Heat Recovery Systems Dealers in Pune

• Features: Low maintenance, User-friendly operation , Efficient functionality.

Condensate Recovery pump Significant amounts of energy and resources can be saved by setting up a system to quickly recover and reuse Condensate Recovery Pump & Flash Steam. In an indirect heating process only 80% of the steam energy is used for heating & 20% energy comes out in the form of Condensate. We offer the most energy efficient Condensate Recovery pump for recovering this energy.   Reduction in Fuel Bill: Condensate is valuable resource of Heat available in process plant. Recovery of condensate reduces Fuel Consumption significantly by increasing the feed water temperature. Water charges: Any Condensate Recovery Pump not returned needs to be replaced by fresh water, increasing the fresh water requirement of the plant & its chemical treatment cost. Reduction in ETP load: Hot Condensate Recovery Pump drained is taken to the ETP which increases the load on ETP. This can be avoided by complete condensate recovery pump. Maximizing boiler output: As per F & A rating of boiler, hotter the feed water temperature higher will be the steam output from boiler. Reduction in Blow down Loss: Condensate is pure water, which contains almost no total dissolved solids (TDS). Returning more condensate to the feed-tank reduces the need for blow-down & thus reduces the energy lost from the boiler.

We provide Waste Heat Recovery Systems ( WHRS ) on Natural Gas / Bio Gas /HFO /FO/ HSD based Engines/Turbines and Waste heat coming from different processes like GLASS Furnace exhaust, Melting Furnaces Exhaust, Cement Waste Gases and Steel Furnaces. The huge power cost hike and increase of power demand in industry segment we all has to take each and every chance to trap the waste heat and generate steam possibly for Combined Power Plant or for process steam application. The waste heat recovery project is viable only depending on the investment recovery period. We "THERMIN" are very well known this fact and are designing/manufacturing/supplying the systems which gets maximum possible monetory outputs and in minimum time frame. "Thermin Power Systems Pvt. Ltd." offers Smoke Tube and Water tube Boilers for such applications.  

  Increase in fuel cost and tough competition in automobile sector leads to reduce the vehicle prices inorder to sustain in the market. Cost cutting is the only tool. Main focus in this regard is Paintshop Waste Heat Recovery. Generally the Paintshop Exhaust Flue Gases have high degree (almost 250 °C.) of heat which gets exhausted into the atmosphere. THERMIN ENERGY SYSTEM provides heat recovery system inorder to trap this heat and generate hot water for paintshop use. Thus the fuel to be used for hot water generator gets saved. THERMIN ENERGY SYSTEM provides such systems for about 8 to 10 months payback period.

• Type: Heat Recovery Systems
• Application: Heat Recovery
• Weight: 100-1000kg, 1000-2000kg, 2000-3000kg, 3000-4000kg, 4000-5000kg
• Color: Blue, Brown, Grey, Light White
• Voltage: 110V, 220V, 380V, 440V
• Automatic Grade: Automatic, Manual, Semi Automatic
• Rated Power: 1-3kw, 3-5kw, 5-7kw, 7-9kw, 9-12kw
• Driven Type: Electric, Hydraulic, Mechanical, Pneumatic
• Warrenty: 1year, 2years

Waste Heat is heat, which is generated in a process by way of fuel combustion or chemical reaction, and than “dumped” in to the environment even though it could still be reused for some useful and economic purpose.The essential quality of heat is not the amount but rather its “Value” the strategy of how to recover this heat depends upon the temperature of the waste heat gases and the economics involved.Recovery of waste heat has a direct effect on the efficiency of the process. This is reflected by reduction in the utility consumption & costs, and process cost.

Any exhaust gas stream with temperatures above 150°C has the potential for significant waste heat recovery. Typical examples include plant process heating, combustion air pre-heating, boiler feed water pre-heating and furnace exhaust heat. In addition to savings in everyday fuel consumption, many facilities can market and sell carbon credits back to industry. State funding is often available for waste heat recovery projects helping to reduce capital costs and expedite system payback. Enersys heat recovery systems are designed for ease of installation at industrial facilities. We can generate clean, reliable, and low-cost energy from a wide range of processes. Enersys offers solution to improve the efficiency of these industrial processes while increasing financial returns. VARIOUS SOURCES FOR WASTE HEAT RECOVERY: All boilers, thermal fluid heater systems and related processes Exhaust heat in flue gases from all type of D.G. Sets (HSD fired, LPG fired, and heavy fuel oil fired). Jacket heat recovery from engine. Exhaust heat recovery from gas turbine exhaust. Paper mills Steel plants Oil & gas refineries Textile process Food and pharmaceutical Gas compressor stations Hot waste gases from :–      o Scrap steel furnace        o Cement kilns        o Industrial Furnace        o Glass plants        o Waste gases from chemical process        o Incinerators 1.2 MW saving in Captive Power Plant at m/s Shah Alloys Ltd, Santej, near Ahmedabad.. The heat recovery system generates pressurised high temperature water which is used for process heating, replacing electrical heating of furnace oil and lube oil purification etc. It is integrated seamlessly with the Captive Power Plant (CPP) facility with automatic Control System. The CPP has 7 DG sets (FO fired) to generate more than 6,00,000 units/day. 200 kW Heat recovery facility is supplied to Jindal Steel Ltd, Hissar for saving power from 2500 kW furnace oil fired DG sets. 350 kW Heat recovery facility is supplied to Maral Overseas Ltd, M.P. for saving power from 2 nos 2500 kW furnace oil fired DG sets. A large size “Heat Recovery Air Heater” designed and manufactured for Birla White (Cement), Jodhpur, for kiln exhaust gas. This was in association with Enviro division of Thermax Ltd.

Product Features Steam operated positive displacement pump with no moving parts Designed as per ASME section VIII div 1 - conformance to international standard ensures quality design and longer life Atmospheric Flash System Product Features Generates low pressure flash steam Adequately sized to minimise pressure drop Designed with optimum separation velocity to get dry steam Atmospheric De-Aerator with Immersion Tube Designed to remove dissolved gases and oxygen from feed water by proper mixing of condensate, flash steam and cold make up. Product Features Liberates dissolved gases and oxygen One of the cost effective solution of dissolve oxygen removal from boiler feed water Thermal de-aeration of feed water by efficient mixing of condensate, flash steam and make up water Complete SS construction

• Country of Origin: Made in India
• Usage/Application: Heat recovery from Diesel generators or gas generators exhaust
• Fuel: Oil and Gas fired
• Brand: Nimotherm
• Material: MS, SS
• Temperature: 250 - 600 Deg.C

Industrial Boilers, design engineers, project engineering

heat recovery systems, Axial Flow Fans, fume extraction systems

heat recovery systems, Air Preheaters, Finned Tube Economizer

The units are designed to comply with codes such as NR13, Pressure equipment directive (PED), API , ASME , GOST , NORSOK or Australian code. These units are very compact so that the foot print is small. The units are of removable type design often preferred for such applications. These units are designed to heat either thermic fluid, water, water glycol or regeneration gas.

waste heat recovery systems, air pollution control equipments

Vibratory Feeders, Automated Conveyor System, Chain Driven Roller Conveyors

waste heat recovery systems, energy conservation systems

heat recovery systems, Industrial Steam Boilers, turnkey project services