planning renovations or outdoor improvements, these sheets provide a practical balance between appearance, safety, and durability. Investing in the right material from the beginning can reduce maintenance, improve everyday use, and create spaces that remain attractive for many years. Frequently asked questions about solid polycarbonate sheets
What Policy Changes Can Accelerate Global Green Energy Transition?
Green energy does not lack invention. Turbines spin, solar panels get cheaper, batteries improve, and grids grow smarter. The blockage sits in policy. Markets don’t fix climate damage when fossil fuels still enjoy privilege and protection. Governments act as if mild encouragement will do the job. It won’t. Real acceleration needs rules that reward speed, punish waste, and stop delay being dressed up as prudence. The problem is not a technical weakness. The problem is political timidity, and that can change faster than power stations can be built. Price Carbon Properly The first change looks dull on paper. Put a firm price on carbon and stop treating pollution as a free extra. Once emissions carry a real cost, clean power stops looking like a moral gesture and becomes the sensible commercial choice. Customers describing a solar PV installation with battery storage from renewable energy specialists, such as GSM Ltd, highlight professionalism and timely delivery, with a successful outcome in the week after installation, including no electricity costs. This kind of reliable delivery builds trust and credibility by showing the company can meet reasonable timeframes compared with other suppliers. Exemptions ruin the system. A credible model needs a rising price path and a clear plan to use revenues to cut bills, fund insulation, and support cleaner transport. End Fossil Fuel Favouritism Subsidising fossil fuels while praising green targets is political theatre. One hand signs climate pledges. The other gives tax breaks and public support to oil, gas, and coal. That contradiction poisons every energy plan. Governments need a hard timetable to phase out fossil fuel support and publish every exemption clearly. This change should protect vulnerable households, not support fuel use in all cases. Cheap energy for everyone sounds generous. It usually rewards excess use and keeps old systems alive. It is better to support people directly and allow dirty energy to lose its artificial comfort. Build Faster Permitting kills ambition. Wind farms, transmission lines, storage sites, and charging networks spend more time on paperwork than on construction. That’s ludicrous. Environmental review is important, but it cannot become a veto tool. Governments should set clear planning timelines, shorten approval processes, and pre-zone suitable land for renewable projects and infrastructure expansion. Because wireless generation solves little, grids need special care. Cables and substations are ugly, but they determine how fast the transition goes. Drive Demand and Industry If policy prioritises supply over demand, the transition will stall. Electrification of clean energy, heating, transport, and industry is crucial. The government should set standards for cars, boilers, appliances, and buildings. Industrial contracts must limit the risk of switching to green hydrogen, electrified heat, and low-carbon steel or cement. Public procurement speeds reforms. State purchases of greener buses and building materials enhance market confidence. Skills policy belongs here, too. Lack of engineers and installers might derail plans. Conclusion Speed will not come from slogans, nor from treating the transition as an optional lifestyle choice. Green energy wins when policy changes the rules. Carbon must carry a cost. Fossil fuels must lose special treatment. Planning systems must stop choking infrastructure. Demand for clean technology must grow through standards, procurement, and industrial support. This is not a mystery. It is a question of nerve. States built the energy system that now causes the damage, and they can rebuild it with greater intelligence if they stop mistaking hesitation for wisdom.