Waste Heat Recovery System Dealers

Graded among the top suppliers of Industrial Waste Heat Recovery System, we can deliver the product at inexpensive prices. Raw materials are feedstock for the finished products and thus it becomes crucial to source these inputs only from certified vendors. So, as a reliable name, we do the same.

• Software used for detail engineering: In-house excel sheet
• Structure design software: STAADPro
• 3D model: Advance steel
• Sectors: Oil and gas, Chemical, Petrochemical, Refinery
• Services to countries: India, Gulf, Europe and America
• Mechanical design software used: PV Elite
• Finite element analysis: ANSYS

Thermal design of heat / waste heat recovery unit to improve energy efficiency and thus reduce energy consumption as well as GHG emissions. Evaluate possibility of various design option - Single or two pass on flue gas side, horizontal / vertical tube arrangement - based on thermal and hydraulic design. Material selection to suit the requid operating conditions. Mechanical design of unit. Structural design for non-pressure parts and support arrangement. 3D modelling of complete unit alongwith support structure.

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.  

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.

Waste Heat Recovery Systems With day by day rising costs of fuel & in turn utility cost, recovering the waste energy is a basic need of any process industry. We offer complete customized package solution to recover energy from various waste heat sources in process plants.   In any process plant there are many heat sources available which are going to drain/ETP from which substantial amount of energy can be recovered like: Hot contaminated steam condensate, Vent Steam, Dye liquor from textile process, Process drain hot water, Boiler Blow down water & many more…. Benefits of Waste Heat Recovery Systems: Savings of substantial amount of Steam/Fuel. Reduced load on ETP as lower temperature effluent going to ETP. Reduced batch timings as in some cases hot water from the heat recovery system is used as input to the process. Boiler steam output increases as in some cases hot water from the heat recovery system is used as input to boiler feed water tank. Features of Waste Heat Recovery Systems: Compact design & skid mounted Design for ease of maintenance User friendly Performance monitoring tools provided Cost effective Safe in operation Recovering heat from the different sources needs different engineering of the complete system, which involves Selection & designing of: Waste Heat Recovery Systems The selected heat exchanger should be suitable for the particular application The design should be considering the maximum Waste Heat Recovery Systems

We design and Manufacture Waste Heat Recovery System for process plants like sulphuric acid. Sulphur recovery units, Hydrogen, Ammonia, Carbon black, Coke oven, Blast furnace gases, Sponge iron plants(DRI), Incinerators, Municipal solid waste, Diesel generators, Gas engine and turbine.

  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.

waste heat recovery systems, Turbo Nipple-04, Turbo Nipple-05

waste heat recovery systems, Solar Water Heaters, Air Heater, Room Heater

waste heat recovery systems, thermal boiler, Waste Heat Recovery Boilers

waste heat recovery systems, energy conservation systems

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

waste heat recovery systems, Industrial Furnaces, combustion equipment