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Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer
Piece
Negotiable
Product information
High-quality Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer supplied by Qingdao Conqinphi Environmental Technology Group Co, . Ltd. Bulk wholesale pricing is negotiable. Inquiry for latest prices.
Delivery Time:
100day
Power:
130kw/H
Production Capacity:
190 Sets/Year
Package Size:
200.00cm * 100.00cm * 80.00cm
Installation Cycle:
30days
Package Gross Weight:
590.000kg
Debugging Cycle:
7days
Refund Policy:
Claim a refund if your order doesn't ship, is missing, or arrives with product issues.
Specifications
Delivery Time:
100day
Power:
130kw/H
Production Capacity:
190 Sets/Year
Package Size:
200.00cm * 100.00cm * 80.00cm
Installation Cycle:
30days
Package Gross Weight:
590.000kg
Debugging Cycle:
7days
Refund Policy:
Claim a refund if your order doesn't ship, is missing, or arrives with product issues.
Method:
Combined Treatment
Features:
Complete Range of Models
Shipping Cost:
Contact the supplier about freight and estimated delivery time.
Type:
Crystallizer
Process Flow Direction:
Downstream/ Countercurrent/ Crosscurrent
Trade Term:
EXW, CFR, CIF, FOB
Function:
Evaporation, Concentration, Crystallization
Usage:
Industrial
Specification:
KJH-MLD-2639
Model NO.:
KJH-MLD-2639
Product Name:
Mother Liquor Drying Equipment
Transport Package:
Plastic Film and Wooden Boxes
Heat Exchanger Type:
Plate/Tube Heat Exchanger
Port Of Loading:
Qingdao Port
Origin:
Qingdao, China
Payment Methods:
Support payments in USD
Payment Term:
T/T, LC, D/P, PayPal, Western Union, Small-amount payment
Material:
Titanium/Stainless/Carbon Steel
Application Industry:
Wastewater/Sewage
Trademark:
conqinphi
Processing Capacity:
≥0.5t/H
Business Details
Country:
China
Business Types:
Not specified
Main Markets:
Not specified
Main Products:
Year Established:
2015-11-19
Annual Revenue Amount:
Not specified
Numbers Of Employees:
176
Preferred Payment Term:
T/T, LC, D/P, PayPal, Western Union, Small-amount payment
Preferred Trade Term:
EXW, CFR, CIF, FOB
Port Of Loading:
Qingdao Port
Certificates:
ISO14001, ISO45001:2018, ISO9001:2015
Product descriptions from the supplier
SONA2024 2.2.1
Advantages and Disadvantages
Comparison Items | Multi-Effect Evaporator | MVR Evaporator |
Energy Savings | Good, improving with increasing number of effects, but with cumulative energy loss, cost-effectiveness decreases after exceeding a certain number of effect | Excellent, using mechanical vapor recompression technology and secondary steam recycling for significant energy savings, reducing energy consumption by 30%-50% compared to multiple-effect evaporators |
Operating Cost | High, requires large amounts of steam and cooling water | Low, primarily consumes electricity, does not require large amounts of steam, and has low long-term operating costs |
System Complexity | Relatively simple, consisting of a multi-stage evaporator and condenser | More complex, including a steam compressor, heat exchanger, separator, etc., requiring a control system |
Investment Cost | Low initial cost, but high long-term operating costs | High initial cost, but significant long-term economic benefits |
Applicable Scenarios | Processing large quantities of low-concentration solutions, with sufficient steam supply and low cost | Suitable for high-concentration, heat-sensitive materials with high energy-saving requirements |
Footprint | Relatively large | Compact, small footprint |
Cooling Water Consumption | High consumption | Rarely required |
Operational Stability and Maintenance | A single failure may impact the entire system, resulting in complex maintenance | High degree of automation and excellent stability, but requires regular compressor maintenance |
Environmental Impact | Requires raw steam, potentially generating higher carbon emissions | No steam required, reducing carbon emissions and improving environmental performance |
In short, MVR and multi-effect evaporators:
MVR (Multi-Effect Refrigerator) follows the "electricity-saving and steam-saving" approach:low operating costs, small footprint, and low carbon emissions. However, the "compressor + high-quality materials" drive up initial investment, and it is sensitive to electricity and the boiling point rise of materials.
Multi-Effect Refrigerators (MVRs) follow the "steam relay" approach:low initial investment, wide adaptability to operating conditions, and low technical barriers. However, they are long burdened by the dual costs of "steam + cooling water," and the more effects a system has, the more complex it becomes.
MVR Evaporator
Multi-effect evaporator (3–6 effects)
1.Energy consumption and operating costs:Evaporation of one ton of water consumes only 20–45 kWh of electricity, equivalent to approximately 0.02–0.05 tons of steam equivalent, saving more than 70% compared to a triple-effect generator, with no cooling water consumption.
2.One-time investment:It requires a steam compressor, a large heat exchange area, and high-end materials (2205/titanium). The investment for a 10 t/h scale is 4.5-6 million yuan, which is about 2-3 times that of a similar scale triple-effect steam compressor.
3.System Complexity:A single-effect unit plus a compressor occupies 1/3–1/2 of the space, with a small vacuum pump and short piping; however, the compressor requires high-frequency maintenance and has high requirements for power grid capacity.
1.Energy consumption and operating costs:A triple-effect steam generator consumes 0.35–0.5 tons of live steam per ton of water, plus approximately 8–12 tons of circulating cooling water; a five-effect steam generator can reduce this to 0.25 tons, but the cooling water consumption increases exponentially.
2.One-time investment:No compressor required, simple equipment, 10 t/h triple-effect system all-inclusive price around 4 million yuan, low investment and short payback period.
3.System Complexity:3–6-effect series operation involves numerous pumps and valves, a large vacuum system, a large footprint, and a long installation period; however, it lacks high-speed rotating equipment and has a low technical threshold for maintenance.
Types of MVR evaporators
Single-effect MVR evaporator
MVR forced circulation evaporator
MVR tubular falling film evaporator
Advantages: Energy-efficient and highly efficient, utilizing mechanical vapor recompression technology to compress and heat secondary steam for recycling, significantly reducing energy consumption; highly automated, easy to operate, and stable operation.
Disadvantages: High equipment investment cost, high water quality requirements, and the need for regular cleaning and maintenance, which can affect performance and lifespan; limited processing capacity, making it suitable for small- to medium-sized production.
Disadvantages: High equipment investment cost, high water quality requirements, and the need for regular cleaning and maintenance, which can affect performance and lifespan; limited processing capacity, making it suitable for small- to medium-sized production.
Advantages: Forced material circulation through a circulation pump prevents scaling and is suitable for high-viscosity, easily scaled materials. High evaporation efficiency allows for processing complex materials. Heat can be reused multiple times, resulting in significant energy savings.
Disadvantages: Complex equipment structure and high investment costs. Relatively high energy consumption requires a high-powered circulation pump and compressor. High operation and maintenance requirements can affect equipment performance and lifespan.
Disadvantages: Complex equipment structure and high investment costs. Relatively high energy consumption requires a high-powered circulation pump and compressor. High operation and maintenance requirements can affect equipment performance and lifespan.
Advantages: High evaporation efficiency and high heat transfer coefficient, suitable for heat-sensitive materials; low energy consumption, utilizing a secondary steam compression cycle for heating, resulting in significant energy savings; compact structure, small footprint, easy operation, and a high degree of automation.
Disadvantages: High equipment investment cost, stringent water quality requirements, requiring regular cleaning and maintenance; unsuitable for easily crystallizing materials, as this may clog the pipeline; limited processing capacity, more suitable for small- to medium-sized production.
How it works
high-temperature, high-pressure steam re-enters the evaporator's heating chamber, serving as a heat source to heat new wastewater, evaporating it and generating new secondary steam, forming a closed "steam-compression-reuse" loop. The condensed liquid produced by evaporation passes through a separator for solid-liquid separation, and the condensed liquid is discharged from the system.
Application
MVR evaporator application areas
Electroplating,Metallurgy,Metal smelting,Lithium batteries,Ternary lithium,Lepidolite,Traditional Chinese medicine concentrate,Chemicals,Petrochemicals,Fine chemicals,Rubber chemicals,Power,plants,Food,Pickling wastewater,Juice concentrate,Dairy processing,Printing and dyeing,Papermaking,Pharmaceuticals,Pharmaceuticals,Pesticides
Operation and maintenance precautions
Daily Operation and Precautions for MVR Evaporators
Pre-Startup Preparation
1.Equipment Integrity Check:Ensure the evaporator body, piping, valves, compressor, pump, and other components are intact, with secure connections and no leaks or looseness.
2.Electrical System Check:Confirm that the electrical cabinet has no missing phases and that the power load meets requirements. Check switches and wiring for proper operation.
3.Utility Check:Ensure the cooling water, steam, and compressed air supply is normal, with a circulating water pressure of 0.2-0.3 MPa.
4.Liquid Level and Lubrication Check: Confirm that the liquid levels in each storage tank are normal and that the seal water tank has sufficient liquid. Check the lubricating oil level in the compressor and pump.
5.Valve and Equipment Status:Ensure that manual valves are in the correct position and test the electric valves for proper operation.
1.Equipment Integrity Check:Ensure the evaporator body, piping, valves, compressor, pump, and other components are intact, with secure connections and no leaks or looseness.
2.Electrical System Check:Confirm that the electrical cabinet has no missing phases and that the power load meets requirements. Check switches and wiring for proper operation.
3.Utility Check:Ensure the cooling water, steam, and compressed air supply is normal, with a circulating water pressure of 0.2-0.3 MPa.
4.Liquid Level and Lubrication Check: Confirm that the liquid levels in each storage tank are normal and that the seal water tank has sufficient liquid. Check the lubricating oil level in the compressor and pump.
5.Valve and Equipment Status:Ensure that manual valves are in the correct position and test the electric valves for proper operation.
Normal Startup Procedure
1.Start the Cooling System:Start the cooling water pump to ensure normal cooling water circulation.
2.Start the Steam System:Slowly open the steam valve and gradually increase the steam pressure.
1.Start the Cooling System:Start the cooling water pump to ensure normal cooling water circulation.
2.Start the Steam System:Slowly open the steam valve and gradually increase the steam pressure.
3. Start the Compressor:Turn on the compressor and adjust the outlet pressure to achieve the preset vacuum level.
4.Feed Operation:Slowly open the evaporator feed valve and adjust the feed rate to ensure the material concentration meets the specified range.
4.Feed Operation:Slowly open the evaporator feed valve and adjust the feed rate to ensure the material concentration meets the specified range.
Operation Monitoring
1.Monitor Operating Parameters:Regularly check parameters such as temperature, pressure, and flow rate to ensure the equipment is operating within the specified range.
2.Cleaning Key Components:Clean key components such as the heater and condenser to ensure stable performance.
3.Electrical System Inspection:Inspect the electrical and control systems to ensure proper operation.
1.Monitor Operating Parameters:Regularly check parameters such as temperature, pressure, and flow rate to ensure the equipment is operating within the specified range.
2.Cleaning Key Components:Clean key components such as the heater and condenser to ensure stable performance.
3.Electrical System Inspection:Inspect the electrical and control systems to ensure proper operation.
Other Precautions
1.Water Quality Inspection:Check the incoming water quality before startup and perform pretreatment if necessary.
2.Cleaning Fluid Treatment:The cleaning fluid must be filtered or treated before discharge or reuse.
3.Professional Maintenance:Complex maintenance and cleaning work is recommended to be performed by a professional manufacturer.
1.Water Quality Inspection:Check the incoming water quality before startup and perform pretreatment if necessary.
2.Cleaning Fluid Treatment:The cleaning fluid must be filtered or treated before discharge or reuse.
3.Professional Maintenance:Complex maintenance and cleaning work is recommended to be performed by a professional manufacturer.
Strictly following the above operation and maintenance procedures can effectively extend the life of the MVR evaporator and improve its operating efficiency and stability.
Company Profile
Qingdao Conqinphi Environmental Technology Group Co., Ltd.
Qingdao Conqinphi Environmental Technology Group Co., Ltd. is a system integration manufacturer specializing in the evaporation and concentration of high-salinity wastewater. Conqinphi boasts its own 90,000 square meter processing plant and employs hundreds of people. It is a research and development-focused technology enterprise.
Conqinphi's main products include MVR evaporators, multi-effect evaporators (primarily triple-effect evaporators, quadruple-effect evaporators, double quadruple-effect evaporators, and double-effect MVR evaporators), zero-discharge industrial wastewater systems, plate and tubular heat exchangers, crystallizers, mother liquor treatment systems, and other wastewater treatment equipment. With a wide range of products, Conqinphi primarily provides clients with systematic equipment solutions, manufacturing, processing, installing, and commissioning equipment to help them address the evaporation and concentration challenges of high-COD and high-salinity wastewater.
Conqinphi's multi-effect evaporators offer low investment, high treatment efficiency, low operating costs, and stable and reliable system operation. They are widely used for evaporation, concentration, and crystallization of high-salinity industrial wastewater in the petrochemical, metallurgical, pharmaceutical, fine chemical, papermaking, printing and dyeing, food processing, jam and juice concentration, seawater desalination, electroplating, rubber additive, epoxy resin, lithium battery, and desulfurization industries.
Conqinphi serves thousands of clients, providing them with systematic industrial wastewater solutions and saving them from wastewater treatment challenges.
Conqinphi serves thousands of clients, providing them with systematic industrial wastewater solutions and saving them from wastewater treatment challenges.
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TRUST STARS
3.5/5
0 Reviews
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0/4
Profile Completeness
67%
Avg. Product Score
0/5
Responsiveness
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Certification
ISO14001, ISO45001:2018, ISO9001:2015
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Frequently Asked Questions (FAQs)
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You can contact verified China supplier Qingdao Conqinphi Environmental Technology Group Co, . Ltd through platforms like Freshdi.com to purchase Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer. For direct inquiries, please contact Mrs. Scarlet, the company’s representative. The supplier has a 3.5-star rating on Freshdi and has verified. You’ll receive product details, pricing, and shipping terms directly from supplier.
What are the payments and trade terms for Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer?
For Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer, Qingdao Conqinphi Environmental Technology Group Co, . Ltd accepts T/T, LC, D/P, PayPal, Western Union, Small-amount payment as the preferred payment method, the trade term is EXW, CFR, CIF, FOB, and shipments are typically arranged from port Qingdao Port, ensuring secure and timely international delivery.
What is the current price of Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer?
The supplier Qingdao Conqinphi Environmental Technology Group Co, . Ltd offers Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer at negotiation.
What are the specifications of Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer from China?
Deep Dehydrator Machine Mother Liquor Drying Equipment Liquid Dryer is sourced from China and meets international export standards. Key specifications include: Debugging Cycle: 7days, Delivery Time: 100day, Power: 130kw/H, Model NO.: KJH-MLD-2639, Processing Capacity: ≥0.5t/H, Shipping Cost: Contact the supplier about freight and estimated delivery time., Trade Term: EXW, CFR, CIF, FOB, Payment Term: T/T, LC, D/P, PayPal, Western Union, Small-amount payment
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Negotiable
Min. order: Negotiable
Mrs. Scarlet
Year Established: 2015-11-19
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