Wastewater Evaporators

Pioneers in the industry, we offer multi effect evaporator, agitated thin film dryer, industrial wastewater evaporators, mechanical vapor recompressor, vacuum evaporation equipment and falling film evaporator plant from India. We Design, Manufacturer, Supply, Erection and commission various types of Multiple Effect Evaporators mentioned as below... Falling Film Evaporator Forced Circulation evaporator Falling + Forced Circulation (Combination) Evaporator KEY FEATURES : Simplified Functionality Offers Customized Solutions Saves On Production Cost Consumes Less Energy

Because it adopts steam heating, liquid film type flowing evaporation for feed liquid, whole heating system has high thermal transmission and other major feature of short heating time. If it is equipped with heating pressure pump, the system will save more energy, lower consumption of steam and circulation of cooling water. - It is suitable for liquid evaporation and concentration of larger viscosity as a result of material flows down and evaporates along inner wall of canal. - Material heating time is very short as material film inside every canal. That is good for wastewater evaporation and concentration. - Equipment is suitable for the evaporation and concentration of foaming material, due to liquid in the heating tube carried out the membrane evaporation, namely vapor-liquid separation, while majority of liquid at the bottom of the body is pumped to outside, only a bit of liquid enters into separator gather with secondary vapor, thus liquid process does not generate great impact to avoid the formation of bubbles. - Cleaning system is option. it enables to clean in-site. Operation is convenient. - Material can be fed and discharged continuously. - Equipment can be equipped with automatic systems to achieve the automatic control for feeding, heating temperature, feeding concentration, cleaning. Security measure is provided for sensitive materials against the accident of suddenly power cut and equipment failure. Other automatic controllers for safety and alarm are provided for customers option.

Packaging & delivery Packaging details: Exported standard wooden crate Delivery detail: Within 2 weeks against receiving the payment Mch06 ice cream cart; ice cream car 1. Mehen is first company in china to develop and manufacture ice cream cart; ice cream car for over 10 years. First grate quality with high standard performance! 2. Mehen ice cream cart; ice cream car are advanced and mature design of freezing, defogging and defrosting by fully automatic operation with digital control system. Mehen ice cream cart; ice cream car: 1) digital indicator: shows temeprature of inner display freezer 2) ice cream cart; ice cream car 3) condenser of ice cream cart; ice cream car:air or water 4) power supply: 220/380 volt, 1/3 ph, 50/60 hz 5) certificate: ce Mehen ice cream cart; ice cream car material & components: 1) compressor: tecumseh from france 2) expansion valve: danfoss from denmark 3) motor: wan'nan motor or siemens motor 4) refrigerant: r404 5) aisi 304 stainless steel Mehen ice cream cart; ice cream car characteristics: 1.Perfect circulations result in very average temperature, good design and control of the inside airflow. 2.Reasonable design of hot and cool result in power saving and very good freezing. 3.The hot copper tube evaporates the wastewater (from defrosting); no need to discharge. 4.Very efficient defrost function by using the hot gas from compressor. 5.Very good defogging result by using the hot air from condenser, save power. 6.No end-decoration for side and front glass, the view is quite clear and neat. 7.Automatic defogging and defrost function. 8.Fixed scoop rinse tap and discharge. 9.Easy dropping curtain for back door. 10.Refrigerate gas r404a.

Electroplating wastewater include the pretreatment rinsing wastewater, plating rinsing wastewater. And the principal pollutants are heavy metal ion . 1.1 Up-to-standard discharge technology The emission of waste water which contains heavy metal ions such as Cr, Cu and Ni must meet the local requirements by adopting the means of Physical and Chemical Reaction + Sequencing Batch Precipitation + Ion Exchange + Compulsory Filtration to reach the standard. 1.2 Electroplating wastewater reuse technology Electroplating wastewater reuse technology means to add reclaimed water reuse system and reuse system on the basis of standardized discharge technology. The effluent can meet reclaimed water reuse standards(such as cleaning). 1.3 Electroplating wastewater zero-discharge technology MVR evaporator Working principle: MVR evaporator will increase the energy of secondary steam by using compressor, and will take advantage of the secondary steam with improved energy to recycle the potential heat of secondary steam. Specifically: Increase the pressure and temperature of the secondary steam generated by evaporator through the adiabatic compression in compressor, and after that, the steam will be fed into the heating chamber of evaporator (heat exchange system) as the heating steam, thus the potential heat of steam can be reused. The cold material will absorb the heat of non-condensable gas through preheating exchanger before being sent into evaporator, so the temperature of the cold material will increase, meanwhile, the condensate can be cooled by this material. This can further improve the utilization ratio of heat.

Product introduction The plate condenser consists of plates that are welded together in pairs to form a so-called plate set. The concept of a plate set leads to two different types of channels: a weld channel for condensing steam and a gasket seal channel for cooling water. This type of plate is specially designed for optimum condensation. It has an asymmetrical arrangement with a large gap on the steam side and a small gap on the cooling water side. This makes it possible to maintain a very low pressure drop at the steam end while maintaining a certain speed and turbulence on the cooling water side. This maximizes heat transfer efficiency and minimizes fouling. Plate condensers are specially developed for condensing steam under low pressure or vacuum conditions in evaporation and distillation systems. It can meet a variety of specific applications and capabilities requirements. The steam inlet fitting is large and the two condensate outlets are small. The cooling water fitting is a medium size and is located in the center of the plate. Maximum heat transfer area: 500m2/set; Maximum design pressure:16bar Maximum temperature:200 celsius degree; Nozzle diameter:DN50~DN700 Plate thickness:0.5mm-1.2mm; Gasket material:NBR, EPDM, HNBR, HT-NBR, HEPDM, CR, VITON/FKM Fixed and movable plate material: Carbon Steel, Stainless Steel, and others on request. Plate material:AISI304, AISI316, AISI316L, Titanium, Ti-Pa,Hastelloy C276,254SMO,Nickel, AISI904L. Features Plate condenser Lower cost Due to the high heat transfer efficiency, this means less heat exchange area and higher cost efficiency than conventional shell and tube type, especially when stainless steel or titanium is required. The compact design also saves space, thus reducing transportation and installation costs. Plate condenser Less fouling Due to the high strength turbulence created by the specially designed corrugated sheets, there is less fouling on the cooling water side than the shell and tube condenser. Plate condenser Easy to clean The cooling water side is easy to clean, whether in the way of mechanical or chemical. Plate condenser Easy to expand Just add an extra "plate group" in the existing frame. Plate condenser Complete counterflow A greater degree of subcooling of non-condensable gases can be achieved compared to shell and tube equipment. Therefore, the load of the vacuum pump will be reduced. Range of application Alumina, food industry, sugar industry, beverage industry, industrial wastewater, etc.

#Calcium_Chloride 99% (CaCl2) use for White granular anhydrous calcium chloride is manufactured with the raw materials of high quality #calcium carbonate and pure #hydrochloric acid and through several processes of synthesis, filtering, evaporation, concentration and drying. Calcium chloride main usages are as follow: Oil and gas drilling agent Road deicing agents . Road stabilization and dust control .Accelerators in concrete . Industrial processing as additives in plastics, for calcium salt production, drainage aids for wastewater treatment, etc. . Other applications tire ballast, hydrocarbon desiccant, refrigeration brine, food processing agent or coagulating agent and additive for foods and many other usages.

Fusel Oil Separation Technology Proprietary Technology and Plants Technology Introdction: At present, the domestic methanol plant to coal as raw material, the use of coal gasification of methanol. The methanol synthesis step is carried out by compressing the fresh feed gas from the low temperature methanol and carrying out the catalytic reaction in the methanol synthesis column to produce the crude methanol product and then producing the qualified alcohol by distillation. A small amount of fusel oil mostly directly into the fusel oil tank for sale, not fully utilized. If through my company's technological transformation, fusel oil can be fully utilized, and can produce good social and economic benefits. Domestic coal chemical fusel oil treatment in two ways, namely, fuselage oil intermittent evaporative recovery and recovery of fusel oil continuous distillation.The former is intermittent operation, the size of fusel oil treatment is limited; The latter is through the provision of a methanol recovery column to recover methanol, while the preparation of C2-C6 alcohol fractions, the drawback is that the fine methanol is still containing more impurities, generally only as a low-grade products. Technical Features: In view of the above problems, our company relies on years of experience in chemical separation and customization, we using pressurized distillation and atmospheric distillation of the coupling method. Not only the top of the distillation column can be achieved to meet the national standard of high quality pure methanol, but also atmospheric distillation column using pressurized distillation column top material as a heat source, energy utilization has been greatly improved. More importantly, my company's matching fusel oil wastewater treatment process uses a two-step advanced oxidation and composite membrane - bioreactor (Membrane Bio-Reactor, MBR) in a combination of ways to meet ("petrochemical industry pollutants Emission standards "GB31571-2015) direct discharge standards and recycling water reuse standards, to solve the customer's worries. Proposed amendments. To 100,000 tons / year with 62.6% methanol fusel oil separation, for example.

Fusel Oil Separation Technology Proprietary Technology and Plants Technology Introdction: At present, the domestic methanol plant to coal as raw material, the use of coal gasification of methanol. The methanol synthesis step is carried out by compressing the fresh feed gas from the low temperature methanol and carrying out the catalytic reaction in the methanol synthesis column to produce the crude methanol product and then producing the qualified alcohol by distillation. A small amount of fusel oil mostly directly into the fusel oil tank for sale, not fully utilized. If through my company's technological transformation, fusel oil can be fully utilized, and can produce good social and economic benefits. Domestic coal chemical fusel oil treatment in two ways, namely, fuselage oil intermittent evaporative recovery and recovery of fusel oil continuous distillation.The former is intermittent operation, the size of fusel oil treatment is limited; The latter is through the provision of a methanol recovery column to recover methanol, while the preparation of C2-C6 alcohol fractions, the drawback is that the fine methanol is still containing more impurities, generally only as a low-grade products. Technical Features: In view of the above problems, our company relies on years of experience in chemical separation and customization, we using pressurized distillation and atmospheric distillation of the coupling method. Not only the top of the distillation column can be achieved to meet the national standard of high quality pure methanol, but also atmospheric distillation column using pressurized distillation column top material as a heat source, energy utilization has been greatly improved. More importantly, my company's matching fusel oil wastewater treatment process uses a two-step advanced oxidation and composite membrane - bioreactor (Membrane Bio-Reactor, MBR) in a combination of ways to meet ("petrochemical industry pollutants Emission standards "GB31571-2015) direct discharge standards and recycling water reuse standards, to solve the customer's worries. Proposed amendments. To 100,000 tons / year with 62.6% methanol fusel oil separation, for example.