Plans are advancing for a major AI data centre development at the Teesworks site in Northeast England, with the UK government aiming to position it as Europe’s largest AI infrastructure hub. But behind the headlines of digital transformation and investment, the project is fast becoming a focal point for debates
The Crown Estate has acquired the headlease of 100 Regent Street, a prominent mixed-use building in London’s West End, for £95 million. The purchase was made from a vehicle managed by Federated Hermes Real Estate and further cements The Crown Estate’s long-term commitment to revitalising the capital’s iconic retail and
On the 25th July 2025, NHS Property Services, Deputy Mayor of Preston Councillor Nweeda Khan and the NHS Lancashire and South Cumbria Integrated Care Board came together to celebrate the opening of the modernised Ingol Healthcare Centre. This transformative project represents a significant investment in local healthcare infrastructure, designed
New land bridge to provide level access route through urban park to connect the High Street to the River Tees. Esh Construction has marked a significant milestone in the transformational Stockton Waterfront urban park project with the installation of the precast beams to form a new land bridge being completed.
New lighting in schools, refurbishing a local wellbeing centre, creating crisis packs and wellbeing bags, running education events and donating almost £60,000 to community causes are some of the ways that the construction company building the National Rehabilitation Centre (NRC) have delivered social value to the local area. The construction
Modern architecture increasingly embraces glass installations for their dual benefits: safety and aesthetic enhancement. These features are transforming spaces into open, visually appealing environments without compromising structural integrity. Understanding the latest trends and best practices is essential for architects and builders alike. In recent years, the integration of glass elements
Integrating natural light into living and working spaces can transform the atmosphere, fostering a sense of openness and vitality. Glass elements like rooflights and balustrades offer innovative solutions to harness daylight, making interiors brighter and more inviting. This guide explores practical ways to enhance natural illumination using glass features. Incorporating
Sustainability is currently the number one priority for society and the business world. Today, both business and industry face greater expectations to track and manage their sustainability metrics. Life Cycle Assessment (LCA) is one of the methodologies that has received attention for its potential to enable change. It is a
London-based research and advisory firm Verdantix developed their proprietary Green Quadrant methodology to systematically rank and compare providers of software and services in multiple areas, including the ESG (environmental, social, and governance) and sustainability metrics that lie at the heart of the Verdantix mission and culture. While the annual Green
Laser cutting technology, once reserved for industrial and manufacturing giants, is now becoming an integral part of everyday life for individuals, small businesses, and hobbyists alike. From personalized gifts and home décor to fashion, medicine, and education, laser engraving and cutting tools are revolutionizing how we interact with materials, design,
Plans are advancing for a major AI data centre development at the Teesworks site in Northeast England, with the UK government aiming to position it as Europe’s largest AI infrastructure hub. But behind the headlines of digital transformation and investment, the project is fast becoming a focal point for debates around sustainability, governance, and planning priorities. Teesworks Ltd submitted a planning application in June for a proposed hyperscale campus covering nearly 500,000 square metres. The facility would anchor the UK’s second AI Growth Zone, complementing the existing site at Culham in Oxfordshire. The development forms part of the government’s AI Opportunities Action Plan and Compute Roadmap, both designed to increase the UK’s sovereign computing power. Backed by the Department for Science, Innovation and Technology (DSIT), the project is seen as essential for scaling AI workloads, providing dedicated energy access, and embedding the infrastructure into wider industrial and academic ecosystems. Early interest from leading tech firms suggests strong commercial momentum, with site selection favouring Teesside’s ample brownfield space, utilities access, and regeneration incentives. Yet the project faces mounting tension from within government and beyond. The Department for Energy Security and Net Zero (DESNZ) has flagged environmental risks, especially around the expected energy draw and water usage of large-scale AI centres. These concerns are amplified by a parallel proposal at the site: BP’s blue hydrogen and carbon capture (CCUS) facility. Local authorities and Teesworks Ltd have previously expressed opposition to the CCUS scheme, citing incompatibility with the data centre plan. This clash of priorities sets up a critical decision for Energy Secretary Ed Miliband, who is due to rule on the CCUS proposal by 28 August. The outcome could determine whether Teesworks becomes a national flagship for digital infrastructure or encounters prolonged planning conflict. Adding further complexity, Teesworks has come under scrutiny for its governance practices. A 2024 independent review raised questions about transparency and public value. This led to a best value notice issued in April 2025 and the creation of an improvement board to oversee development and accountability. With public-private collaboration at the core of the site’s ambition, confidence in management practices is crucial. For the building, design, and construction sector, the Teesworks data centre raises major questions about how future infrastructure projects balance innovation with environmental stewardship. As AI becomes more embedded in everyday systems—from smart cities to automated construction tools—the physical spaces that support this technology must align with broader sustainability goals. Constructing a site of this scale will demand integrated approaches across civil engineering, energy planning, facilities management, and digital systems architecture. Whether in HVAC systems tailored for server cooling, or sustainable power sourcing to mitigate emissions, design choices made now will influence long-term outcomes for both climate impact and operational resilience. If approved, the Teesworks campus could offer a blueprint for integrating hyperscale compute infrastructure into post-industrial landscapes. But it also highlights the increasing pressure on developers and public bodies to deliver technological progress without compromising environmental integrity or public trust. Building, Design & Construction Magazine | The Choice of Industry Professionals
The Crown Estate has acquired the headlease of 100 Regent Street, a prominent mixed-use building in London’s West End, for £95 million. The purchase was made from a vehicle managed by Federated Hermes Real Estate and further cements The Crown Estate’s long-term commitment to revitalising the capital’s iconic retail and business corridor. The Grade II-listed property spans more than 53,000 square feet of retail and office accommodation. Already holding the freehold interest through the Regent Street Partnership—its joint venture with Norges Bank Investment Management—The Crown Estate will now gain full operational control of the building. This acquisition is seen as a strategic move to unlock the site’s full potential, both commercially and environmentally. The Crown Estate has confirmed plans to enhance the office interiors, refresh the retail offering, and invest in sustainability upgrades to improve the building’s overall energy performance. Dominic Packwood, investment manager at The Crown Estate, commented: “This important acquisition marks a key step in delivering our long-term vision for Regent Street and the wider West End. Direct ownership of 100 Regent Street will help us to realise our ambitious plans across our portfolio, including the delivery of our development pipeline and public realm investment, alongside our wider goal to create a vibrant, inclusive and sustainable West End.” Property consultancy Savills acted on behalf of The Crown Estate during the transaction. As part of its wider strategy, The Crown Estate continues to focus on modernising key assets across its central London holdings—enhancing both their commercial value and contribution to the city’s urban regeneration. Building, Design & Construction Magazine | The Choice of Industry Professionals
On the 25th July 2025, NHS Property Services, Deputy Mayor of Preston Councillor Nweeda Khan and the NHS Lancashire and South Cumbria Integrated Care Board came together to celebrate the opening of the modernised Ingol Healthcare Centre. This transformative project represents a significant investment in local healthcare infrastructure, designed to both modernise existing facilities and enhance sustainability. The project has attracted a substantial investment of over £1.3 million, with £526,000 allocated from developer contributions secured through the planning process at Preston City Council and £730,000 coming from NHS Property Services (NHSPS) – with £240,000 earmarked for energy improvements through the health and property organization. This funding underscores NHSPS’ commitment to creating a more efficient and environmentally responsible healthcare environment. The improved facilities are expected to service approximately an additional 35,000 patients and a total of 5,300 new homes in North West Preston. In addition to a full refurbishment of existing clinical rooms, the project will add seven new clinical rooms to increase capacity for GP services and convert the site into a Net Zero facility. New forms of insulation have been installed (cavity wall and loft insulation), the move to electric heating was made and energy-efficient upgrades such as LED lighting, double glazed windows and solar PV panels were put into place. These measures will ensure long-term cost savings and reduced carbon emissions. The project was launched to address the growing demand for GP clinical services and to improve the sustainability and long term future of the building. NHSPS and the ICB’s Strategic Estates and Infrastructure Team were played a central role in to the project, handling everything from the initial Section 106 bid, negotiations with GP’s and other delivery partners, design and tender phases, to legal agreements and project management. Ben Gammer, NHSPS Estate Strategy Lead, said: “This project is a standout example of how smart space optimization can directly support the goals of the NHS’s 10-year health plan. By transforming underutilized areas into high-impact clinical environments, we’re not only increasing capacity but also reinforcing our commitment to delivering accessible, quality care in every neighborhood. It’s a testament to what can be achieved through strategic partnerships and sustainable design.” Now completed, the site’s increased GP capacity will alleviate pressure on local services, while the energy-efficient infrastructure will offer long-term benefits for both the local healthcare system and the environment. Dr Nidghtta Anjan, Partner GP at North Preston Medical Practice, said: ‘We are delighted to announce the completion of the newly renovated health centre, which signifies a substantial positive change for the community. We are committed to supporting the NHS’s long-term strategy to deliver high-quality healthcare whilst minimizing environmental impact and promoting social responsibility. With the new developments surrounding the area, we eagerly anticipate welcoming new patients to our practice, allowing us to showcase our enhanced clinic rooms, improved waiting area and modern reception desk.” Deputy Mayor of Preston Councillor Nweeda Khan said: “The improvements at the centre have been made possible by what is known as Section 106 agreements in relation to various planning applications made to Preston City Council. “These agreements are made to reduce the impact of a significant development on a local community, by providing such things as affordable housing, improving public spaces, enhancing local services or the environment. The upgrades will make a huge difference to the quality of service the health centre can provide and to the number of people in the area who now have access to essential services.” Geoff Lavery, Strategic Estate Lead for the ICB said: “We have worked incredibly hard with NHSPS and other delivery partners over several years to deliver this project and we are grateful that the S106 funding was in place to support it, however even with the availability of the funding the project has been incredibly challenging. The aim has always been to deliver increased capacity, sustainability and improved primary care services in the area and we were determined to achieve those aims. I hope the delivery of the Ingol project highlights the commitment of the ICB to serve the needs of its patient populations.” Building, Design & Construction Magazine | The Choice of Industry Professionals
New land bridge to provide level access route through urban park to connect the High Street to the River Tees. Esh Construction has marked a significant milestone in the transformational Stockton Waterfront urban park project with the installation of the precast beams to form a new land bridge being completed. The North of England contractor is carrying out the £23 million urban park on behalf of Stockton-on-Tees Borough Council. The project is a major part of the Council’s blueprint for the regeneration of Stockton over the next 25 years. Upon completion, it will feature a series of green, flexible spaces capable of hosting events and impressive, unique play areas, transforming the High Street and providing uninterrupted access to the riverside. With paving works progressing at pace along Finkle Square in the upper park, works to connect the High Street to the River Tees via a new land bridge and Millennium Bridge, have taken a significant step forward. A total of 47 prestressed concrete bridge beams have been installed with support from reinforced concrete specialists BEMAC Construction, to form the land bridge above the A1305 Riverside Road carriageway. The beams, which were manufactured by Shay Murtagh Precast Ltd in the Republic of Ireland, include 45 standard units measuring 21.5 metres in length and weighing 17 tonnes, alongside two edge beams which weigh 35 tonnes each. David Player, Contracts Manager at Esh Construction, said: “The bridge beam installation is a key milestone in the Stockton Waterfront project and a testament to the collaborative planning and engineering expertise of all involved. “With the beams in place, we can now move forward with casting the bridge deck and progressing the next phase of public realm works that will bring the land bridge to life.” A 200-tonne crane was used to lift the 47 beams into position over four days, with the heaviest lift taking place at an 11-metre radius. Ahead of the installation, Esh Construction’s project team visited Shay Murtagh’s manufacturing facility in County Westmeath to inspect the cast beams, review the quality assurance process, and ensure compliance with project specifications. Working closely with the specialist precast concrete provider, robust plans were then implemented to ensure safe delivery of the product in line with the installation schedule. Steve Lowe, Chief Structural Engineer at Shay Murtagh Precast Ltd, explained that the beams for this project are environmentally advanced with concrete using 40% GGBS replacement of Portland cement making them a significantly carbon efficient option. He added: “It was great to bring our technical expertise to this project and support Esh Construction in the beam and bridge deck installations, which will enable the next construction phase of the development of the land bridge and support the urban park’s progress for Stockton-on-Tees Borough Council.” With the beams forming the base for the 55-metre-wide land bridge above the realigned Riverside Road, the next phase of works will involve pouring 170m3 of concrete to cast the bridge deck, followed by the installation of 163m2 of porphyry paving, 420m2 of resin and 75m2 of granite paving to create a seamless public realm open space. The project will create an iconic, nationally recognisable new public space for the Borough’s residents and visitors and is part of Council ambitions to make Stockton-on-Tees a place of choice for people to live, work and visit. Councillor Richard Eglington, Cabinet Member for Regeneration and Housing at Stockton-on-Tees Borough Council, said: “It’s very exciting to see the progress of the transformation of the Stockton Waterfront site taking place and this important milestone helps make the vision of reconnecting the High Street to the river more of a reality. “The scale of change will also be felt across the entire Borough. Stockton Waterfront is set to be the catalyst for further regeneration work across Central Stockton and North Thornaby and we are looking to build on this success to create a thriving place for our communities and businesses.” In the coming months, residents and visitors will see marked changes on the site as works commence to install the amphitheatre and landscaping elements across the lower park, while construction of a new play park in the upper park is also set to begin. Procured via North East Procurement Organisation (NEPO), Esh is working with design partners Ryder Architecture and Billinghurst George & Partners to deliver the project. To find out more about Stockton Waterfront Urban Park, visit Stockton Waterfront urban park – Stockton-on-Tees Borough Council To find out more about Esh Construction, visit www.eshgroup.co.uk Building, Design & Construction Magazine | The Choice of Industry Professionals
New lighting in schools, refurbishing a local wellbeing centre, creating crisis packs and wellbeing bags, running education events and donating almost £60,000 to community causes are some of the ways that the construction company building the National Rehabilitation Centre (NRC) have delivered social value to the local area. The construction of the 70-bed purpose-built rehabilitation centre near Loughborough is being carried out by Integrated Health Projects (IHP), a joint venture between Sir Robert McAlpine and VINCI Building, and investing in the local community has been high on their priorities since the beginning of the programme. The NRC will be staffed and run by Nottingham University Hospitals NHS Trust (NUH) when it opens to our first patients later this year and aims to transform rehabilitation in the UK. Through their social value scheme, IHP contractors have volunteered 988 hours of their time within a 20-mile radius of the NRC and paid for the materials to deliver a variety of projects. These included: In addition, IHP has supported the local area by employing more than 150 local employees and 8 apprentices, and running 41 weeks’ worth of work placements for people aspiring to work in the construction industry. Miriam Duffy, NRC Director, said: “The commitment to social value was one of the key factors in our decision to select IHP and we’re delighted to see the impact they have had on our local communities. “The NRC is about improving the lives of our patients through rehabilitation following a serious illness or injury. I’m pleased that the building of such an important centre has also had a positive impact locally.” One key project has been refurbishing the lighting system at the nearby St Peters Church of England Primary School in Loughborough to help them to save 27% of their annual energy costs. This project was especially fitting as the design of the NRC uses modern methods of construction and will be the first operational carbon neutral NHS building in the country. T-Clarke, the company which has been completing Mechanical and Electrical installation, donated a total of 332 hours to replace all the faulty equipment with newer and more energy efficient lighting. Anton Melia from T-Clarke said: “The school’s existing lighting system was an outdated fluorescent installation that was not energy efficient and had also been causing the school a few issues. Following a report by an energy expert, we were approached under social value responsibility to see if we could aid with bringing this both up to date and reduce both energy usage and carbon dioxide production. “Together with our partner Lightcraft Technology, we installed a point for point LED based solution – resulting in a 27% energy reduction and a significant improvement to the learning environment for the children.” Another important project carried out by IHP as part of their social value commitments saw a refurbishment of the Loughborough Wellbeing Centre which provides a safe and supportive place for adults experiencing mental health problems. The refurbishment included installing sustainable, energy-efficient lighting, reconfiguring the interior space, making acoustic enhancements to make the space more peaceful, and created a new café area. This project is still on going and will be finished in the coming months. Numerous contractors from the project donated 70 hours and £3,267 to make the project possible. Helen Carter, CEO at the Loughborough Wellness Centre, said: “Through the works provided so far, we have already seen a difference with new cost-effective lighting being installed and creating a new cafe space for our Wellbeing Cafe within our building. “We are so grateful to have the support of IHP, Clear Engagement, T-Clarke, and Sherwood Interiors from the construction of the National Rehabilitation Centre to enable these improvements to be made. The works that you and your team have carried out have been greatly appreciated and have created a calmer space for our mental health charity beneficiaries which has been very well received by all.” The £105million NRC programme will create a specialist facility combines NHS care with research and innovation, all on the same site as the Defence Medical Rehabilitation Centre and is part of the New Hospital Programme. Building, Design & Construction Magazine | The Choice of Industry Professionals
Modern architecture increasingly embraces glass installations for their dual benefits: safety and aesthetic enhancement. These features are transforming spaces into open, visually appealing environments without compromising structural integrity. Understanding the latest trends and best practices is essential for architects and builders alike. In recent years, the integration of glass elements in building projects has surged, driven by the desire for transparency and light-filled interiors. Glass installations not only contribute to a sleek, modern aesthetic but also offer vital safety measures. These installations have become a staple in contemporary design, balancing form and function effectively. The appeal of glass lies in its ability to create an illusion of openness while providing necessary barriers and support. One popular choice for achieving this balance is the use of glass balustrades, which offer both safety and style. Balancing safety and aesthetics in building projects When considering glass features such as railings or partitions, safety is paramount. The strength of tempered or laminated glass ensures that these installations are not only beautiful but also robust enough to withstand daily use and environmental stresses. Architects often choose glass to create uninterrupted views and seamless transitions between indoor and outdoor spaces. This approach enhances the overall user experience by providing expansive views while maintaining safety standards. Moreover, the aesthetic versatility of glass cannot be overstated. Its ability to blend with various materials like metal or wood allows for innovative design solutions that cater to diverse architectural styles. Whether in commercial or residential settings, glass installations can elevate a space’s look while ensuring that safety is never compromised. This balance between beauty and security is crucial in designing spaces that are both inviting and practical. The integration of glass elements requires careful planning to meet both aesthetic goals and safety regulations. Builders must consider factors such as load-bearing capacity, impact resistance, and local building codes when incorporating these features into their designs. Through thoughtful design and execution, glass can redefine spaces, adding both value and functionality. Current trends and best practices As architectural trends evolve, so do the applications of glass in building projects. Recent innovations have seen the rise of smart glass technologies that adjust opacity for privacy or energy efficiency at the touch of a button. This dynamic adaptation highlights the ongoing shift towards intelligent building solutions that enhance user comfort while reducing environmental impact. Architects and builders should prioritize collaboration with experienced manufacturers to ensure high-quality installations. Best practices include thorough site assessments and customized solutions tailored to specific project needs. Emphasizing durability alongside design innovation helps create resilient structures that withstand both time and changing design preferences. The use of sustainable materials in conjunction with glass is another emerging trend. By integrating recycled content or using energy-efficient manufacturing processes, builders can contribute to eco-friendly construction practices without sacrificing style or performance. This holistic approach not only benefits the environment but also appeals to increasingly eco-conscious consumers. Examples of successful glass integration Numerous successful projects showcase how effectively integrated glass elements can transform buildings. In urban residential towers, floor-to-ceiling windows provide panoramic city views while serving as barriers against wind and noise. Such examples demonstrate how strategic use of glass contributes to both aesthetic appeal and occupant comfort. In office settings, internal glass partitions foster an open yet organized workspace that encourages collaboration without compromising privacy. These installations offer flexibility in layout changes while maintaining a sleek, professional appearance. They illustrate how modern design principles can merge practicality with visual allure. The versatility of glass is further exemplified in educational institutions where large atriums utilize skylights to flood communal areas with natural light. This design choice not only reduces reliance on artificial lighting but also creates vibrant learning environments that inspire creativity among students.
Integrating natural light into living and working spaces can transform the atmosphere, fostering a sense of openness and vitality. Glass elements like rooflights and balustrades offer innovative solutions to harness daylight, making interiors brighter and more inviting. This guide explores practical ways to enhance natural illumination using glass features. Incorporating natural light into your environment significantly impacts both ambiance and well-being. Sunlight elevates mood, enhances productivity, and improves sleep patterns. By strategically using glass elements, such as glass rooflights, you can maximize these benefits while also adding a modern design element. Glass rooflights play a crucial role by allowing daylight to penetrate deeper into interior spaces. Benefits of using glass for natural light Utilizing glass in architectural designs offers numerous advantages, particularly concerning the influx of daylight. Glass rooflights, for instance, allow sunlight to flood a room, reducing the need for artificial lighting during the day. This can lead to energy savings over time as reliance on electric lighting diminishes. Furthermore, the aesthetic value added by glass components provides a sleek, contemporary look that complements various design styles. Glass balustrades are another effective feature for maximizing daylight penetration. Unlike traditional solid barriers, these transparent structures permit light to travel freely between different levels or rooms. This creates a seamless connection between spaces while maintaining an open and airy feel. By choosing glass over conventional materials, you can enhance both the functionality and beauty of your interior environment. Beyond their visual appeal, glass features contribute to a healthier indoor climate. Exposure to natural light is linked to better psychological health and increased vitamin D levels, essential for overall wellness. By integrating glass elements thoughtfully, you create spaces that are visually appealing and beneficial for occupants’ health. Design considerations for energy efficiency When integrating glass features into your design, it is crucial to consider both energy efficiency and aesthetic appeal. High-performance glazing options offer superior insulation properties while maintaining clarity and transparency. These advanced technologies help manage heat gain and loss, ensuring comfort across different seasons without compromising on light quality. Orientation and placement are key factors in maximizing the benefits of glass installations. By positioning rooflights strategically, you can capture optimal sunlight angles throughout the day while minimizing glare or overheating issues. Additionally, incorporating shading devices or films can enhance comfort by controlling the intensity of incoming light. Aesthetically, the choice of frame materials and finishes for glass installations can complement or contrast with existing design elements. Consider options like anodized aluminium or timber frames that align with your overall interior theme while ensuring durability and strength. Practical tips for selection and installation Selecting the right type of glass is crucial for achieving desired light levels without compromising safety or durability. Tempered or laminated glass options are ideal for areas prone to impact or stress as they offer enhanced strength and safety features. Consulting with professionals during the planning phase can help identify specific needs based on location and intended use. Proper installation is essential to maximize the efficiency and longevity of glass features. Ensure that all fittings are secure and weatherproof to prevent leaks or drafts. Regular maintenance checks will help maintain clarity and performance over time, preserving both aesthetic appeal and functionality. Finally, consider how these installations integrate with other smart home technologies like automated blinds or climate control systems. Such integrations can optimize energy usage further while providing convenience and flexibility in managing indoor environments.
Sustainability is currently the number one priority for society and the business world. Today, both business and industry face greater expectations to track and manage their sustainability metrics. Life Cycle Assessment (LCA) is one of the methodologies that has received attention for its potential to enable change. It is a comprehensive technique that helps organizations to see the environmental impact of their products or services from the cradle (raw materials) to the grave (disposal). Companies can leverage platforms like Life Cycle Assessment by Greenly to comply with shifting regulations, save money, and create new profitable business lines. What Is Life Cycle Assessment? A Life Cycle Assessment (LCA) is a process of describing in detail the environmental impacts a product or a service causes to the environment in distinct stages or segments of its life. These stages include the following: Based on Life Cycle Analyses or LCAs, a business can discover inefficiencies, reduce costs, implement sustainable measures, and gain an overview of the environmental impact concerning a product. It was noted from Greenly that the process can be simplified through the use of digital platforms, which enables the generation of accurate assessments in a few days instead of months. It is thus essential to consider LCAs for sustainable assessments to: 1. Satisfy Compliance Demands. With the advent of global regulations such as the Corporate Sustainability Reporting Directive (CSRD) and Environmental Product Declarations (EPD), compliance LCAs are growing in relevance. In order for a business to achieve and maintain compliance, a preparatory assessment of possible environmental risks and compliance LCAs is essential. Thus, LCA is an efficient route to help businesses mitigate compliance risks. 2. Foster Eco-Design Advancements A deeper product life-cycle assessment enables the recognition of the environmental stressors that impact the carbon footprint of a product, making it easier for businesses to replace such materials or processes with lower-impact counterparts. Companies that take this approach stand to gain market appeal as it significantly boosts the reputation of the company. It makes it easier for such businesses to embrace sustainable practices and stand out through innovation. 3. Improving Image and Reputation Customers today pay attention to every detail of a product. Completing an LCA shows life cycle impacts of a product, demonstrating a Company’s dedication to Sustainability. This fosters brand loyalty and differentiates the brand. Automated reporting and data visualization done through Greenly’s LCA make communicating efforts much easier. 4. Assisting Supply Chain Choices Procurement teams are able to assess supplier impacts owing to the LCAs. This maintains every link in the supply chain and helps achieve the set sustainability targets, which remains a concern due to the changes in climate and the scarce resources. What are the phases of an LCA? The LCA process is divided into four phases: Greenly streamlines this complicated emission monitoring workflow by providing a platform that automatically integrates data connections, applies emission factors, and generates compliant reports for and from various emissions data sources a company may have. Real-World Applications of Life Cycle Assessment Case Study: 48 forty and the climate leaders Driving climate action is 48 Forty’s defining vision, and the company is proud to embrace life cycle assessments to lead sustainable climate change responses. They found cost-saving and marketing opportunities after thoroughly investigating their products and operational workflows. Their positive results go on to highlight the importance of life cycle assessments as tools for sustainable development. Retail Through powerful analytical tools, life cycle assessments are aiding brands to see the environmental impact their packaging, transportation, and manufacturing operations have. Biodegradable packaging, for instance, transitions many brands to low-carbon-emission products while satisfying environmentally conscious customers. Food Through life cycle assessments, food producers gain valuable information on a wide range of activities spanning agriculture, processing, and even the distribution of packaged food products. The knowledge helps them to embrace regenerative agriculture, minimize food waste, and curb emissions. Advantages of Using Greenly’s LCA Platform Greenly’s Life Cycle Assessment system is notable for its sophisticated features and easy-to-use interface. Important advantages include: The Way Ahead: Adopting Life Cycle Evaluation As the world transitions to a low-carbon economy, life cycle assessments (LCAs) will be essential in forming sustainable practices. Using tools like Life Cycle Assessment through Greenly provides businesses with the opportunity to innovate and aspire to contribute positively towards a more sustainable planet while also becoming more competitive. The first step in the journey towards sustainability is to understand and take action on the full capabilities of environmental impact of a product/practice. Conclusion A Life Cycle Assessment is an exercise of more than just technology and emissions information. It is a real tool of change for innovation. In a world dealing with the growing climate crisis, these types of assessments provide actionable opportunities for innovation, impact, and efficiency. No matter how big or small, developing a methodology not only supports the development of a sustainable future for your business but for the planet as well. See how Greenly’s Life Cycle Assessment platform can help move your sustainability journey forward today.
London-based research and advisory firm Verdantix developed their proprietary Green Quadrant methodology to systematically rank and compare providers of software and services in multiple areas, including the ESG (environmental, social, and governance) and sustainability metrics that lie at the heart of the Verdantix mission and culture. While the annual Green Quadrant Report for construction management software (CMS) has decidedly green roots, it has also become an industry barometer for overall innovation, growth, and financial acumen. As green objectives converge with general business objectives, providers of CMS, building information modeling (BIM) software, digital twins, and other enabling technologies for sustainable construction have seen their results improve in tandem with their commitment to green technology. Green Quadrant Report Overview The Green Quadrant methodology developed by Verdantix converts diverse data sources into a simple graphical format, with an intuitive x-y scale based on momentum (x-axis) and capabilities (y-axis). All participants complete a two-and-a-half-hour live product demonstration and an 83-point questionnaire as part of the evaluation process. Companies that score well in both major categories find themselves in the upper right Green Quadrant, which also distinguishes them as industry leaders. RIB Software was recognized as a leader in 2025, ranking at or near the top (among the 12 participants) in categories including compliance management, field operations, organizational resources, and market vision. Green Companies Are Successful Companies Not surprisingly, the CMS providers recognized as leaders and innovators have also taken tangible steps to support sustainable building practices, while promoting social and environmental responsibility within their organizations. Verdantix also uses their unique industry platform to support green initiatives, with commitments to minimize waste, identify suppliers with sustainable credentials, and educate 10 select clients per year on their sustainability policy. Verdantix publishes Green Quadrant reports focused on EHS software, supply chain software, climate change consulting, and other related products and industries. Construction management software (CMS) was deemed worthy of its own annual Green Quadrant report, despite the fact that many key benefits, such as improved collaboration, data integration, mobility, and safety, are not directly related to sustainability goals and objectives. Innovation in Sustainable Construction Through the Green Quadrant methodology, Verdantix has demonstrated the indelible link between CMS and sustainable construction practices, but what does this really mean? Essentially, sustainable building and design practices are intended to minimize the negative effects of the construction industry on the environment, including waste, pollution, fossil fuel usage, and land degradation during construction, along with ongoing energy, water, and material consumption during operation. The advanced planning, material selection, resource allocation, and maintenance processes required for sustainable construction can only be achieved using an advanced digital toolkit that includes: ● Modeling tools like 6D BIM that simulate different scenarios in terms of energy and material efficiency. ● Carbon accounting software that allows users to track emissions and embodied carbon across all project stages. ● Advanced takeoff & estimation software to easily weigh the cost and environmental impact of each individual building element. ● Digital planning and resource allocation tools to optimize workflows and incorporate modular construction and other highly efficient methods. Digital construction tools and practices are also essential for obtaining green building certifications from organizations like LEED and BREEAM, since they support the detailed specification management, material tracking, and reporting required to obtain these coveted ratings. Encouraging Trends in 2025 The Verdantix Green Quadrant report provides unbiased feedback for the 12 esteemed CMS participants, along with insightful facts and trends that extend well beyond construction and sustainability. One unmistakable trend is the growing interest in AI as a companion technology for CMS and other digital tools, as labor shortages persist and construction companies struggle to stay efficient and sustainable simultaneously. A desire to eliminate data silos was another theme that emerged from the 2025 survey data, with large construction software companies recognizing the connection between poor data governance and poor decision making. The data-intensive modeling, project management, and procurement capabilities required for sustainable construction will make improved data management even more important in the years ahead. Greener Is Better Verdantix has developed a unique approach to supporting and recognizing sustainability, using the collection and analysis of data to influence and educate. Government regulations and consumer demand for greener options has made sustainability a prudent business decision, especially in industries like construction where each new product can impact emissions and environmental outcomes for decades. The innovation and vision shown by this year’s CMS Green Quadrant leaders places them among the world’s most successful software companies, as they skillfully guide the construction industry toward a sustainable future.
Laser cutting technology, once reserved for industrial and manufacturing giants, is now becoming an integral part of everyday life for individuals, small businesses, and hobbyists alike. From personalized gifts and home décor to fashion, medicine, and education, laser engraving and cutting tools are revolutionizing how we interact with materials, design, and customization. As technology continues to become more accessible and affordable, the impact of the laser engraver has moved far beyond factories and into creative studios, classrooms, and even kitchens. In this article, we’ll explore how laser engraving technology is reshaping the world around us—enhancing creativity, increasing efficiency, and enabling precision like never before. What Is Laser Cutting and Engraving? Laser cutting is the process of using a focused laser beam to cut or engrave materials with extreme precision. The laser beam vaporizes or burns the surface of the material, allowing for clean cuts or intricate engravings. While laser cutting removes parts of the material, laser engraving focuses on marking the surface without cutting all the way through. These machines are controlled by design software such as LightBurn or Adobe Illustrator, which allows users to input vector files, text, or images that can be translated into laser-cut or engraved output. Modern laser engravers support a wide range of materials including wood, acrylic, leather, fabric, paper, metal, and even glass. Everyday Applications of Laser Cutting Technology 1. Personalized Gifts and Crafts One of the most exciting areas where laser engraving is thriving is in the world of personalized gifts. People are using laser engravers to create custom name plaques, photo frames, ornaments, wedding favors, and keepsakes. For example, engraving a loved one’s name or a special date onto a wooden keychain or a piece of jewelry adds sentimental value that mass-produced items simply can’t replicate. This customization has opened up countless opportunities for small businesses and crafters who sell their creations on platforms like Etsy and Amazon Handmade. 2. Home Décor and Interior Design Laser cutting is enabling a new wave of creativity in home décor. From intricate wall art to custom lamp shades and engraved kitchen utensils, the possibilities are endless. Many interior designers and DIY enthusiasts use laser engraving to produce one-of-a-kind items that add character and a personal touch to living spaces. Wooden signs with family names, inspirational quotes, or geometric designs can be engraved and cut with a laser engraver for a professional, polished look. Even decorative tiles, mirrors, and fabrics can be enhanced using this technology. 3. Fashion and Accessories The fashion industry is another area seeing major benefits from laser engraving. Designers can use lasers to cut fabrics with intricate patterns, engrave leather bags or belts, and even produce custom acrylic jewelry. The precision of laser cutting ensures clean edges and consistent results—something that’s hard to achieve with traditional methods. Custom sneakers, laser-engraved denim patches, and engraved leather wallets are now popular items in niche markets. Consumers love owning something unique, and laser engravers make limited edition fashion not just possible but practical. 4. Education and Learning Laser cutters are becoming powerful educational tools in schools, makerspaces, and STEM programs. Students can learn about engineering, mathematics, art, and design all at once by creating real-world objects with digital tools. For example, students can design a puzzle, model, or architectural layout on a computer, then bring it to life using a laser engraver. This hands-on learning encourages creativity, critical thinking, and innovation—skills essential in today’s tech-driven world. 5. Medical and Scientific Applications Beyond creative use, laser engraving is playing a critical role in the medical and scientific fields. Laser-cut components are used in surgical tools, prosthetics, and diagnostic devices due to their accuracy and repeatability. Medical professionals can engrave instruments for identification and traceability. In prosthetics, laser cutting allows for perfectly shaped parts that can be customized to each patient, improving comfort and function. The Rise of Home-Based Laser Engraving Businesses The decreasing cost and increasing user-friendliness of desktop laser engravers have sparked a rise in home-based businesses. Entrepreneurs can now set up small-scale production lines in garages, basements, or studios with just a single machine. Popular startup ideas include: Social media platforms like Instagram and TikTok have helped these businesses flourish by showcasing time-lapse videos of laser engraving in action—boosting interest and sales. Benefits of Laser Engraving in Everyday Life 1. Unmatched Precision Whether engraving a delicate piece of glass or cutting intricate patterns into thin wood, laser engravers provide unparalleled accuracy. This precision leads to cleaner results, less material waste, and higher-quality finished products. 2. Speed and Efficiency A process that used to take hours by hand—like carving names into a wooden sign—can now be done in minutes with a laser machine. This speed allows creators to focus on innovation and scale their production with minimal labor. 3. Eco-Friendly Manufacturing Laser cutting is often more sustainable than traditional methods. It produces less waste, requires fewer chemicals, and is energy-efficient. Plus, many businesses are opting for renewable materials like bamboo or recycled wood, which pair perfectly with laser engraving. 4. Accessibility for All You no longer need to be a trained engineer to operate a laser engraver. Many brands offer intuitive software and tutorials, making it easier than ever for beginners to jump in and start creating. Whether you’re a teacher, an artist, or an entrepreneur, there’s a laser machine for you. Future Outlook: The Continued Expansion of Laser Technology As the capabilities of laser engraving continue to grow, so will its impact on our daily lives. Upcoming innovations may include: With continued advancements in software and hardware, laser cutting will become even more precise, faster, and easier to use—empowering a new generation of creators and professionals.
