LPG for your company
Thanks to its characteristics, LPG is used in Ho.Re.Ca. (Hotel – Restaurants – Cafes) applications and in many industrial sectors, from construction to food, from manufacturing to metallurgy.
DragonGaz offers industries and small/medium-sized enterprises highly specialised support in identifying solutions suitable for different requirements, analysing energy consumption and needs.
Our aim is to set up proposals that, thanks to the use of LPG, can make production processes more efficient, simple and economical.
- A heating system which uses propane as a fuel can be adapted to the needs of the user, both in full and local heating system
- Using gas heat pumps to meet the complex needs of heating and hot water
- Micro-cogeneration with the use of devices powered by liquid gas for the simultaneous production of electricity and heat
- Gas and water chillers secure winter heating and summer cooling needs
- Air conditioning, a system which allows maintaining the desired temperature and humidity indoors regardless of external conditions, fed with liquid gas and additionally electricity
- DHW boiler or flow preheater, both in open and closed systems
- Kitchen, and its gas appliances for preparing meals in a fast and economical way
- Water in the swimming pool can be heated by using a propane boiler
- It is an optimal solution to use propane burners and generators in a laundry, where drying and ironing require a lot of heat
- Lighting of recreational areas with gas lamps
DragonGaz offers the best up-to-date heating and installation solutions technology. A significant energy savings will bring you closer to the principles of economical operation of liquid gas installations:
- Excellent or very good thermal insulation of buildings
- Modern heating devices with high efficiency
- Systems with thermostatic valves
- Installations with central weather control and weekly programmer
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- Reduction of building operating costs by up to 70%
- Good thermal conditions; the low thermal inertia of the equipment allows for economical gas consumption, as heat is felt almost immediately after start-up
- Elimination of operational uncertainties under changing weather conditions, thanks to the absence of water in the system
- Minimal maintenance and servicing requirements
- Possibility of using a daily heating cycle, with shutdowns during periods when the facility is not in operation
DragonGaz proposes the most up-to-date solutions for heating and installation technology. The use of radiant systems which are fed by liquid gas directly displaces traditional heating and allows you to:
- Reduction of building operating costs by up to 30%
- Good thermal conditions; the low thermal inertia of the equipment allows for economical gas consumption, as heat is felt almost immediately after start-up
- Elimination of operational uncertainties under changing weather conditions, thanks to the absence of water in the system
- Minimal maintenance and servicing requirements
- Hen houses heating by radiators (propane is the most appropriate source of energy for optimum temperature and ventilation for chickens, turkeys or ducks)
- Conservatory heating and CO2 supply increasing with 1m2 (depending on conservatory size, propane boilers for circulating water system, and heaters or gas radiators)
- Heating the mushroom-growing cellars with proper humidity control
- Using blowers to industrial and small-scale farmers` grain drying
- Using gas heat pumps meet the complex needs of heating and hot water
- Micro-cogeneration with the use of devices powered by liquid gas for the simultaneous production of electricity and heat
- Gas and water chillers used to secure winter and summer heating needs, particularly useful in the preservation of agricultural crops at reduced temperatures
- LPG is the best solution for starting fuel of biomass methane production in Biogas plants
DragonGaz proposes the most up-to-date solutions for heating and installation technology. The use of radiant systems which are fed by liquid gas directly displaces traditional heating and allows you to:
- Reducing maintenance costs up to 30%
- Limiting emissions of noxious substances and environmental charges
- Good thermal conditions, the minimal inertia of the equipment allows economical consumption of gas because, after the start, the heat is felt immediately
- Avoiding the uncertainty of its operation under varying atmospheric conditions, due to the lack of water in the installation
- Minimizing air and dust movements
- Reducing installation maintenance and operation to a minimum
- It is possible to use daily heating cycle with plant downtime exclusion
