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30  WE230


  is delighted to announce its successful appointment to the four-year Procure Plus framework, designed in support of supplying low and zero-carbon heating, hot water and smart control technologies to social housing providers and public sector organisations across the UK. Through the Procure Plus framework, Panasonic will provide its wide range of Aquarea air source


heat pumps, high-performance hot water cylinders, and advanced smart controls designed to support  existing building stock in the UK. This appointment reinforces Panasonic’s commitment to delivering innovative, renewable heating


solutions that help organisations meet evolving sustainability targets, reduce carbon emissions, and provide residents with reliable, cost-effective comfort. The four Lots that Panasonic Heating & Cooling has been awarded are as follows: Air Source Heat Pumps – up to and included 15kW (Lot 2); Air Source Heat Pumps – 16kW+ (Lot 3); Hot Water Cylinders (Lot 4); and Support of Smart Controls (Lot 9).


  , a trusted British manufacturer and supplier of commercial heating and hot water products, has supplied a high-performance hybrid heating system to Grantham Health Centre in Lincolnshire, helping the facility reduce carbon  Delivered in partnership with contractors Arthur Pollard Ltd, the solution combines


Hamworthy’s Stratton mk3 wall-hung condensing boilers with a Tyneham 50kW 290HT air source heat pump - a proven solution that provides a resilient, future-ready system tailored to the demanding requirements of the healthcare sector. 


WE231


reduce running costs, and align with strict carbon reduction targets. Using Hamworthy’s Tyneham high temperature heat pump as the primary heat source in milder weather, with Stratton mk3 boilers providing back-up in colder months, the system delivers reliable performance all year round. Supported by a 500L buffer vessel with back up heater and controlled via a Building Management System (BMS), the compact equipment was seamlessly integrated into the existing heating infrastructure.





Siobhan Maskery, Head of Commercial at property maintenance and facilities management company MSL, shares how organisations can ensure they are maintaining good indoor air quality in their premises. The effects of poor air quality Siobhan shares: “Poor indoor air quality is a common issue across workplaces and specialist facilities, especially in the winter months when reduced ventilation can trap pollutants and moisture indoors. Central heating systems and electric space heaters can further contribute by circulating stale air within the building. “In the short term, poor air quality


 concentrating, and can aggravate asthma and allergy symptoms. Over time, prolonged exposure can potentially lead to more serious health impacts. Addressing indoor air quality is crucial to safeguard long-term health and maintaining a well-managed building.”  Siobhan says: “Maintaining good indoor air quality can support productivity and concentration in workplaces and educational settings. It also supports


mental well-being through improved social interactions and stress reduction and helps create healthier environments throughout the year by effectively regulating temperature and moisture levels. “Good air quality is essential for health and safety in sectors such as healthcare and dental care, where poor ventilation can allow bacteria and pathogens to spread easily. Effective ventilation helps control airborne irritants and ensures commercial spaces remain safe and compliant for employees and clients.  maintain a balanced humidity level between 40 and 70%, which helps prevent air that is too dry, which can irritate the respiratory system, or too damp, which can lead to mould and mildew growth.”  “One of the most effective ways to improve indoor air quality is through regular maintenance of existing HVAC systems, as this is crucial for good air quality,” shares Siobhan. “Routine  ducts, and checking for any signs of 


 being circulated throughout a building. This ensures the air circulating in your  Taking a proactive approach with a planned maintenance service helps identify potential issues early, before they escalate into more costly problems. Regular HVAC maintenance can also  helping to reduce running costs. If you don’t yet have HVAC systems in place, you may want to get your indoor air quality measured to ascertain if you need get air conditioning systems installed. “Alongside HVAC systems, simple


ventilation practices can help make a noticeable difference. While it’s tempting to keep your windows shut during colder months, opening them occasionally can help refresh the air indoors. Finally, routine cleaning, including dusting and vacuuming, can help reduce dust and allergens in the air.





WE232


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