Forced Circulation MVR Evaporator System for Thermal and Vacuum Evaporation and Desalination of Chemical Crystallization Wastewater

Supplier: Shandong Mingtian Machinery Group Joint Stock Co., Ltd.
Region: Shandong, China
Contact: Mr Luis Wang
Price: $785600.00 /set
Min. Order: 1 set

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Product details

Video external inspection:	if	application:	Chemical wastewater desalination
Core components:	PLC, motor, pressure vessel, pump	Vacuum degree:	0.098Mpa
Mechanical test report:	if	Applicable industries:	Food and Beverage Plants, Energy and Mining, Chemical Plants, Coking Plants, Power Plants, Desalination, Sodium Chloride Plants, Sodium Sulfur Plants
Evaporation Type:	vacuum evaporation	Marketing Type:	Hot Products of 2019
brand:	Shanko	Packaging Details:	Standard export wood/steel box or customer request forced circulation MVR evaporator system for thermal and vacuum evaporation and crystallization chemical wastewater desalination
Material:	316L/2205/304	Showroom location:	Vietnam, India, Mexico
Advantage:	steam savings	strength:	15KW/37KW/45KW/90KW/110KW
Supply capacity:	500 sets/year MVR evaporator	place of origin; place of origin:	Shandong China
Health status:	new	product name:	MVR evaporator
Main selling point:	energy saving	Evaporating flask:	custom made
Evaporation:	0.1 to 800 tons/hour	Warranty:	1 year
port:	Qingdao; Tianjin; Shanghai	Packaging Preview:
process:	vacuum distillation	Core Components Warranty:	1 year
Evaporation temperature range:	50℃-95℃	Voltage:	220/380/415/440/480V
Energy source:	electrical	weight:	26000kg
payment terms:	letter of credit, wire transfer

Forced Circulation MVR Evaporator System for Thermal and Vacuum Evaporation and Crystallization Chemical Wastewater Desalination

Product Description

main principle

The MVR evaporator utilizes the secondary steam generated in the evaporator to be mechanically compressed by the compressor, pressurized and heated, and then condensed by the heat exchanger to make full use of the latent heat of the steam, except for startup. Running upward, the whole evaporation process does not need a single steam in theory, so that the originally discarded steam can be fully utilized, latent heat is recovered, and thermal efficiency is improved. The economy is equivalent to 30-effect multi-effect evaporation.

System composition

The heating system consists of heaters, separators, compressors, vacuum pumps, circulating pumps, operating platforms, electrical instrumentation control cabinets, valves, and piping systems.

Main Features of MVR Evaporator System

1) MVR energy-saving evaporator technology is currently the most advanced evaporator technology in the world, requiring only a very small amount of raw steam (a small amount of steam is required when starting up, and almost no steam is needed during normal operation, which greatly reduces the company's operating costs and reduces environmental pollution.

2) Since the heat source provided by the compressor is much smaller than that of the conventional evaporator, the temperature difference can be realized, the product can be greatly improved, and the scaling can be reduced.

3) No condenser or only a small area condenser, the structure and process are very simple, fully automatic operation, continuous operation, safe and reliable.

4) The equipment is equipped with CIP cleaning pipeline, which can realize local cleaning. The whole set of equipment is easy to operate, has no dead angle, high degree of automation and stable operation.

5) The evaporator is evaporated by the material at low temperature (evaporation temperature 50℃-95℃), and it is not easy to generate foam. The liquid is uniform and does not run out of material, it is not easy to coke, and the thermal denaturation of the material is extremely small.

6) Although the initial investment amount is high, the investment return period of most projects is generally 1.5 to 2 years, and the longest is not more than 3 years.

7) The power consumption for evaporating one ton of water is 23-70kw·h.

scope	type	reactor	single effect evaporator	Multi-effect evaporator	jet pump	MVR evaporator
Energy consumption		High energy consumption, it takes about 1.5 tons of steam to evaporate one ton of water	Energy consumption is high. A ton of steam is theoretically needed to save a ton of steam.	Compared with the increase in efficiency, the energy consumption is correspondingly reduced.	Traditional multi-effect evaporators are based on multiple effects, but require high pressure steam to drive	The most energy-efficient evaporator technology; 20kw/h-70kw/h power consumption
construction area		small	small	big	big	small
Impact on product quality		Evaporated product stays for a long time, which seriously affects product quality and color.	Short residence time but large temperature difference; easy to expand; less impact on product quality.	Longer residence time and greater temperature difference; easy to expand; less impact on product quality	Short residence time, little impact on product quality,	Short residence time and small evaporation temperature difference; not easy to expand; minimal impact on product quality
energy mode		Direct heating with coal or diesel; or steam heating.	Requires steam heating. Requires steam network, boiler heating requires steam	Requires steam heating. Requires steam network, boiler heating requires steam	Requires steam heating. Requires steam network, boiler heating requires steam	Using power, no steam pipe network, fully self-closed circulation system
self-control		Manual operation	semi-automatic control	Fully automatic control operation, continuous evaporation	Fully automatic control, continuous evaporation	Fully automatic control, continuous evaporation

application

A. Environmental protection industry
1. High-salt industrial wastewater
2. Environmentally friendly saline wastewater
3. Landfill leachate chemical industry

4. Pharmaceutical wastewater
5. Production of saline wastewater
6. Chemical product concentration or crystallization

7. Mine wastewater treatment
B. Food Industry

Concentration and extraction of sugar, milk, fructose, soft drinks, beverages, amino acid concentration, etc.