Industrial Heating Systems
Excellent Warming at Low Cost
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Industrial Heating Systems
Efficient heating in industrial areas should be considered together with comfort. Radiant systems minimize energy loss by directly heating people and equipment, not the air. This technology, which works like the sun heating the Earth, is an ideal solution for areas with high ceilings and intense circulation. It does not raise dust, operates quietly and heats quickly. The name of economical and intelligent heating in modern industry: Radiant Heating.
Save Up to 40%;
The water radiant heating system can provide up to 40% energy savings compared to other heating systems. The panels, which are hung evenly on the ceiling of the facilities, provide natural and comfortable heating in the environment.
IT IS COMFORTABLE
Provides homogeneous temperature distribution. Does not create any air current. Creates extra comfort thanks to its high radiation effect. Provides optimum comfort thanks to the high floor temperatures it creates.
IT IS SAFE
There is absolutely no risk of fire! There is no risk of flashover or explosion. There is no risk of waste gas or natural gas leakage within the space.
IT IS HEALTHY
Since no combustion gas is released into the ambient air, the ambient air is clean. Since it does not create any air current, it does not create dust and particle circulation.
Why Neoplant?
Wherever traditional heating systems are inadequate, Industrial Heating Systems make a difference. In traditional systems, hot air rises and heat accumulates at the ceiling. Water Radiant Panel directly targets the working level; employees do not feel cold, a comfortable environment is created. Inefficient systems increase energy consumption and increase costs. Up to 40% energy savings with SRP eases the pocket of your business. SRP increases both morale and performance with equal and permanent heat distribution in the environment.
No Fire Risk
The surface temperatures of water radiants are much lower than gas radiants and do not pose any risk.
Radiant Efficiency 80%
It has high energy efficiency.
100% Stable Heat
It provides homogeneous temperature distribution and does not create any air current.
50 years Service Life
The average lifespan of hydronic radiant panels is 50 years.
10 Year Warranty
Works with Your Heat Waste
It can be used with renewable energy sources and waste heat.
Does not require maintenance
It is a plug-and-forget system. There are no moving parts in water radiant panels, there is no risk of failure, and maintenance and service costs are very low.
2 Year ROI Period
Your investment will be returned within two years. The same panels can be used for both heating and cooling.
Silent Operation Technology
Water radiant heating is completely silent.
Compliance with Government Incentives
It is compatible with Investment Incentive Programs. (energy)
CE Certified Systems
CE certified high efficiency and quiet motor technology!
Expert Engineering
Project-specific solution, field experienced team
80+ Factories Achieve Heating Efficiency with Neoplant Industrial Heating Systems
Get inspired by real experiences.
Industrial Heating Systems: Efficient and Comfortable Solutions
Heating Solutions for Large Industrial Spaces: Balancing Comfort and Efficiency
Heating expansive, high-volume industrial areas requires specialised engineering solutions to ensure both employee comfort and energy efficiency. In facilities such as factories, workshops, hangars, logistics warehouses, and production plants, heating systems must be selected in accordance with the physical characteristics and operational needs of the space.
At this point, standout industrial heating technologies include radiant heating, hydronic radiant panels, hot air blowers, infrared heaters, and central boiler systems.
Radiant Heating: Direct and Efficient Heat Transfer
Among industrial heating solutions, one of the most effective methods is radiant heating. Unlike conventional systems that heat the air, radiant systems transfer heat directly to surfaces and objects in the environment. Heat is delivered through electromagnetic waves from a hot surface to cooler surfaces, similar to how the sun warms the Earth.
By not heating the air directly, radiant heating minimises energy loss, especially in spaces with high ceilings and frequent door usage. Additionally, since radiant systems do not create air circulation, they reduce the movement of dust and particles, which is a major advantage in hygiene-sensitive industries.
Hydronic Radiant Panels and Other Systems
A subcategory of radiant heating, hydronic radiant panels use hot water circulating through embedded pipes to heat panel surfaces, which then radiate heat to surrounding objects. These highly efficient systems can operate with natural gas, heat pumps, electricity, or waste heat sources.
In addition, hot air blower systems are commonly used in small- to medium-sized industrial areas where quick heating is needed. Central boiler systems, on the other hand, provide centralised control and distribution for large-scale facilities.
Efficiency Meets Comfort
All of these systems share a common goal: delivering high heating performance with minimal energy consumption. When designed and implemented correctly, industrial heating systems can:
Reach desired comfort temperatures faster
Reduce energy costs
Improve hygiene and air quality in the workspace
Minimise maintenance requirements
Industrial heating systems can be fully customised to fit the structure and production dynamics of any facility. For organisations that prioritise energy efficiency, occupant comfort, and operational performance, selecting the right system offers both economic and environmental sustainability.
COMFORTABLE!
Ensures homogeneous temperature distribution throughout the space
Operates without creating air drafts
Offers silent operation for improved working conditions
Provides extra comfort through high radiant efficiency
Delivers optimal floor-level warmth, enhancing thermal comfort in occupied zones
ECONOMICAL!
No maintenance or service costs
Compatible with renewable and waste energy sources
Offers high energy efficiency, with radiant efficiency reaching up to 79%
No dependency on natural gas – compatible with solid fuels like coal, wood chips, pellets, etc.
Unused zones can be deactivated using motorised valves for additional energy savings
PRACTICAL!
Quick and easy installation
Very short heat-up time – reaches operating temperature rapidly
Adaptable to all ceiling heights, from 4 to 40 meters
No flue or additional ventilation required within the heated space
Minimal piping requirements, allowing for simplified infrastructure
HEALTHY!
Maintains clean indoor air as no combustion gases are released into the environment
Creates no air movement, preventing dust and particle circulation
Ideal for hygienic environments such as production, food, and pharmaceutical areas
SAFE!
No fire risk due to flameless operation
No risk of explosion or flare-up
No emission of exhaust gases and no natural gas leak risk inside the occupied area
ENVIRONMENTALLY FRIENDLY!
Minimises NOx and CO₂ emissions thanks to its high energy efficiency
Can operate with renewable energy sources and waste heat recovery systems
COMPACT, ADAPTABLE & STYLISH!
Customizable installation in terms of height, width, and length according to project needs
Ceiling-mounted design saves valuable floor space
Enables both heating and cooling with the same panels
Minimalist and elegant appearance complements architectural aesthetics
Available in custom RAL colours to match interior design and ensure visual harmony
ISO 9001 - 45001 - 14001 Certificates;
In line with the goals of increasing customer satisfaction, optimizing resource use, minimizing occupational health and safety and environmental risks in all its activities, Neoplant Engineering established the Integrated Management System in 2023 and was certified by TÜV AUSTRIA with ISO 9001, ISO 14001 and ISO 45001 certificates.
Industrial Heating Systems F.A.Q.
1. What is an industrial heating system?
Industrial heating systems are special heating solutions used to provide employee comfort, protect equipment and support production processes in large and high-ceilinged areas such as factories, workshops and warehouses.
2. Which heating systems are used in industrial areas?
Main systems:
- Radiant heating systems
- Water radiant panels
- Infrared heaters
- Hot air blowing systems
- Central boiler systems
3. How does a radiant heating system work?
Radiant heating works by directly heating objects and people with infrared rays, rather than the air. It transfers heat directly, similar to the way the Sun heats the Earth.
4. What are the uses of water radiant panels?
Hot water circulating in the panels on the ceiling heats the panel surface. This surface transfers heat to the environment through radiation, providing efficient heating.
5. Why are industrial heating systems different?
These systems are designed to meet the challenges of high ceilings, large volumes, heavy air circulation, and constantly open doors. Residential systems are inadequate in these environments.
6. Which system is the most advantageous in terms of energy efficiency?
Radiant systems provide energy savings of up to 30-50%, especially in areas with high ceilings. Because they heat directly, they do not spend much energy to heat the air.
7. How is the heating system selected?
- Size of the space
- Ceiling height
- Frequency of use
- Energy source preferences
- Insulation status
- Production sensitivities
8. What energy sources do industrial heating systems use?
- Natural gas
- Electricity
- Heat pumps
- Waste heat
- Liquid fuel boilers
9. Are industrial heating systems safe for health?
Yes, especially systems that do not create air circulation (e.g. radiant panels) protect air quality and contribute to employee health by reducing dust and particle movement.
10. What are the maintenance needs of these systems?
Although the need for maintenance varies depending on the system used, long-term use with low maintenance costs is possible in radiant and water panel systems because there are fewer moving parts.
