Lifting Gear Maintenance Best Practices: Reduce Failures, Improve Safety and Extend Equipment Life
Lifting gear is built to work under pressure, but without proper care, it can deteriorate faster than expected and become unsafe to use. Chains, slings, shackles, hooks and lifting attachments are all exposed to load stress, impact, corrosion and general wear. Over time, that wear can reduce performance and increase safety risks. Routine maintenance helps to prevent failed inspections and equipment being taken out of service unexpectedly. It keeps lifting gear in safe working condition between thorough examinations, reduces downtime, and makes LOLER compliance far easier to manage. Why Lifting Gear Maintenance Matters LOLER inspections confirm whether lifting gear is safe at the point it’s examined. Maintenance is what keeps it safe the rest of the time. Without consistent checks and proper handling, lifting gear can deteriorate quickly, especially in environments where equipment is: used daily stored outdoors exposed to moisture, dust or chemicals moved frequently between teams used across multiple sites In practice, most inspection failures aren’t caused by a single dramatic fault. They’re caused by gradual wear that wasn’t spotted early enough. A basic maintenance routine reduces: unexpected equipment failure emergency repairs failed inspections premature replacement costs safety risk on site Lifting Gear Maintenance vs LOLER Thorough Examination A LOLER thorough examination is a formal inspection carried out by a competent person, with certification and a written report. It is required at set intervals. Maintenance includes the day-to-day and scheduled actions that keep equipment in good condition, such as: visual checks cleaning lubrication (where relevant) storage and handling controls removal of damaged gear planned repairs and servicing Both are necessary. Maintenance supports compliance, but it does not replace statutory inspections. The Most Common Causes of Wear and Failure Lifting gear tends to fail for predictable reasons. The most common issues include: Corrosion and pitting Often caused by wet storage, outdoor use, or poor cleaning after use. Deformation Bending, twisting, or elongation caused by overloading, impact, or incorrect use. Wear on load-bearing points Especially on hooks, shackles, chain links and lifting attachments. Missing markings and traceability Even if the gear is physically sound, missing ID or SWL markings can result in it being removed from service. The key point is this: most of these issues develop gradually. They can be identified early if routine checks are in place. Pre-Use Checks: The First Line of Safety Pre-use checks should be carried out before lifting gear is used, particularly for accessories such as: slings chains shackles hooks lifting clamps The check should be quick, but it should be taken seriously. Operators should look for: cracks or fractures bent or distorted components excessive corrosion worn safety latches damaged stitching or fibres (for textile slings) missing tags, markings or SWL information If there is any doubt about condition, the gear should be removed from service and assessed. Storage and Handling: The Most Overlooked Maintenance Issue Storage is one of the biggest factors in how long lifting gear lasts. Poor storage leads to corrosion, impact damage and general deterioration, often long before the gear reaches the end of its working life. Good storage should include: dry, clean conditions slings stored hanging rather than on the floor separation of different gear types to prevent contact damage clear identification and traceability removal of damaged gear so it cannot be reused Improving storage is one of the quickest ways to reduce inspection failures and extend lifespan. Scheduled Maintenance: What Should Be Done Between Inspections? A sensible maintenance routine includes scheduled checks that go beyond pre-use inspections. Depending on how often the gear is used, many businesses implement: weekly checks on high-use accessories monthly reviews of lifting registers and inspection dates periodic cleaning and condition assessments planned replacement of worn items This is especially important where lifting gear is shared between teams, moved between sites, or stored in mixed environments. When to Arrange Professional Servicing or Repair Some issues can be identified on site, but repairs and servicing should be carried out properly, and in line with compliance requirements. Professional servicing is recommended when: lifting gear is used heavily or daily equipment is exposed to harsh conditions gear has failed an inspection markings or traceability are unclear damage suggests possible overload you need repairs, replacements or re-certification How Maintenance Helps With LOLER Compliance Regular maintenance doesn’t just improve safety, it improves compliance outcomes. Well-maintained lifting gear is more likely to: pass thorough examinations stay within safe wear tolerances remain properly marked and traceable reduce the number of items removed from service unexpectedly It also reduces disruption. Instead of dealing with urgent repairs when inspections are due, issues can be identified and resolved earlier. If you want a clearer understanding of inspection schedules and statutory requirements, our guide to lifting gear inspections and LOLER compliance explains what’s typically required under LOLER and PUWER. Lifting Gear Maintenance as Part of a Safer System Maintenance works best when it’s part of a wider system, including: correct equipment selection operator training inspection scheduling clear record keeping safe storage and handling planned servicing and replacement It doesn’t need to be complicated, but it does need to be consistent. Support With Lifting Gear Inspections, Servicing and Repairs If you need help maintaining lifting gear across your site, whether that’s routine servicing, repairs, or inspection scheduling, our team at Merica can support you. FAQs How often should lifting gear be maintained? Maintenance frequency depends on use and environment, but pre-use checks should be carried out before lifting gear is used, and scheduled checks should be carried out regularly between LOLER examinations. Does maintenance replace LOLER inspections? No. Maintenance supports safety and reduces wear, but thorough examinations are still required under LOLER. What should we do if lifting gear is damaged? Remove it from service immediately and have it assessed. Continued use of damaged gear increases risk and may breach compliance requirements. Can lifting gear be repaired? In some cases, yes, but repairs should be carried out properly and may require re-testing and re-certification depending on the equipment type.
The Ultimate Guide to Lifting Gear Inspections & LOLER Compliance (UK)
When lifting gear is part of your day-to-day operations, inspections are essential for keeping people safe and protecting your equipment. It’s also a necessity in staying in compliant with UK regulations. If you’re not working with lifting equipment every day, it’s easy to get lost in the terminology: LOLER, PUWER, statutory examinations, thorough inspections… and the big question most businesses ask: How often do we actually need to inspect our lifting gear, and what does a proper inspection involve? In this guide, we’ll explain what’s required under UK law, and show you what to look out for if you want to keep your lifting gear safe, certified, and working as it should. What Counts as Lifting Gear? Before we dive into inspections, it’s worth clarifying what lifting gear actually includes. In most workplaces, lifting gear refers to any equipment used to lift or lower loads, including: Lifting slings and chains Shackles and eyebolts Hoists, winches and lifting beams Lifting clamps and attachments Hooks, swivels and connectors Any accessories used between the lifting machine and the load If it’s used to lift something, even occasionally, it’s likely covered by inspection and compliance requirements. What Is a Lifting Gear Inspection? A lifting gear inspection is a formal process of checking equipment for: Wear and tear Deformation, cracks or corrosion Damage from misuse or overloading Loose or missing components Signs the equipment is no longer safe to use For businesses in the UK, most lifting gear must undergo a “thorough examination” by a competent person at set intervals. This is more than a quick visual check. A thorough examination is a structured inspection that confirms the equipment is safe, fit for purpose, and compliant with legal requirements. LOLER and PUWER: What’s the Difference? Two main regulations apply to lifting gear inspections in the UK: LOLER (Lifting Operations and Lifting Equipment Regulations 1998) LOLER is the big one. It applies specifically to lifting equipment and lifting accessories, and covers things like: Thorough examinations Safe working loads (SWL) Lifting plans and risk management Certification and record keeping If you’re using lifting equipment in a workplace environment, LOLER almost certainly applies. PUWER (Provision and Use of Work Equipment Regulations 1998) PUWER is broader as it covers any equipment used at work, and focuses on: Suitability for use Safe maintenance Training and competency General safety controls In most workplaces, LOLER and PUWER overlap. PUWER covers the general requirement to keep equipment safe, while LOLER sets specific requirements for lifting operations and inspection intervals. Why Lifting Gear Inspections Matter (Beyond Compliance) Inspections help you stay compliant but they also help to prevent bigger issues. A missed fault can lead to: Load drops and serious injury Equipment failure and downtime Failed audits and enforcement action Expensive replacements Reputational damage Regular inspections catch small issues before they turn into costly problems. How Often Should Lifting Gear Be Inspected? This is one of the most common questions we get. Under LOLER, lifting equipment and accessories typically require thorough examination at these intervals: Lifting accessories (e.g., slings, shackles, chains) Every 6 monthsThis includes anything used to attach the load to the lifting equipment. Lifting equipment (e.g., hoists, cranes, lifting beams) Every 12 monthsUnless a risk assessment indicates a shorter period is needed. Equipment used for lifting people Every 6 monthsThis includes man-riding equipment and platforms. It’s important to note: these are typical legal intervals, but your specific schedule may vary depending on: Usage frequency Environment (e.g., corrosive or outdoor conditions) Load types and lifting cycles Age of equipment Manufacturer guidance If you want a clearer idea of what applies to your equipment, our lifting gear inspection and servicing support can help you build a schedule that makes sense for your site. What Happens During a Thorough Examination? A thorough examination is designed to confirm that the lifting gear is safe to use and meets the relevant standards. A competent inspector will typically: Identify the equipment and check markings (including SWL) Check for wear, cracks, deformation, corrosion and fatigue Inspect moving parts and connections Confirm components match specification Check for unauthorised modifications or repairs Review the condition of attachments and accessories Decide whether the gear passes, fails, or requires action Depending on the equipment type, the inspection may also involve: Functional testing Load testing Additional measurements (wear tolerances, elongation, etc.) What Paperwork Should You Receive? After a LOLER thorough examination, you should receive a written report confirming: What was examined The condition and findings Any defects or safety concerns Whether the equipment is safe to continue using The date of the next required examination These reports are not optional. They’re part of compliance, and they’re often requested during audits or site inspections. Common Lifting Gear Issues We See During Inspections Even well-run sites can have lifting gear problems, especially if equipment is shared, stored poorly, or used under pressure. Some of the most common issues include: 1. Worn or stretched chains Over time, chains can elongate, reducing their strength and safety. 2. Corrosion and rust Especially common in outdoor environments, marine sites, and damp storage conditions. 3. Missing tags or markings If SWL markings aren’t clear, the equipment may be removed from service. 4. Bent hooks or deformed components Even small deformation can be a sign of overload or improper use. 5. Unrecorded repairs Repairs done without proper certification can invalidate compliance. Pre-Use Checks vs Thorough Examinations: What’s the Difference? This is where many businesses get caught out. Pre-use checks These are basic visual checks carried out by the operator before using lifting gear. They’re important, but they are not a substitute for a LOLER inspection. Thorough examinations These must be carried out by a competent person and documented. They are required under LOLER at defined intervals. If you’re reviewing your lifting gear safety procedures, we also recommend putting a structured maintenance routine in place alongside your inspections. In our guide to lifting gear maintenance best practices, we explain exactly what that should include, from daily checks through to planned servicing, and how
Rapid re-oxygenation in a south Staffordshire fishery using Mercia Nanosolutions technology
Maintaining optimal water quality is crucial for the health and well-being of fish in commercial fisheries. One of the most important items to watch is dissolved oxygen (DO), which can change dramatically, especially during periods of warm weather. This case study examines how a fishery in South Staffordshire successfully averted a crisis using advanced oxygenation technology from Mercia Nanosolutions after more traditional methods failed to maintain oxygen levels. The challenge During an unusually warm spell, the manager of a specimen lake in South Staffordshire grew increasingly concerned about declining dissolved oxygen levels (DO). Warm weather is renowned for reducing the solubility of oxygen in water, and as temperatures rose, DO levels in the lake dropped below the ideal range for healthy fish. Dissolved oxygen should be maintained between 7 and 9 parts per million (ppm) to keep fish stress-free and healthy. Stress begins to manifest in fish when levels fall to around 5 ppm, and levels below 3 ppm are considered dangerous and a significant risk to fish survival. Despite running a traditional aeration system continuously for over a week, the DO levels continued to decline and at one point reached a critical low of 3.2 ppm. With the weather forecast predicting continued high temperatures, the situation wasn’t looking good. The solution: deploying Nano-Oxy 15-1500 Because of the increasing risk to the fish stock, the fishery team decided to try a Nano-Oxy 15-1500 unit. This advanced device is designed to efficiently dissolve pure oxygen gas into water, providing a rapid boost to DO levels, even under difficult conditions such as in this case. The Nano-Oxy 15-1500 was set up in the shallow water at the edge of the one-acre specimen lake. It was connected to a cylinder of pure oxygen and set to deliver oxygen at a rate of 15 litres per minute. The team closely monitored dissolved oxygen levels, taking readings every 20 minutes to track the impact of the actions. Results: rapid and sustained oxygen recovery The results were almost immediate. Within minutes of activating the Nano-Oxy unit, the team recorded a positive improvement in DO levels close to where the Nano-Oxy unit was. At the next reading, 20 minutes later, increased DO levels were detectable throughout the lake, indicating that the oxygen was diffusing rapidly and evenly across the body of water. To ensure the long-term health of the lake, oxygenation was maintained at 15 litres per minute for three hours. During this period, the dissolved oxygen rose steadily from the dangerously low 3.2 ppm to a safe and healthy 7.5 ppm. This swift recovery not only halted the immediate threat to the fish but also restored optimal conditions for their ongoing health and growth. Once the Nano-Oxy unit had been removed and the DO levels were trusted to the original aeration system, results showed that this was sufficient to maintain safe oxygen levels for the fish. This proved that the boost provided by the Nano-Oxy unit had reset the system, allowing normal procedures to resume. Lessons learned This case highlights several important points for fisheries management: Conventional aeration has limits: While traditional aerators are effective under normal circumstances, there are situations, such as extreme weather, which can overwhelm their capacity to maintain safe oxygen levels. Rapid response is critical: Monitoring and acting quickly when DO levels approach dangerous thresholds can prevent fish stress and death and the associated financial loss. Advanced technology can make a difference: The Nano-Oxy 15-1500 demonstrated its worth as a rapid-response tool, by restoring oxygen levels quickly and efficiently. Conclusion The successful intervention at this South Staffordshire fishery reinforces the importance of both vigilance and innovation in fishery management. By combining careful monitoring with advanced oxygenation technology, the team protected their valuable fish stock during a period of potentially lethal environmental disruption. The Nano-Oxy 15-1500 proved to be a reliable and effective solution, ensuring the long-term health and productivity of the lake. For more information, please contact Mercia Nanotechnologies: E: anthony.wortley@mercialiftinggear.com T: 01902 608 259
Choosing the Right Industrial Cable Ties for Your Business
Cable ties are a vital component in many industries, providing secure and efficient bundling solutions. Whether you work in food production, manufacturing, or heavy-duty construction, selecting the right cable ties is essential for safety, compliance, and performance. This guide from Mercia Electrical Solutions explores different types of industrial cable ties, including cable ties for the food industry, detectable cable ties, and heavy-duty cable ties. Cable Ties for the Food Industry Blue cable ties for the food industry are specifically designed to be highly visible, reducing the risk of contamination. These ties are made from food-safe materials and are resistant to moisture and chemicals, making them ideal for hygiene-sensitive areas. Benefits of Using Food-Grade Cable Ties: Compliance with food safety regulations. Explore our cable ties for food industry applications. Heavy-Duty Cable Ties for Industrial Applications For industries requiring durable and reliable fastening solutions, heavy-duty cable ties offer enhanced strength and resilience. These ties are designed to withstand extreme conditions, including high tension, UV exposure, and harsh weather environments. Key Features of Heavy-Duty Cable Ties: Made from reinforced nylon or stainless steel for extra durability UV-resistant options for outdoor applications High tensile strength for securing large bundles Heat and chemical resistance for extreme environments Common Uses for Heavy-Duty Cable Ties: Securing electrical cables in industrial and construction settings Bundling large pipes and hoses in manufacturing plants Fastening equipment in high-temperature environments Discover our range of heavy-duty cable ties. How to Choose the Right Cable Ties for Your Industry When selecting cable ties for your business, consider the following factors: Industry Requirements: Ensure compliance with safety and hygiene regulations. Material & Durability: Choose UV-resistant, heat-resistant, or metal-detectable options based on your application. Load Capacity: Use heavy-duty cable ties for high-tension applications. Environmental Conditions: Select materials that withstand exposure to chemicals, moisture, or extreme temperatures. The Best Cable Ties for Your Business At Mercia Electrical Solutions, we provide a wide range of industrial cable ties, for the food industry usage and heavy-duty cable ties for demanding environments. Speak to an expert today to find the best solution for your business needs and browse our full range of cable ties.
What Is an IP65 Rated Light?
IP65 Rated Lights Explained: What You Need to Know If you’re sourcing lighting for a bathroom upgrade, outdoor space, or commercial project, choosing fixtures with the right protection is essential. IP65 rated lights offer robust defence against dust and water, making them ideal for environments where safety and durability matter most. In this guide, we explain exactly what IP65 means, where it’s used, and what to look for when selecting IP65 waterproof lighting products for your next job. What Is an IP Rating? IP stands for “Ingress Protection”, an international standard that defines how well an electrical enclosure resists intrusion from solid objects and liquids. Each rating has two digits: The first digit indicates protection against solids like dust or dirt (rated 0 to 6). The second digit indicates resistance to liquids like moisture or jets of water (rated 0 to 9). For example, an IP20 light is suitable only for dry indoor environments, while IP65 offers significantly more protection, and is widely used in commercial, outdoor, and wet-zone applications. Understanding IP ratings helps you choose compliant lighting that’s fit for purpose and aligned with health and safety requirements. What Does IP65 Mean Specifically? An IP65 rating means the light is: Dust-tight: No dust ingress at all. Water-resistant: Able to withstand low-pressure water jets from any direction. Common examples of IP65 usage: Bathroom lighting near basins, baths or showers. Outdoor lighting exposed to wind, rain, or hose water. Industrial lighting in dusty or damp settings such as warehouses or workshops. Put simply, if you’re specifying lighting for use in harsh or moisture-prone environments, IP65 is a safe and durable choice. Why Choose IP65 Rated Lights? IP65 rated lights provide a reliable solution for a range of demanding environments, offering: Enhanced Product Longevity: Protected against water and particulate damage. Improved Safety: Suitable for use in environments with moisture or dust risk. Regulatory Compliance: Particularly for bathroom lighting regulations in the UK and commercial safety standards. Common applications include: Garden and external building lighting Outdoor security lights Ceiling or wall lights in bathrooms Commercial or retail environments If you’re stocking products for trade clients or outfitting a site, IP65 lights help meet both functional and legal requirements. Bathrooms (UK Lighting Zones) IP ratings are essential for bathrooms, which are divided into safety zones: Zone 0: Inside the bath or shower – requires IP67 minimum. Zone 1: Directly above bath/shower – IP65 is permissible subject to certain constraints. Zone 2: Within 60cm of water sources – IP44 minimum, IP65 recommended. Zone 3: Outside Zones 0–2 – no rating required, but IP-rated fittings offer peace of mind. Outdoor Spaces In gardens, patios, driveways and exterior building zones, IP65 lighting is ideal for: Wall-mounted fixtures Ground spike lights Decking and pathway lighting IP65 lights handle rain, hose spray, and dust, perfect for year-round performance. Commercial and Industrial Environments IP65 is a popular choice in sectors where reliability and safety are critical, including: Warehousing and logistics Retail spaces Workshops and kitchens Public spaces or car parks Dust, steam, and water spray are no match for a fully sealed IP65 fixture, making them a smart choice for specifiers and facilities managers. How to Identify and Buy IP65 Lights When sourcing IP65 rated lighting, look out for: IP marking clearly printed on packaging or datasheets CE and UKCA markings for safety assurance Reliable product data from trusted manufacturers or suppliers Avoid products without verifiable ratings or compliance markings. You’ll find a wide selection of tested, trusted IP-rated options available on the Mercia Electrical Solutions website, complete with technical specifications for trade and wholesale customers. FAQs about IP65 Lights Are IP65 lights fully waterproof?Not fully. IP65 lights are water-resistant, able to withstand low-pressure jets and heavy rain, but not suitable for submersion. What’s the difference between IP44 and IP65? IP44 protects against solid objects >1mm and water splashes. IP65 offers full dust protection and resistance to water jets – a better option for exposed or damp areas. Need help sourcing IP-rated lighting? Mercia Electrical Solutions supplies a wide range of IP65 rated lighting products for domestic, commercial and industrial applications. Explore our collection online or get in touch for bulk or trade enquiries. Contact us for product information, datasheets or custom supply options.
Why Businesses Should Invest in EV Chargers: Commercial EV Charging Solutions
With the rapid rise of electric vehicles, businesses are recognising the need for commercial EV chargers as part of their sustainability strategy. Whether you operate an office, a retail space, or a large commercial facility, installing EV chargers for businesses offers numerous advantages, from enhancing your brand’s green credentials to attracting employees and customers who drive electric vehicles. The Growing Demand for Commercial EV Charging The UK government is pushing for electric vehicles, with plans to phase out petrol and diesel cars by 2030. As a result, businesses that offer commercial EV charging stations are future-proofing their premises and staying ahead of the curve. Employees and customers expect businesses to provide the best EV chargers for businesses as part of their commitment to sustainability. By installing EV chargers, your company can align with national sustainability goals and contribute to reducing carbon emissions. The Business Benefits of EV Chargers Attract and Retain EmployeesWith more people switching to electric vehicles, providing EV chargers for businesses can be a key workplace benefit. Employees who drive electric vehicles will appreciate the convenience of charging their vehicles during working hours, improving job satisfaction and loyalty. Customer ExperienceIf you operate a retail, hospitality, or service-based business, installing commercial EV chargers can attract eco-conscious customers who prefer to shop, dine, or stay at locations that support green transport. Sustainability & Corporate Social Responsibility Consumers and investors are increasingly looking at the environmental efforts of businesses before engaging with them. Commercial EV charger installation signals that your business is committed to reducing emissions and supporting clean energy initiatives. Future-Proof Your BusinessThe demand for EV infrastructure is only growing. Installing the best EV chargers for businesses now means you’ll be ahead of competitors when government regulations and industry standards start mandating EV charging availability in commercial spaces. Financial Incentives & Cost SavingsGovernment grants and incentives are available to help businesses offset the cost of commercial EV charger installation. Additionally, businesses can potentially generate revenue by offering paid charging services to customers or employees. How to Get Started with Commercial EV Charging Before installing commercial EV chargers, businesses should consider: Location & Capacity: Assess how many chargers you need and where they should be installed. Charger Type: Choose between fast chargers (ideal for quick top-ups) and standard workplace chargers for all-day use. Installation & Maintenance: Work with experts to ensure correct installation, safety compliance, and long-term reliability. How Mercia Electrical Solutions Can Help At Mercia Electrical Solutions, we partner with Egg to offer expert commercial EV charger installation for offices, retail spaces, and workplaces. Our team provides: Expert consultation to determine the best EV charging solution for your business Seamless installation ensuring compliance with UK electrical standards Ongoing support for maintenance and future expansion Speak to an expert today to explore the best EV charging solutions for your business.
Jane Stevenson joins forces with Mercia Green Solutions to champion
Birmingham, April 2025 – Mercia Green Solutions is proud to announce a powerful new collaboration with Jane Stevenson, who joins the team to accelerate its mission of delivering innovative managed energy services and driving sustainability across schools, businesses, and communities. As former Member of Parliament for Wolverhampton North East, Jane brings extensive experience from her roles in Government Departments for Energy and Business. Her expertise in energy policy and infrastructure, together with her commitment to economic regeneration position her as a valuable asset to Mercia Green Solutions. “I’m delighted to be working with Mercia Green Solutions on common-sense ways for businesses and schools to go green,” said Jane Stevenson. “Energy costs are a major concern for business, with rising prices and ambitious Government net zero targets. Many businesses would love to be more sustainable, but are unsure where to start and concerned about the cost. Mercia’s managed services are unique and can remove the initial CapEx, so businesses can quickly start saving money as well as saving the planet.” Mercia Green Solutions offers a managed service model that enables businesses and educational institutions to adopt renewable energy solutions while retaining full returns from surplus energy sold back to the grid. This approach simplifies the transition to sustainable energy, making it both accessible and cost-effective. In partnership with egg, Mercia Green Solutions delivers a comprehensive suite of renewable energy services, including solar panel installations, battery storage systems, and electric vehicle (EV) charging solutions. This collaboration ensures clients receive end-to-end support for their sustainable energy infrastructure needs, enhancing the accessibility and convenience of adopting green technologies. “Jane’s appointment is a significant milestone for us,” said Jamie Fereday, Contracts Manager at Mercia Green Solutions. “Her insights will be instrumental as we continue to develop services that not only reduce emissions but also deliver genuine value to the organisations and communities we support.” Key highlights of the collaboration: ● Expert energy consultancy: Jane will contribute to shaping Mercia’s strategic direction, aligning solutions with policy developments and client needs. ● Community-led innovation: She will advocate for inclusive partnerships that combine social impact with long-term sustainability. ● Sector representation: Jane will represent Mercia at key events and forums, enhancing visibility and fostering collaborative opportunities. ● Green education tools: Mercia is developing tailored solutions for schools, including live energy dashboards that educate students on environmental impact through real-time data. Jane’s appointment underscores Mercia’s commitment to delivering not just greener buildings but also fostering a more sustainable society. Together, they are exploring partnerships with like-minded organisations to scale impact and remove barriers in the green energy transition. “Mercia’s goal is simple,” Jane added. “To make sustainable energy solutions easy, accessible, and truly beneficial—for both the organisations adopting them and the communities they serve.” About Mercia Green SolutionsMercia Green Solutions, a subsidiary of Mercia Group Services, is a leading provider of sustainable energy services in the UK, focusing on community impact and long-term value. Specialising in managed services, Mercia simplifies the green transition by offering practical, cost-effective solutions tailored to each client—from solar installations to educational support tools. About eggegg is a leading clean energy solutions provider, specialising in solar panel, storage and electric vehicle chargers. Making cleaner energy solutions accessible to more people with financing options available for residential and commercial properties, and promising to keep it straight when it comes to explaining the products and what they can do.