CEILING SOLUTIONS & TECHNOLOGY
What is infrared heating and why do I need it?
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Shortwave infrared heating systems, which can be wall or ceiling mounted, warm people, objects and surfaces – but interestingly they don’t warm the air. Infrared heating specialist Mark Fishwick of Inergy Group reveals more
ithout the air itself being warmed, no heat is lost to high-ceiling heights to where it would naturally rise. Of equal value, no heat is lost through open
windows or doors. This makes infrared heating a transformative and efficient solution to install in industrial premises and spaces such as:
• Factories and warehouses • Food production facilities • Industrial garages, workshops and garages
• Sports and leisure facilities
The shortwave infrared heating system focusses on instantly heating the people, surfaces or exact area with shortwave infrared rays. This is of particular benefit to these industries but it can help with any facility with heat retention issues.
Energy efficient targeted heating
Shortwave infrared heaters are highly energy- efficient, converting almost all of the input energy into heat.
Advanced shortwave heating technology emits a focused radiant heat from low glare lamps and quality parabolic reflectors. The emitted radiant heat then warms people, surfaces or areas reducing heat loss through air circulation and slashes energy use. Based on evaluations with our clients, on average energy use may be reduced by between 60-70% by using shortwave infrared heating in comparison to traditional methods involving gas or water-based heating systems. That can translate into a saving of up to 75% on heating bills.
Zoning and flexibility
In any factory or warehouse space sometimes only a very small or specific area of the space may need heating. It becomes wasteful and inefficient to heat the whole area as a great deal of that produced heat won’t reach the specific area you want to be targeting. Selective infrared heating can be applied
to areas or zones without wasting energy warming unoccupied or unused areas of the space. For example; where people are working in a small area but within a large warehouse space. Systems can be modular and can be individually controlled depending on the specific needs and requirements. This flexibility enables total customisation of the heating system based on your exact needs.
Instant comfortable heat & productivity
Shortwave infrared heaters emit an instant, gentle, radiant heat as soon as they are turned on. Similar to the feeling of the warmth of the sun. This creates a pleasant environment, perfect for use in factories where quick heating is of real benefit for worker comfort or for loading bays in warehouses. Traditional heating solutions using forced air can often cause draughts and temperature variations through the workspace which may be less comfortable for the workers compared to infrared heaters.
Space saving installation
Shortwave infrared heating systems are available in multiple sizes and can be wall or ceiling-mounted saving valuable floor space in a factory or warehouse. In addition, they can be strategically positioned to deliver a targeted heat exactly where it is needed most.
24 BUILDING SERVICES & ENVIRONMENTAL ENGINEER DECEMBER 2024 Maintenance free
The shortwave infrared heating solutions we install typically have fewer moving parts than traditional gas or water-based heating systems. This reduces the chances of complex mechanical failure and the need for regular maintenance. This can result in cost savings from reduced servicing needs and reduced downtime for maintenance activities.
Improved air quality
Unlike conventional forced-air systems, infrared heating systems do not circulate air throughout a space. This reduces undesirable distribution of dust and other airborne particles. As a result, infrared heating systems may support improved indoor air quality and a healthier work environment for employees.
Key benefits to you Cost saving: Infrared heating solutions from Inergy Group offer a cost-effective alternative to conventional heating systems, with potential savings ranging between 50% and 75% (Depending on individual requirements). Reduction in energy consumption: Estimated to reduce energy consumption by up to 80%, infrared heating solutions are a sustainable choice. Environmental credentials: Infrared heating solutions will contribute to your business goals to mitigate carbon emissions and reduce carbon footprint.
Q&A with Mark Fishwick, director of Inergy Group
With regard to infrared heating technology, what sort of capacities of heat are available for these systems? All infrared heating systems we install are modular and scalable, designed to suit projects of any size and scale without limitation. We have demonstrated energy savings of up to 90% when converting clients from gas to electric heating and transitioning to infrared heating solutions.
What sort of structural changes need to be considered when replacing old heating systems with infrared systems? New infrared heating systems need to be wall or ceiling-mounted so there needs to be sufficient wall or ceiling space available for optimal mounting. Other factors we consider include the actual building layout, floor plan and ceiling height. In addition, workflow of staff and work pattern gives additional valuable information when designing the system and suggesting appropriate zones.
Generally, no structural changes are required to install an infrared heating system and installation is completely tailored to each client ensuring minimal disruption to operations.
What is the process to install a new infrared heating system? Any implementation process is carefully planned and executed to minimise disruption to your business operations. An appropriate process includes
1. 3.
Initial survey – Comprises a detailed analysis of the building and heating requirements including any existing systems to be decommissioned or integrated into a new solution
2. Design phase – A bespoke infrared heating solution is designed and fully-costed proposal presented
Installation – A complete and systematic installation of the heaters and controllers and integration with any existing systems as required
4. Commissioning: To ensure optimal performance and operation
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