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PRODUCTS AND SERVICES
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Tomorrow Environmental Protection
A technology-based manufacturing company engaged in evaporation, concentration, extraction, and wastewater treatment
Shandong Tomorrow Environmental protection technology co.,LTD
The company is affiliated with Shandong Tomorrow Machinery Group Co., Ltd. Located in the picturesque "Xiaoquan City" - Zhangqiu, Shandong, we focus on "multi effect evaporator", "MVR evaporator", and "zero discharge of difficult industrial wastewater" technology! Provide comprehensive one-stop solutions for enterprises in need! Its core technology and leading products are various types of evaporation concentration and crystallization equipment. It is a technology-based manufacturing enterprise engaged in evaporation, concentration, extraction, sewage treatment, and other fields.
The production base of Shandong Tebao Environmental Protection and Energy Conservation Technology Co., Ltd. covers an area of 40000 square meters, introducing American technology and conducting close cooperation with multiple domestic universities and industry renowned institutions. We always prioritize technology development and recruit technical talents. Shandong Tepaolo focuses on long-term development planning, with the technical principle of "producing high-tech, highly automated, and high-quality products"; By combining the overall treatment technology of difficult wastewater, we aim to create a first-class technology-based environmental protection enterprise. Committed to creating first-class environmental and energy-saving equipment in China.
Official Website：http://www.tebaoluo.com/
MVR evaporator
A, MVR evaporation principle and classification
MVR is the abbreviation of mechanical vapor recompression technology (mechanical vapor recompression ), is the use of evaporation system itself to produce secondary steam and its energy, the low-grade steam through the mechanical work of the compressor to enhance the high-grade steam heat source for evaporation, so the cycle to the evaporation system to provide heat energy, thereby reducing the need for external energy of an energy-saving technology.
MVR is mainly used in evaporation and concentration of materials, compared with the traditional multi-effect evaporation, has energy-saving advantages, and has been successfully used in chemical wastewater zero discharge, sugar alcohol organic concentration, pharmaceutical intermediate concentration, distillation of spent steam utilization, etc. MVR evaporator has a unique process and structure, the following specific introduction.
MVR membrane evaporator
The material is preheated by the preheater and then added from the heat exchanger tube box, and a uniform liquid film is formed along the inner wall of the heat exchanger tube, and the liquid film inside the tube is heated by the heating steam of the shell process in the flow process, and evaporates while flowing. The concentrated liquid in the material falls into the tube box, and the secondary steam enters the gas-liquid separator. In the gas-liquid separator, the liquid droplets entrained in the secondary steam are removed, and the pure secondary evaporation is conveyed from the separator to the compressor. The compressor compresses the secondary steam and conveys it as heating steam to the heat exchanger shell process for evaporator heat source to realize continuous evaporation process.
MVR forced circulation evaporator
MVR forced circulation evaporator is composed of heater, separator and forced circulation pump. Materials in the heat exchanger of the heat exchanger tube is heated by the heat exchanger tube outside the steam temperature rises, in the role of the circulation pump materials rise to the separator. Evaporation produces secondary steam overflow from the material, the material is concentrated to produce supersaturation and crystallization growth, lifting supersaturation of the material into the forced circulation pump, under the action of the circulation pump into the heat exchanger, the material so cycle constantly evaporate concentration or concentration of crystallization. The secondary steam in the crystal evaporation separator is purified by the separation and defoaming device in the upper part of the evaporation separator and conveyed to the compressor, and the compressor compresses the secondary steam and conveys it to the shell process of the heat exchanger for heating steam, so as to realize continuous evaporation of thermal energy cycle.
MVR plate evaporator
MVR plate evaporator is composed of plate heat exchanger, distributor and material pump. The materials are evenly distributed into the plate evaporator's plate group under the guidance of the distributor to ensure that there is no dry wall phenomenon in any piece. The form of evaporator can be made into the form of ascending film, descending film and forced circulation. The secondary steam in the evaporator separator is purified by the separation and defoaming device in the upper part of the evaporator separator and then delivered to the compressor, which compresses the secondary steam and delivers it to the shell process of the heat exchanger for heating steam of the evaporator to realize continuous evaporation of thermal energy cycle.
Second, MVR process advantages
Small footprint
01
Resource-saving evaporation process compared to multi-effect
02
Simple process, easy to control and operate
03
Three, MVR process flow sketch
Four, MVR system component units
Preheat unit
MVR system preheating unit for material condensate preheating and non-condensable gas preheating, full use of condensate sensible heat and non-condensable gas waste heat, preheating system using plate preheater, with high heat transfer coefficient, full heat transfer, equipment covers an area of less than the advantages.
Evaporation unit
MVR evaporator is mainly composed of heat exchanger, evaporator, separator, materials in the heat exchanger for heat exchange, material temperature increases, reaching boiling temperature into the separator, materials in the separator for vapor-liquid separation; materials in the circulation pump to promote the role of the heat exchanger, separator continuous cycle of evaporation concentration. According to the feed volume of different compressor forms are not the same, general engineering 1-5t / h evaporation MVR system generally choose Roots type compressor, for the larger evaporation volume use centrifugal compressor.
Crystallization unit
The crystallization unit mainly includes crystal slurry tank, mother liquor tank, cyclone separator, etc. The supersaturated salt-containing crystal slurry passes the initial concentration of the cyclone separator, the supernatant returns to the system to continue evaporation, and the crystal slurry liquid enters the crystal slurry tank; in the crystal slurry tank, the crystal gets buffered, clumped and grows to form larger salt particles, and the crystal slurry tank material enters the centrifuge for brine separation, and the centrifuged salt contains about 5%-8% water, which can be followed by drying Processing, centrifugal mother liquor back to the system to continue evaporation crystallization.
Auxiliary engineering unit
Auxiliary engineering includes circulating water system, machine seal water system, flushing system, blowing project, etc., mainly to ensure the normal operation of the system equipment, to facilitate the cleaning of the system; circulating water system is mainly to cool the system compressor oil tank, the machine seal water for cooling, etc.; machine seal water system is mainly to protect the compressor and each pump seal from damage, as a spray water to cool the compressor bearing at the same time to prevent Flushing and purging system is mainly to clean and purge the system during shutdown.
V. MVR project cases
A national high-tech enterprise integrating scientific research, production and sales
Address：North of Niuyi Village, Xianggongzhuang Subdistrict,Zhangqiu District, Jinan City, Shandong Province, P. R. China
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