Multi-energy Vapour Absorption Machines

Transcription

1 & Heating Division ulti-energy Vapour Absorption achines 4 T R - 4 T R ( 1 4 k W t o 1 4 k W ) From the leader in innovative cooling and heating solutions

2 Vision To be a globally respected high performance organization offering sustainable solutions in energy and environment. Sustainable Solutions From to Heating, from Power Generation to Air Purification, from Water and Sewage Treatment to Speciality Chemicals, THERAX Solutions are improving life at work in many ways. Every year THERAX helps generate 6, W of Power, produce 1, tons of steam, provide 1 million tons of and treat 1, million litres/day of Water and Waste. THERAX today is a major Engineering and Environment company with revenues of USD 8 million and with market capitalization of over USD 1 billion. THERAX was one of 2 Indian companies in Forbes list of Asia s Best Under a Billion Companies in 25 and 26 and was ranked No. 1 among the top 21 wealth creators in India over the last 5 years by a leading investment journal. THERAX brings to customers enriched experience of industrial applications, and e x p e r t i s e t h r o u g h t e c h n o l o g i c a l partnerships and strategic alliances. Operating from its Headquarters in Pune (Western India), Thermax has built an international sales & service network spread over South East Asia, iddle East, Africa, Russia, UK and the US. It has full fledged ISO 91:2 and ISO 14 accredited manufacturing setups. & Heating Division - SBU The SBU of THERAX promotes Vapor Absorption Chillers as a cost effective and environment friendly alternative to electricity driven compression chillers. It offers expert solutions in Process Chilling & Air Conditioning for industrial as well as commercial applications. SBU's strength lies in customized solutions as per the requirement of customers. Unlike electrical chillers, Absorption Chillers are powered by heat. These machines can run on a variety of heat sources, e.g. steam, hot water, liquid/gaseous fuels, exhaust gases and/or a combination of above. THERAX - Conserving Energy, Preserving the Environment Vapor Absorption Technology from Thermax is at work for clients in more than 5 industries including Pharmaceuticals, Chemicals, Fertilizers, Textiles, Petrochemicals, Food & Beverages and Automobile industries as well as in Hotels, Commercial Complexes, Shopping Complexes, Office Buildings, Educational Institutes, Airports and Cinema halls. anufacturing capabilities of Thermax s SBU are confirmed by the fact that, over the years, Thermax has installed numerous machines in more than 7 countries including USA, Germany, Spain, UK, Italy, UAE, Saudi Arabia, India, China, Australia, Thailand, Philippines, alaysia, Russia and Nigeria with the products conforming to the respective country standards like ETL, CE, TUV, DNV, ASE etc. Thermax has its fully owned subsidiaries namely Thermax Inc. in USA, Thermax Europe Limited in UK and Thermax (Zhejiang) and Heating Engg. Company Limited in China. Thermax believes in efficient and responsive services to it's clients and exhibits in it's way of business, by giving optimal and quality solutions and achieving customer delight. Thermax has a worldwide sales, service and distribution network to fulfill the needs of it's valuable customers.

3 The Trigeneration concept Chilled water in Chilled water out Get double the overall system efficiency! Sankey Diagram* for IC engine WITH HEAT RECOVERY 75-8% 1% Heat Recovery - HT Jacket Water waste heat 18% + Exhaust Flue gas 22% Radiation Loss 2% Stack Recovery 22% echanical Output 41% Electricity Engine Radiator / HE Exhaust 3-way Damper Jacket water Valve Trigenie Coolant Loss 7% Electrical Output 42% Alternator Loss 1% Stack Loss After Heat Recovery 1% Net Useful Output Power + Process Heat & 8% Engine gensets normally have about 4% overall electrical efficiency. The balance 6% is wasted to the atmosphere. The conventional method is to recover the waste heat through individual recovery equipment to cater to heating/ cooling requirements. Unique features of Trigenie Dump condenser - crystallisation prevention during shutdown of VA Common chiller for up to 3 engines without mixing of gases - optimised capex as well as floor space Approximately 12 to 15% higher heat recovery from the same exhaust flow parameters with heat exchanger design - improved ROI Separate generator for hot water recovery - better recovery at engine part load conditions, higher COP of VA at part load operations Customised exhaust gas inlet/ outlet connection to suit a site layout aximising heat recovery - customised design to recover maximum heat from jacket hot water with outlet temperature as low as 7 to 75 C Back pressure management - engine/ turbine always accorded first priority Highest COP Process design that ensures maximum internal heat recovery to give the lowest specific heat input benefit to the customer. Enlargement of heat transfer area - Done by all manufacturers Two stage evaporation - Feature unique to Thermax VA Large temperature difference of chilled water - Thermax can offer T as high as 3 C Refrigerant heat exchanger - Feature unique to Thermax VA Exhaust gas heat exchanger - Feature unique to Thermax VA

4 Trigenie - designed and engineered to perform Latest two stage evaporation technology Zero crystallisation The unique two stage evaporation technology ensures the Lowest Specific Heat Input requirement resulting in lowest heat and water consumption. Two stage evaporation also gives 5 to 7% higher COP than conventional single stage evaporation technology. Advanced series flow Parameter for Unit Para Flow Advanced HTG Series Flow HTG temperature C LiBr concentration % Parameter for Unit Para Flow Advanced LTG Series Flow LTG temperature C 88 9 LiBr concentration % NTR VA Advanced series flow cycle to avoid simultaneous occurrence of high temperature and high concentration, thereby minimising the probability of corrosion. Winner of the Bry Air Awards in 26, 27 & 21 in the ost Innovative Product Design category. Unique state-of-the-art concentration control and display that virtually eliminates crystallisation and is distinctly different from the auto decrystallisation offered by other manufacturers. This permits the VA to run smoothly even at 1 C cooling water inlet temperature. AC drives % Specific Heat Input Consumption Partload Curve (with invertor) (for indicative purpose only) % Load Variable frequency control on absorbent pump for higher reliability & savings in power, especially during part load operation. Isolation valves Isolation valves with special seals for vacuum application and bolted pumps to facilitate machine mounted pump maintenance without any loss of vacuum in the system due to exposure to atmosphere.

5 Up to C output Customised tube metallurgy Chilled brine outlet temperature up to C. In applications where temperature of less than 4 C is critical, vapour absorption technology can now be put to use. Special tube materials like Cupro Nickel, SS-316L, Titanium depending on water quality on site. PLC control PLC based control panel with display, user friendly interface and data logging system. Remote performance monitoring / DCS / BS connectivity also possible. Corrosion inhibitor Non-precipitating and non toxic olybdenum based corrosion inhibitor that ensures smooth and stable performance. Deoxidised Low Phosphorus copper tubes These tubes conform to AST standards and presence of phosphorus is maintained at less than.5 ppm which protects the tubes from Hydrogen embrittlement in LiBr environment. ultistage level control ultistage level control provided in the three heat exchangers enable effective operation during part load and help avoid cavitation of solution pump. Test bay Thermax has a state-of-the-art test bay capable of testing various types of vapour absorption chillers - steam driven, hot water driven, fuel fired, exhaust driven and a combination of these up to a capacity of 35 TR (123 kw). The entire testing facility is centrally operated by sophisticated Distributed Control Systems (ABB make) and can be operated by the touch of a button. Steam : 5-35 TR (175 kw to 123 kw) Exhaust : 5-35 TR (175 kw to 123 kw) Hot Water : TR (3 kw to 485 kw) Fuel Fired : 5-3 TR (175 kw to 154 kw)

6 Customized features to match your requirements Online standby solution and refrigerant pumps Thermax can offer machine mounted, standby absorbent and refrigerant pump. ulti-sectional shipment arrangements For convenient shipping and rigging, Thermax Vapor Absorption achines can be shipped in two or more sections depending upon the site requirements. Auto purging Remote Performance onitoring System (RPS) Holistic customer care Thermax Absorption Division has a wide network of Service Centres across the globe to ensure quick response to customers. With a cumulative service experience of over 4 VAs operating for more than 25 years, Thermax service personnel are equipped to deliver the right solution to users. In fact, in keeping with the company s proactive approach, Thermax has developed specific service modules for different types of users; depending on their usage pattern. For the benefit of its customers, Thermax offers various value-added services like: Preventive maintenance contract Operation & manning Localized customer training programs Backed by quality assured manufacturing to international codes ISO 141 REGISTERED FIR

7 Reference list of CHPC installations ITPL, Bangalore 24 TR (8438 kw) California State University Fullerton, USA 26 TR (9211 kw) Berlin Airport 74 TR (26 kw) PTT, Thailand 236 TR (83 kw) Pacific all, India 83 TR (2918 kw) 11, iller Street, Australia 426 TR (15 kw) oserbaer, India 4 TR (14 kw) Grand Venezia, India 48 TR (16877 kw) T Systems, Germany 41 TR (144 kw) Electronics Videocon Narmada Glass, Bharuch, India AT&S, ysore (India), Shanghai (China) oser Baer, Noida, India Polyfibres/ Spinning ills Gujarat Polyfilms, Surat, India Recron Synthetics, Allahabad, India United Weaving, Bangladesh Shopping alls/ ultiplexes Pacific all, New Delhi, India Cross River all, New Delhi, India Atlantis all, Allahabad, India Grand Venezia, Noida, India Food Processing/ Packaging Perfetti Van alle, Chennai, India Amul Dairy, Ahmedabad, India other Dairy, Ahmedabad, India Tetra Pak, Pune, India Chemicals & Pharmaceuticals Bayer India Ltd., Ankleshwar, India Sunpharma, Panoli, India Cadila Pharma Ltd., Ankleshwar, India Astrazeneca UK and India Glass, Plastics and others Neutral Glass, Ankleshwar, India PTT, Thailand Arashi Hitech, Coimbatore, India urudeshwar Ceramics, Karaikal, India Software Parks ITPL, Bangalore, India Commercial/ Institution California State University, Fullerton, USA Rome Airport, Italy Berlin Airport, Germany Data Centres T - Systems, Germany IB Data Centre, Syracuse University, USA

8 Technical specification sheet Double Effect Exhaust Fired Series odel Number UNIT ED 1A HU/ ED 1B HU/ ED 1C HU/ ED 2A THU/ ED 2B THU/ ED 2C THU/ ED 2D THU/ ED 3A THU/ ED 3B THU/ ED 1A CU ED 1B CU ED 1C CU ED 2A TCU ED 2B TCU ED 2C TCU ED 2D TCU ED 3A TCU ED 3B TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 2.9 (28.4) 4.7 (46.1) 5. (49.) 1.7 (16.7) 2.1 (2.6) 5. (49.) 6. (58.8) 5.4 (53.) 6. (58.8) Connection Diameter mmnb Water Flow Rate m³/hr C 29.4 / / / / / / / / / 34.6 Friction loss mwc (kpa) 3.8 (37.3) 5.8 (56.9) 6.9 (67.7) 2.5 (24.5) 2.7 (26.5) 6.9 (67.7) 7. (68.6) 6.5 (63.7) 6.7 (65.7) Connection Diameter mmnb Inlet Temperature Range C Exhaust Gas Outlet Temperature Range C Circuit aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva odel Number UNIT ED 3C THU/ ED 4A THU/ ED 4B THU/ ED 4C THU/ ED 5A THU/ ED 5B THU/ ED 6A THU/ ED 6B THU/ ED 6C THU/ ED 3C TCU ED 4A TCU ED 4B TCU ED 4C TCU ED 5 A TCU ED 5B TCU ED 6A TCU ED 6B TCU ED 6C TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 9.4 (92.2) 8.2 (8.4) 8.5 (83.4) 9.2 (9.2) 9.1 (89.2) 9.4 (92.2) 6.2 (6.8) 6.6 (64.7) 7.1 (69.6) Connection Diameter mmnb Water Flow Rate m³/hr Circuit Inlet / Outlet Temperature C 29.4 / / / / / / / / / 34.6 Friction loss mwc (kpa) 4.6 (45.1) 3.8 (37.3) 4. (39.2) 4.2 (41.2) 3.7 (36.3) 3.8 (37.3) 5.6 (54.9) 5.7 (55.9) 6.3 (61.8) Connection Diameter mmnb Inlet Temperature Range C Exhaust Gas Outlet Temperature Range C Circuit aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva odel Number UNIT ED 6D THU/ ED 7A THU/ ED 7B THU/ ED 8A THU/ ED 8B THU/ ED 8C THU/ ED 8D THU/ ED 6D TCU ED 7A TCU ED 7B TCU ED 8A TCU ED 8B TCU ED 8C TCU ED 8D TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 7.6 (74.5) 6. (58.8) 6.4 (62.8) 5.4 (53.) 5.9 (57.9) 9.7 (95.1) 1.2 (1.) Connection Diameter mmnb Water Flow Rate m³/hr Circuit Inlet / Outlet Temperature C 29.4 / / / / / / / 34.6 Friction loss mwc (kpa) 6.5 (63.7) 5.9 (57.9) 6.2 (6.8) 5.6 (54.9) 5.9 (57.9) 7.9 (77.5) 8.3 (81.4) Connection Diameter mmnb Exhaust Gas Inlet Temperature Range C Circuit Outlet Temperature Range C aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva *Additional Heat Recovery from exhaust gas up to 135 to 14 C (unique to Thermax) available on request Notes: 1) odel Nos. : ED XXX - HU/THU/CU/TCU Exhaust Gas driven Double Effect Chillers 2) Dimensions & weights are approximate and should be used for indicative purpose only. 3) These are custom built chillers, designed based on the engine and its loading condition. 4) inimum water inlet temperature is 1 C 5) Ambient condition shall be between 5 to 45 C 6) aximum Allowable pressure in Chilled / water system = 8 kg/cm²(g) {784.5 kpa(g)} 7) All Water Nozzle connections to suit ASE B16.5 Class 15 8) Control panel Electric Input = 1kVA 9) Power supply required is 415 V (±1%), 3 Phase, 5 Hz (±5%) + N 1) Above specifications are valid for insulated machine. 11) Technical specifications based on JIS B ) Please contact Thermax for higher capacities

9 Technical specification sheet Double Effect Exhaust + Jacket Water Fired Series odel Number UNIT EJ 1A HU/ EJ 1B HU/ EJ 1C HU/ EJ 2A THU/ EJ 2B THU/ EJ 2C THU/ EJ 2D THU/ EJ 3A THU/ EJ 3B THU/ EJ 1A CU EJ 1B CU EJ 1C CU EJ 2A TCU EJ 2B TCU EJ 2C TCU EJ 2D TCU EJ 3A TCU EJ 3B TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 2.9 (28.4) 4.7 (46.1) 5. (49.) 1.7 (16.7) 2.1 (2.6) 5. (49.) 6. (58.8) 5.4 (53.) 6. (58.8) Connection Diameter mmnb Water Flow Rate m³/hr C 29.4 / / / / / / / / / 35.4 Friction loss mwc (kpa) 3.8 (37.3) 5.8 (56.9) 6.9 (67.7) 2.5 (24.5) 2.7 (26.5) 6.9 (67.7) 7. (68.6) 6.5 (63.7) 6.7 (65.7) Connection Diameter mmnb Inlet Temperature Range C Exhaust Gas Outlet Temperature Range C Circuit aximum Heat Input kcal/hr kw Hot Water Inlet Temperature range C Circuit Outlet Temperature range C aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva odel Number UNIT EJ 3C THU/ EJ 4A THU/ EJ 4B THU/ EJ 4C THU/ EJ 5A THU/ EJ 5B THU/ EJ 6A THU/ EJ 6B THU/ EJ 6C THU/ EJ 3C TCU EJ 4A TCU EJ 4B TCU EJ 4C TCU EJ 5 A TCU EJ 5B TCU EJ 6A TCU EJ 6B TCU EJ 6C TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 9.4 (92.2) 8.2 (8.4) 8.5 (83.4) 9.2 (9.2) 9.1 (89.2) 9.4 (92.2) 6.2 (6.8) 6.6 (64.7) 7.1 (69.6) Connection Diameter mmnb Water Flow Rate m³/hr C 29.4/ / / / / / / / / 35.4 Friction loss mwc (kpa) 4.6 (45.1) 3.8 (37.3) 4. (39.2) 4.2 (41.2) 3.7 (36.3) 3.8 (37.3) 5.6 (54.9) 5.7 (55.9) 6.3 (61.8) Connection Diameter mmnb Exhaust Gas Inlet Temperature Range C Circuit Outlet Temperature Range C aximum Heat Input kcal/hr kw Hot Water Inlet Temperature range C Circuit Outlet Temperature range C aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva odel Number UNIT EJ 6D THU/ EJ 7A THU/ EJ 7B THU/ EJ 8A THU/ EJ 8B THU/ EJ 8C THU/ EJ 8D THU/ EJ 6D TCU EJ 7A TCU EJ 7B TCU EJ 8A TCU EJ 8B TCU EJ 8C TCU EJ 8D TCU TR Capacity kw Chilled Water Flow Rate m³/hr C 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 12 / 7 Friction loss mwc (kpa) 7.6 (74.5) 6. (58.8) 6.4 (62.8) 5.4 (53.) 5.9 (57.9) 9.7 (95.1) 1.2 (1.) Connection Diameter mmnb Water Flow Rate m³/hr C 29.4 / / / / / / / 35.4 Friction loss mwc (kpa) 6.5 (63.7) 5.9 (57.9) 6.2 (6.8) 5.6 (54.9) 5.9 (57.9) 7.9 (77.5) 8.3 (81.4) Connection Diameter mmnb Inlet Temperature Range C Exhaust Gas Outlet Temperature Range C Circuit aximum Heat Input kcal/hr kw Hot Water Inlet Temperature range C Circuit Outlet Temperature range C aximum Heat Input kcal/hr kw Overall Length mm Dimensions Width mm Height mm Operating Weight Tons Connected Power kva 32, *Additional Heat Recovery from exhaust gas up to 135 to 14 C (unique to Thermax) available on request Notes: 1) odel Nos. : EJ XXX - HU/THU/CU/TCU Exhaust Gas cum Hot water driven ulti Energy Chillers 2) Dimensions & weights are approximate and should be used for indicative purpose only. 3) These are custom built chillers, designed based on the engine and its loading condition. 4) inimum cooling water inlet temperature is 1 C 5) Ambient condition shall be between 5 to 45 C 6) aximum allowable pressure in Chilled / / Hot water system = 8 kg/cm²(g) {784.5 kpa(g)} 7) All water nozzle connections to suit ASE B16.5 Class 15 8) Control panel electric input = 1kVA 9) Power supply required is 415 V (±1%), 3 Phase, 5 Hz (±5%) + N 1) Above specifications are valid for insulated machine. 11) Technical specifications based on JIS B ) Please contact Thermax for higher capacities

10 TRiGENiE - working with all leading engine/ turbine makes CAT Guascor Rolls Royce Cummins an B & W Deutz T Wartsila Capstone icro turbine Hyundai Waukesha GE Jenbacher Exhaust Fired Cycle Water Outlet Condenser LTG Dump Condensor Aux. Water out Aux. Water in Chilled Water Outlet Drain Heat Exchanger Exhaust Gas out Exhaust Gas in Chilled Water Inlet Refrigerant Blow Down Valve s EVAP ABSORBER EVAP Purge Tank High Temp. Heat Exchanger Purge Pump Auto Blow Down Solenoid Valve Refrigerant Pump Absorbent Pump Water Inlet Over Flow Pipe Low Temp. Heat Exchanger Intermediate Solution Refrigerant Liquid Dilute Solution Refrigerant Vapour Strong Solution

11 P & I Diagrams (Indicative) Exhaust + Jacket Water Fired achine Tower Cold Insulation Blow Down Chilled Water Outlet Air Supply from Common Header S F Water Inlet From other applications ake up water Water Outlet F Chilled Water Inlet Air Header E/P Exhaust Gas Outlet Drain Hot Insulation Hot Water Inlet Hot Water Outlet S Hot Exhaust Gas Outlet Hot Insulation Hot Insulation Silencer Aux. Water Out Aux. Water In Three Way Damper Chimney Hot Insulation (Optional) E/P Air Header Radiator F Hot Water Booster Pumps ( 1 Working + 1 Stand by) (If Required) Client scope F F TE TC S Gate valve (open) Gate valve (close) Globe valve (open) Globe valve (close) Non return valve cock Butterfly valve (open) Butterfly valve (close) Pneumatic Butterfly on off valve (close) Y Strainer Air filter regulator Pump Flow meter otor Pneumatic line Pressure indicator Temperature indicator Flow meter Temperature element Temperature controller Orifice plate Thermax scope Three way diverting damper Solenoid valve Water Pumps ( 1 Working + 1 Stand by) To Other Application Chilled Water Pumps ( 1 Working + 1 Stand by) Cold Insulation Gas/Oil Engine Expansion bellow anual insertion blind plate Control valve Pressure gauge provision Double Effect Exhaust Fired achine ake Up Water Cold Insulation Tower Blow Down Chilled Water Outlet Air Supply from Common Header S F Water Outlet Vapour Absorption achine Hot Insulation Drain S Gas Inlet Water In Tapping from Generator Gas Outlet Water Out Hot Insulation Silencer Chimney Hot Insulation (Optional) Client scope F TE TC Gate valve (open) Gate valve (close) Globe valve (open) Globe valve (close) Non return valve cock Butterfly valve (open) Pneumatic Butterfly on off valve (close) Y Strainer Pump otor Pressure indicator Temperature indicator Flow meter Temperature element Temperature controller Thermax scope Water Inlet Three Way Damper S Three way diverting damper Solenoid valve Water Pumps (1 Working + 1 Std. by) Chilled Water Inlet Cold Insulation Oil/ Gas Engine Exhaust Gas Source Expansion bellow anual insertion blind plate Pressure gauge provision Water Pumps (1 Working + 1 Std. by)

12 eet your cooling requirements from any heat source HEAT SOURCE Steam - from Process - from Boiler Hot Water - from Process - from Engine Liquid/Gaseous Fuels - Natural Gas/ LPG - Bio-gas/ Producer Gas - SKO - HSD etc Exhaust Gas - from Engine/ Turbine - from icro Turbine/ Furnace Combination of any two or more of above THERAX Vapour Absorption achine APPLICAONS Process Air Conditioning Sustainable Solutions in Energy & Environment & Heating Division D-13 IDC Chinchwad, Pune , India. Tel.: Fax: acdmktg@thermaxindia.com Website: Customer Care: INDIA OFFICES umbai: Tel: (22) , Fax: (22) Ahmedabad: Tel: (79) , Fax: (79) Savli (Vadodara): Tel: (2667) , Fax: (2667) New Delhi: Tel: (11) 46872, Fax: (11) Chennai: Tel: (44) 24334, Fax: (44) Bangalore: Tel: (8) , Fax: (8) Hyderabad: Tel: (4) , Fax: (4) Kolkata: Tel: (33) , Fax: (33) OVERSEAS OFFICES Thermax Inc., USA: Tel : , Fax : dinesh@thermax-usa.com, Thermax Europe Ltd., UK: Tel : , Fax : dinesh@thermax-europe.com, Thermax (Zhejiang) & Heating Engg. Company Ltd. - China. Tel : , Fax : vbalasub@thermax-china.com, Thermax Ltd, Russia Tel : , Fax : abhijit.moholkar@thermaxindia.com Thermax Ltd., UAE: Tel: , Fax: navas@thermaxme.com, mohsin.pathan@thermaxindia.com Thermax Ltd, Saudi Arabia Tel : +966(3) #5357, Fax : +966(3) mohsin.pathan@thermaxindia.com, navas@thermaxme.com Thermax Ltd, Kenya Tel : , Fax : nawzar@yahoo.com, abhijit.moholkar@thermaxindia.com Thermax Ltd, Nigeria Tel: , Fax : nawzar@yahoo.com, abhijit.moholkar@thermaxindia.com Thermax Ltd, Thailand Tel : , bharat@thermaxindonesia.co.id Thermax Ltd, alaysia Tel : , bharat@thermaxindonesia.co.id Thermax Ltd, Indonesia Tel : , bharat@thermaxindonesia.co.id Thermax Ltd, Philippines Tel : , bharat@thermaxindonesia.co.id Thermax Ltd, Bangladesh Tel : , mvreddy@citech-bd.com Thermax Ltd, Sri Lanka Tel: , abhijit.moholkar@thermaxindia.com Thermax Business Portfolio Water & Waste Solutions Air Pollution Control Chemicals Boilers & Heaters Absorption Captive Power