Latest Products Latest Products Tue, 30 Nov 2021 22:49:42 +0530 en-us Steam Turbine Thu, 24 Oct 2019 00:00:00 +0530 Steam Turbine works on revolutionary concept with a view to keep the cost to minimum. It has three different modules integrated to generate electrical power namely Turbine, Gearbox and Generator. Apart from this, oil pumps, oil cooler and oil filters are also the part of Steam Turbine. We are named among the renowned Manufacturers, Exporters and Suppliers of Steam Turbine. We manufacture Steam Turbine using quality approved components and advanced technology at our well-equipped production unit. Features : NO - Gearbox / Lubricating system / Couplings / Alternator Retrofitted with existing low pressure stem boilers Power generation at almost ZERO cost Low RPM Very Compact, Indigenous manufacturing Low maintenance Pay back period about 12-15 months Modern PID based control system Light weight of special alloy Estimated life 10-12 years Design, Installation and Commissioning of a new turbine set within 9-10 weeks No special infrastructure required Price Range : Ranging from Rs. 5 Lakhs to 2 Crore Zero Discharge System Fri, 28 Jun 2019 00:00:00 +0530 We are amidst the dependable Manufacturers, Exporters and Suppliers of the Zero Discharge System. The Zero Discharge System evaporates water from Pretreated Effluent in almost the same way as thermal evaporators, employing the principle of diffusion at normal temperature. Industrial Boilers Sat, 18 Jun 2016 00:00:00 +0530 Maxgreen Ecoenergy Pvt. Ltd. is recognized as a successful Manufacturer, Exporter & Supplier of Industrial Boilers. We deal in the a wide variety of Industrial Boilers such as Fluidized Bed Combustion Boilers, Bi Drum Boiler, Single Drum Boiler etc. Our Industrial Boilers conform to the highest standards of quality, thus are widely preferred by the clients. We offer Industrial Boilers at competitive prices. Fluidized Bed Combustion Boilers Industrial Boilers Fri, 28 Jun 2019 00:00:00 +0530 We are engaged in the manufacture, export and supply of Fluidized Bed Combustion Boilers. We use only finest quality material to manufacture these boilers. Our Fluidized Bed Combustion Boilers are preferred for their efficient & trouble free performance. In these boilers, the fuel is burnt in suspension of hot bed material consisting of sand, ash and additives. Bi Drum Boiler Industrial Boilers Fri, 28 Jun 2019 00:00:00 +0530 Single Drum Boiler Industrial Boilers Fri, 28 Jun 2019 00:00:00 +0530 Maxgreen Ecoenergy Pvt. Ltd. is a popular name in the industry, trusted for its high quality Single Drum Boiler. We are widely acknowledged as reliable Single Drum Boiler Manufacturer, Exporter & Supplier. We use only premium grade raw materials to manufacture this variety of boiler. Our Single Drum Boiler is preferred for its corrosion resistance and rust resistance. We offer Single Drum Boiler in different sizes and capacities. Power Saving System Fri, 28 Jun 2019 00:00:00 +0530 Power Saving System saves energy for gas discharge lamps like tube light, sodium vapor lamp, mercury vapor lamp, metal halide lamps, etc without altering existing fittings. This is achieved by our Magnetic Amplifier coils and is fitted before MLDB. Caustic Recovery Plant Fri, 28 Jun 2019 00:00:00 +0530 In such grim situation one has to really start thinking a fresh on various profit making avenues which were being ignored in better times. The ideal way of looking at it is basically looking at points to save wastages of various resources and recover it profitably wherever possible.Details :Balaji –Green Ecoenergy has a team who have an experience of More then 10 Years in recovery from waste offering various projects such as heat recovery systems ,salt recovery and caustic recovery system / caustic recovery plantExplanation :Mercerisers for Textile Mills generate dilute caustic liquor, which if drained to effluent treatment plant, will create considerable problems in meeting the environmental standards. Caustic recovery system / caustic soda recovery plant by concentrating wash liquor and using the same back in Merceriser is the only feasible solution.Principle :Under caustic recovery system / caustic soda recovery , Caustic at low concentration is heated to its boiling point with the help of a heat source and the vapors generated due to boiling are used to heat the weak liquor. This hot liquid is then flashed at lower pressure  and the vapors so generated used again. The weak liquor is concentrated to 250-300 GPL as in case of dry Merceriser or 450-500 GPL in case of wet Merceriser which can be reused with a minor topping up of caustic.Operation : Weak Caustic lye, around 5-6 Be ( 40 - 50 gpl ), is collected from the impregnation and washing chamber  into a storage tank. It is then taken to a filtration unit to filter the suspended solids, fluff etc. The feed to CRP then passes through a series of preheaters which preheat the wash liquor with the help of flash vapors from the condensate flashes ensuring minimum steam loss in heating the Wash liquor to its boiling point.The liquor in the tubes comes in contact with the steam in the shell side of heater 1 and the liquor starts boiling. The vapor liquor mixture enters the flash vessel through a tangential entry and the vapors get separated and enter the shell of the 2nd stage. The boiling in the successive effect takes place due to lower pressure created with help of a water ring vacuum pump. Due to lower pressure the boiling point of the liquor is reduced and it starts boiling. The concentrated liquor enters the 2nd heater due to the pressure difference and comes in indirect contact with the generated vapors and the same procedure is repeated. The concentrated product is removed from the last stage by a product pump.This later is taken either to a storage tank or to a Concentrated Lye purification system . Under caustic recovery system / caustic soda recovery plant vapors generated at the last stage need to be condensed. This is done by either HotWateror an Adiabitc Evaporatorsystem. In case of a hot water system, water at room temperature is passed through tubes of an exchanger and it gets hot due to the vapors. This hot water is uncontaminated and hence can safely be used in the process or the boiler as per the requirement. In some cases where the hot water generated cannot be effectively consumed the effluent is passed through the exchanger and sprayed in an Adiabatic Evaporator Here the waste heat is lost in form of vapors and hence effective steam consumption of steam is reduced. Also nuisance of excess hot water is eliminated. Zero Discharge Effluent Plant Thu, 24 Oct 2019 00:00:00 +0530 At Balaji’s –Green EcoEnergy, every plant is tailor – designed to suit various process conditions like; Feed Temp, Feed Concentration, Product Concentration and Characteristics of Material like Heat Sensitivity, Flow Characteristics, Corrosion & Scaling tendencies.Details : Steam always enter the first heater. Vapors from the first evaporator are fed to the second heater and so on. The heaters transfer heat indirectly. The vapor liquor mixture enters the flash vessel & gets separated in 3 – stage separation program and more or less pure water vapors enter the 2nd stage, guaranteeing quality of condensate to be recycled. The concentrated liquor enters the 2nd heater, gets heated by indirect contact with the generated vapors and the same procedure is repeated. The overall result of such meticulous design is very encouraging in these days of high energy costs and the Processing Costs on our Evaporation Plants are un-matched in the Industry. When the liquor contains soluble organic or inorganic contents, they tend to separate out when solubility is reduced because of either increase in concentration or decrease in temperature or both. The total characteristics of the effluent are seldom known or even if known keep changing as per the product mix. Due to this inconsistent feed quality, there are very high chances of tube fouling and maintenance operations. If the separated solids / crystals are not taken care of properly, they will choke Evaporator, piping or Exchanger tubes. Consequent excessive scaling also would call for stoppages for cleaning. Since Evaporation systems are susceptible to fouling as described above, there is a limitation to the achievable concentration of the product in an evaporator. Usually most of the salts start crystallizing / scaling after about 27% concentration. So to reduce downtime and cleaning costs, it is best suggested to concentrate the effluent in the forced circulation evaporator up to a concentration depending upon the nature of effluents and then take it for further processing : Crystallization / solidification, depending upon the nature of salt.  Post Evaporation Drying :Based on the available infrastructure and the pollution norms various Post evaporation methods are employed by industries are as follows : Solar Pond Crystalliser & Centrifuge Thickener Agitated Thin Film Dryer Spin Flash Dryer Spray Dryer