Nirmal Energy Limited

Thermic fluid heaters and its working temperature is always a perplexing term and it is also mostly misunderstood expressions. Generally, all thermic fluid manufacturers recommend certain economic operating temperature or optimum fluid bulk temperature based on its useful life of the product. Hence, the manufacturer of Thermic Fluid Heaters recommends a continuous operating temperature of 300 °  degrees Centigrade for such a heater in their expectations or estimation of temperature profiles. But it is important to understand various aspects of temperature when thermic fluid flows through tubes of heater. When fluid flowing in the coils or tubes of the heater, a very thin layer of the fluid all along the metal periphery vehemently adheres to the solid metal very strongly. This layer never moves and form a film or layer which is a stationary oil film. This film creates very high resistance to heat flow from outer heated metal surface to circulating thermic fluid. This resistance depends

  SIDE STREAM FILTRATION SYSTEM FOR SYNTHETIC THERMIC FLUID Hot Thermic Fluid Filter in side stream operation:   HEATRAN ENGINEERS  provides filtration systems that are extremely efficient for cleaning and maintaining the efficiency of heat transfer fluids or thermal hot oils. HEATRAN systems are for in-line side stream / in-system filtration. Our in house design of filter housings and SS Filter elements (Grade 304 stainless steel possesses “good oxidation resistance in intermittent service to 870 °C and in continuous service to 925 °C”) suitable for the system fluid is proprietary and offers great flexibility and durability with re-usable filter elements to minimize the recurring expense on other type of elements and to enhance optimum cleaning of the Thermic fluid at elevated temperatures, since they can withstand system temperatures of up to 399°C. These elements have excellent dirt-holding capacity, are economical and reusable. HEATRAN housing design allow the self-cleaning capabil

INDUSTRIAL BURNER-BGN 300 LX-50HZ Industrial Baltur Burner Technical Descriptions: Gas burner compliant with European standard EN676. Electronic operation at two progressive stages. Continuous modulation operation by installing P.I.D. controller in the control panel (to be ordered separately with modulation probe). Modulation ratio 1:5. Gas burner with low NOx and CO emissions in accordance with European standard EN676: class 3. Regulating combustion air and blast-pipe. Combustion air intake with throttle damper. Air flow adjustment with electric servomotor. Combustion air intake designed to achieve optimum linearity of the air gate opening. Fully closing air damper on shutdown to avoid loss of heat through the chimney. Maintenance facilitated by the possibility of removing the combustion head without having to remove the burner from the boiler. Sliding boiler coupling flange to adapt the blast-pipe to the various types of boilers. Easy maintenance thanks to the two-sides hinge which a

INDUSTRIAL BURNER-TBML 120 ME 50HZ Industrial Burner-Technical Descriptions: Burner with alternate methane gas/diesel fuel supply, EC approved according to European Directives EN676 and EN267. Gas side modulating operation, diesel side two-stage Modulation ratio 1:4. Gas side burner with low NOx and CO emissions in accordance with European standard EN676: class 3. Burner with Low NOx and CO emissions on light oil according to European standard EN267: Regulating combustion air and blast-pipe. Combustion air intake with throttle damper. Air flow adjustment with electric servomotor. Combustion air intake designed to achieve optimum linearity of the air gate opening. Fully closing air damper on shutdown to avoid loss of heat through the chimney. Maintenance facilitated by the possibility of removing the combustion head without having to remove the burner from the boiler. Sliding boiler coupling flange to adapt the blast-pipe to the various types of boilers. Easy maintenance thanks to the t

Baltur Industrial Burners Weight :-  287 kg Kilowatt :- 5001-10000 Kw Industrial Burner-Technical Descriptions:  Gas burner compliant with European standard EN676. Electronic operation at two progressive stages. Continuous modulation operation by installing P.I.D. controller in the control panel (to be ordered separately with modulation probe). Modulation ratio 1:8. Gas burner with low NOx and CO emissions in accordance with European standard EN676: class 2. Regulating combustion air and blast-pipe. Combustion air intake with throttle damper. Air flow adjustment with electric servomotor. Fully closing air damper on shutdown to avoid loss of heat through the chimney. Maintenance facilitated by the possibility of removing the combustion head without having to remove the burner from the boiler. Sliding boiler coupling flange to adapt the blast-pipe to the various types of boilers. Easy maintenance thanks to the two-sides hinge which allows the removal of the combustion head without having

Thermic Fluid Heater is most popular in almost every industries and it is being used for various heating applications due to unique advantage over other heating systems like steam heating, electrical heating, direct firing, air heating etc., because of the following exceptional advantages:- Very low working pressure and safe from explosion hazards. Heat transfer medium or working fluid remains in liquid phase throughout and higher overall heat transfer. Greater efficiency of heat utilization , superior fuel-saving possibility, and better return on investment for the industry. No botheration continuous water treatment for feed water in case of steam boiler. No problem of scale deposition on heating surface. New generation thermic fluids with excellent properties are available in the market Better heat transfer coefficient, higher thermal stability, and long-life cycle Exemption from Indian Boiler Regulations Act and related formalities Thus, many unique advantages when selecting the the