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2023-11-22 00:53
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Company Profile
Xi'an Plansee Chemical Industry Science&Technology Co., Ltd.By certification [File Integrity]
Contact:panshi(Mr.)
Email:
Phone:
Area:Beijing
Address:Beijing
Website:http://www.planseeextraction.com/ http://panshi.304hmtg.com/
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Xian Plansee Chemical Industry Science&Technology Co., Ltd. is a scientific and technological enterprise that researches and develops, produces and sells special complete sets of equipment, as well as the development of extraction and separation technology and the promotion of industrial application.
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Rich Industrial Experience
We have rich industrial experience in the clean and efficient treatment of electroplating sludge, copper-containing waste, nickel-based cobalt-based alloy waste, and various precious metal waste.
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Professional Technical Team
We have an excellent multi-disciplinary technology and management talent team, the core members are mainly from famous universities. They have long been engaged in the research and industrial application of wet separation and purification of rare and precious metals.
Super R&D Capabilities
We have been developed special extraction process different from traditional P204/P507, which is suitable for complex multi-salt systems and has higher selectivity for nickel and cobalt.
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Excellent After Sales Service
Our technical experts are always willing to assist customers over phone, fax or e-mail or live chat on specific problems related to machine operation and maintenance. We also have a qualified team of engineers to assist customers in their process related problems.
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Solvent extraction mixer-settlers are pieces of equipment that separate solutes or metals from solutions. They are used in the solvent extraction process, also known as liquid-liquid extraction (LLE).
Liquid-liquid extraction is a technically advanced, niche separation technology. It is applied when simpler alternatives such as distillation are not able to meet your requirements. Components are extracted from your feed with the help of a solvent, without an energy demanding evaporation step.
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Our Related Products
The design of the mixer settler liquid liquid extraction provided by our company is based on the traditional box type extraction tank widely used in the hydrometallurgy field, combined with the actual situation of customers, and has formed its own unique structure.
The mixer settler extractor is produced by body bonding, welding, integrated molding and other processes, with stable quality, and can be widely used in petroleum, chemical, lithium electricity, rare earth and other fields.
Mixer settler equipment has the characteristics of adjustable extraction stages, adjustable stirring speed, adjustable phase interface, etc. It can meet various extraction experiments of various systems and comparisons(O/A), and is convenient for observation and sampling. It can completely replace the separation funnel for continuous and efficient countercurrent extraction experiments.
The purpose of the small-scale and pilot-scale extraction tests in the laboratory is not only to solve a scientific problem, but also to move towards industrialization and produce actual social and economic benefits.
The Titanium Mixer Settler is designed to efficiently separate different components of a mixture, such as liquids or gases, through a combination of mixing and settling processes.
Our PVDF Mixer Settler is a unique and innovative piece of equipment that combines advanced features of mixing and settling to offer a state-of-the-art solution for separation processes.
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The design of the solvent extraction mixer settler provided by our company is based on the traditional box type extraction tank widely used in the hydrometallurgy field, combined with the actual situation of customers, and has formed its own unique structure. The extraction tank body mainly consists of mixing chamber and settling chamber. The mixing chamber is composed of the bottom submersible chamber and the upper mixing chamber, anti-vortex baffle and other structures,and the settling chamber is composed of emulsion overflow baffle,coalescence plates,light phase weir,adjustable heavy phase weir(interface regulator),cover plate and other structures.
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The system consists of the following adjustable overflow valve, Mixing Zone-stirrer drive assembly and settling zone.
Mixing Zone-Stirrer Drive Assembly
The mixing chamber consists of a cylindrical glass cover in which a variable speed stirrer drive is fitted. Glass impeller Stirrer creates a negative pressure at the inlet, which can be used to draw liquid from a previous stage in the process. In the mixing zone a turbine stirrer with variable speed unit mixes the two phases and the mass transfer takes place during dispersion.
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Separation Zone or Settling Zone
Separation of phases takes place in two phases. The turbulent flow in the mixing zone must be brought under control and converted in to axial flow. Then the mixer passes into the separation zone where the two phases separate, due to their specific gravity difference. Depending on required time and liquid flow Settling Length can be increased or decreased. To standardize the equipment, we have kept Settling Zone of 1 meter length. In which Flow can be set to get desired Separation. We offer optionally also Static Mixer of PTFE or SS 304 to get more settling time between two weirs.
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Auto Continuous Zone
The adjustable overflow valve assembly at one end of the vessel can be set for any interface height. The position of the overflow weir is adjusted to suit the relative densities of the two phases. This valve can be operated externally such that the interface height can be set or reset depending on the operating process conditions. The separating head incorporates an internal overflow weir, which is manually adjusted using a hand wheel.
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Visual Monitoring
The transparency of Borosilicate glass facilitates the adjustment of the overflow valve by visual monitoring where by any change in the process conditions resulting into a change in layer (interface) height can be immediately adjusted by resetting the overflow valve.
The resetting of the separation height is very simply achieved by rotating the hand wheel of the overflow valve assembly in the clock or anti clock direction.
Large Interface Area
The horizontal glass vessel of the mixer-settler provides a large interface area of separation in two immiscible liquid phases for a given volume. This enhances the Extraction.
Heat Sensitive Products
Can be processed at ambient or moderate temperatures (example: vitamin production).
Separation of Small Contents
The high-boiling impurities mostly in aqueous solutions. In the normal thermal separation technique, the complete water content has to be withdrawn by a very energy-intensive evaporation process (example: elimination of phenol from aqueous waste).
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Miniplants and Pilot Columns
In spite of considerable progress in the research and development of liquid-liquid extraction technology, designing an industrial-scale extractor based on theoretical and empirical methods is still challenging, and therefore a systematic test method is essential for a reliable scale-up.
Robust Design for Changing Hydrodynamic Conditions
In extraction with high mass transfer and/or changing physical properties, this is the column of choice. The geometry of the agitated compartments can be adapted for changing hydrodynamic conditions. Other main features are special mixing turbines and perforated partition plates.
If You Need Stage-Wise Contact but Have Space Constraints
Mixer-settlers operate with a purely stage-wise contact. After every mixer there is a settler. Mixer-settlers can be operated in a multistage, co- or countercurrent fashion. Our mixer-settler-column allows you to take advantage of this stage-wise contact while keeping the small footprint of a column.
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Q: How does the liquid-liquid extraction work?
Q: How efficient is liquid-liquid extraction?
Q: How can I speed up liquid-liquid extraction?
Q: Why is distillation better than liquid-liquid extraction?
Q: What is the difference between distillation and liquid-liquid extraction?
Q: Does temperature affect liquid-liquid extraction?
Q: What factors affect liquid-liquid extraction?
Q: When can liquid-liquid extraction not be used?
Q: Why is it necessary to vent during a liquid-liquid extraction?
Q: Is liquid-liquid extraction the same as solvent extraction?
Q: Which type of liquid-liquid extraction is efficient?
Q: Is solid phase extraction better than liquid-liquid extraction?
Q: How does pressure affect liquid-liquid extraction?
Q: Under what conditions is liquid-liquid extraction preferred over distillation?
Q: What is the most important criterion in order to perform a liquid-liquid extraction?
Q: What causes emulsion in liquid-liquid extraction?
Q: What is the conclusion of liquid-liquid extraction?
Q: Why is it important to gently swirl the solution during liquid-liquid extraction?
Q: What are the phases involved in liquid-liquid extraction?
Q: What are the rules for liquid-liquid extraction?
Q: What are the two types of liquid extraction?
Q: When choosing solvents for a liquid-liquid extraction What are two important characteristics?
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