TOPTION Short Path Distillation Equipment Shipping Update

The short-path distillation equipment shipped this time around is made particularly for a specialized polymer that requires incredibly high purity. The consumer has extremely stringent needs for process conditions, with a core need being that the product has to not be exposed to temperatures above 60 ° C for prolonged periods, or else it will certainly decay and denature. Furthermore, the product's thickness at operating temperature level is as high as 4,000-8,000 cP, presenting a significant challenge to product transportation, uniform film formation, and warm transfer performance.

Typical splitting up techniques are practically ineffective in this kind of application, and TOPTION's short-path distillation innovation, with its high vacuum, reduced temperature, and short-term heating features, has actually come to be the only sensible solution.

Our engineering team performed multiple rounds of thorough conversations with the client, eventually recognizing the following vital personalizations to guarantee project success

Specialized High-Viscosity Equipment Pump System: Instead of a common design, a specially designed, non-standard equipment pump was selected. Its enhanced pumping ability and greater stress outcome made certain steady and continual shipment of high-viscosity products to the evaporator, avoiding production interruptions caused by flow fluctuations or blockages.

Enhanced Liquid Course Layout: To deal with the high flow resistance of high-viscosity liquids, the internal diameter of the feed and discharge pipes for all equipment pumps was boosted from the typical spec to 12 mm. This decreased pressure loss in the pipes and ensured a smooth process circulation.

Flexible Feed and Collection Solutions: To meet the client's production process demands, an extra feed container was added to assist in constant set manufacturing or the adaptable addition of numerous basic materials. All collection containers are manufactured to the consumer's specified measurements and materials, guaranteeing excellent compatibility with the item and seamless assimilation into the consumer's existing downstream procedures.

This partnership was made possible not only by our innovative devices but also by our customer-centric, specialist solution and technical support. The consumer at first emailed us to plainly describe their process obstacles and technological demands. Our sales engineer, Alice, responded rapidly and, after fully understanding their requirements, gave a thorough service.

This consisted of equipment pump options and prices for high-viscosity materials, design alterations to accommodate piping, and crucial equipment cleaning and maintenance referrals. In subsequent interactions, the client concentrates on crucial elements such as pipe size compatibility, equipment pump control precision, distillation efficiency and recurring quantity, heating surface temperature security, vacuum cleaner valve performance, spare parts accessibility, and, inevitably, complete solution (consisting of piping setup). We provided expert and detailed reactions per inquiry and provided on our technological dedications. This transparent and professional communication method ultimately earned the client's trust and distinguished us from various other distributors.

Q1: Biomass diesel molecular distillation process.
A1:
If two-stage molecular distillation is used, the yield is between 85% and 90%;
If four-stage molecular distillation is used, the yield is between 90% and 95%;
If six-stage molecular distillation is used, the yield is between 93% and 96%.

Q2: Extracting MCT oil from coconut oil.
A2: The common domestic process involves hydrolysis, distillation, and esterification. The esterified MCT oil can then be molecularly distilled.

Q3: MCT oil refining.
A3: We have used molecular distillation to separate MCT oil. The raw materials used are products of chemical synthesis, not naturally extracted from plants, so the process may be different.

Q4: Can molecular distillation be used to separate two substances with similar boiling points?
A4: It's a bit difficult. The ratio of ethyl palmitate to palmitic acid is 9:1. If we want to reach 96% palmitic acid, we might need to distill off about 10% to 20% of the material to achieve that. Please send us a sample, and we'll experiment.

Q5: Is installation and training included with the distillation equipment?

A5:If you're also evaluating the separation and purification of polymers, high-boiling-point systems, or high-viscosity systems, please contact us for customized molecular distillation equipment solutions. We offer property-engineered designs based on vacuum range, temperature range, pump type, and piping specifications, and provide installation and training. Leave a message or email to request a P&ID, FAT list, and delivery time.

If you're struggling with the filtration of very thick, high-boiling-point, and extremely heat-sensitive products (such as polymers, specialty chemicals, pharmaceutical intermediates, and all-natural extracts), TOPTION's experience and modern technology might be simply what you need.

We offer complimentary research laboratory procedure validation solutions! Send your examples to our applications laboratory, and our designers will conduct simulation examinations and offer a thorough feasibility report with information, permitting you to recognize the separation efficiency of your tools prior to making a decision. Act currently and allow TOPTION's solutions to empower your production!

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