Precision distillation (small scale to pilot scale)
100L precision distillation tower ideal for pilot production
Ideal for trial production and small to medium scale manufacturing before full-scale production.
- Company:ネオケミカル 本社
- Price:Other
Last Updated: Aggregation Period:May 13, 2026~Jun 09, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:May 13, 2026~Jun 09, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:May 13, 2026~Jun 09, 2026
This ranking is based on the number of page views on our site.
31~60 item / All 98 items
100L precision distillation tower ideal for pilot production
Ideal for trial production and small to medium scale manufacturing before full-scale production.
Injectable water produced by distillation! We provide domestic support for manufacturing, inspection, and maintenance.
"Finn-Aqua" is a multi-purpose can-type distiller that meets the new WFI standards for distilled water quality as per JP, USP, and EP. The evaporator adopts the original thin film downflow method. The distillation process ensures a safe method for removing impurities without contamination from membrane or filter damage. 【Features】 ■ Produces sterile, pyrogen-free water for injection (WFI) ■ Distilled water quality meets the new WFI standards of JP, USP, and EP ■ The evaporator uses the original thin film downflow method ■ Pyrogens are separated through a three-stage separation process ■ Domestic support for manufacturing, inspection, and maintenance *For more details, please refer to the related link page or feel free to contact us.
For the recovery of cleaning agents in cleaning wastewater! Automatic vacuum distillation device.
The "Vacuum Distillation Device for Recovering Residual Cleaning Agents from Hydrocarbon-based Cleaning Waste Liquids" distills and recovers the cleaning agent components from waste cleaning liquids that are treated as industrial waste. Due to high vacuum distillation, it is possible to recover nearly 100% of the cleaning agents in the waste liquid. This contributes to reducing the disposal costs of industrial waste, lowering the costs of purchased solvents, and promoting resource conservation through the recovery of waste liquids from cleaning devices. If you have any properties currently under consideration or of interest, please contact us. We will come to provide an explanation. 【Features】 ■ Nearly 100% recovery of cleaning agents from waste liquids ■ Cost reduction of purchased cleaning agents ■ Resource conservation through the recovery of waste liquids from cleaning devices ■ Reduction of carbon dioxide emissions *For more details, please download the PDF or contact us.
Refining of waste organic solvents through distillation, sale of recycled products, collection and transportation of water-based industrial waste, and disposal through chemical treatment (intermediate treatment).
At the Akashi factory, we are engaged in the recycling of organic solvents. We remove impurities from used solvents discharged by various companies through distillation, regenerating them into high-purity solvents.
The optimal operating conditions have been determined based on your company's sample analysis and product quality evaluation, and we will proceed with the scale-up based on the data!
If you provide us with samples, we will treat everything as confidential and handle all shipping and return operations related to the distillation tests at UIC Corporation. Based on the analysis of your samples and the evaluation of product quality, the optimal operating conditions will be determined. UIC Corporation will carry out the scale-up based on the data of those optimal operating conditions. The production distillation equipment designed and manufactured for scale-up will guarantee product quality and the desired processing volume. 【Features】 ■ Submission of UIC Corporation's test result report and operating data protocol ■ All samples will be returned to you immediately after testing, including samples for your analysis, various light volatiles, fractions, and residues ■ Scale-up will be implemented based on the data of the optimal operating conditions ■ The production distillation equipment designed and manufactured for scale-up will guarantee product quality and the desired processing volume *For more details, please refer to the related links or feel free to contact us.
The experimental space used for the distillation apparatus can be minimized! Collaboration with analytical devices is also possible.
Our company handles "small distillation units." Do you have any concerns, such as wanting to "make effective use of space in the laboratory," if you own a "large distillation unit"? Our product, which is very compact and environmentally friendly, operates on the same principle as a "large distillation unit" and will solve your problems. In addition, we also offer a "flow analysis device" that enables high-sensitivity analysis. [Requests] ■ We want to reduce dangerous tasks like boiling several hundred milliliters of liquid. ■ We want to make effective use of space in the laboratory. ■ Since there is a possibility of toxic gas generation during distillation, we want to install it in a fume hood. ■ We want to apply the same analytical methods even when scaling down, etc. *For more details, please refer to the PDF document or feel free to contact us.
Providing unique technology and know-how! Featuring equipment for distillation, drying, roasting, and heating.
This document introduces the main equipment handled by Nihon Kagaku Kikai Seizo Co., Ltd. We offer a rich lineup of equipment, including distillation units for beverages and industrial alcohol, anhydrous distillation units, vacuum distillation crystallization units, and spray dryers. In addition to images of the equipment, explanations are also provided, making it a useful resource for consideration during the introduction process. [Contents (partial)] ■ Distillation ■ Evaporation and Crystallization ■ Drying, Roasting, and Heating ■ Filtration and Separation ■ Reaction, Stirring, Mixing, and Fermentation *For more details, please refer to the PDF document or feel free to contact us.
Install a demister at the top of the tower to prevent droplet carryover! Introduction of a case study on bioethanol distillation.
We would like to introduce a case study of the implementation of our bioethanol pilot plant distillation equipment. The challenges included concerns about scaling within the mash column and the potential for entrained droplets in the distillation apparatus for the pilot plant. As a solution, we adopted a vacuum column to distill the fermented mash liquid using low-temperature steam, which reduced scaling. We were able to meet the processing capacity and product composition required by the customer. 【Case Overview】 ■Challenges - Concerns about scaling within the mash column (including trays) - Concerns about entrained droplets ■Solution - Adopted a vacuum column to distill the fermented mash liquid with low-temperature steam, reducing scaling - Installed a demister at the top of the column to prevent entrained droplets *For more details, please download the PDF or feel free to contact us.
Introducing the processing flow and equipment configuration for liquid supply processes, as well as concentration and discharge processes!
We will introduce the processing flow and equipment configuration of the "Vacuum Dehydration Drying Device." This product consists of a water-sealed vacuum pump that creates a vacuum in the distillation vessel, heat exchange plates, and mist catchers. It is also equipped with a distillation vessel that evaporates moisture from the treated wastewater under reduced pressure and heating conditions. Additionally, we have incorporated a stirrer that is attached to the distillation vessel, which serves both stirring and discharging functions, as well as a buffer tank. 【Processing Flow】 ■ Liquid Feeding Process ■ Distillation Process ■ Concentration Process ■ Discharge Process: Residue Discharge (Oil) / Residue Discharge (Salt) / Residue Discharge (Sludge) ■ Discharge of Recovered Water (as needed) *For more details, please refer to the PDF document or feel free to contact us.
Glass apparatus for physical and chemical experiments - atmospheric pressure distillation device
It is suitable for solvent recovery or the distillation separation of liquid mixtures with differing boiling points.
Osmar equilibrium distillation apparatus for physical and chemical experiments
It is a device for determining the composition of the gas phase and liquid phase to create a gas-liquid equilibrium curve (xy diagram).
Glass apparatus for physical and chemical experiments - vacuum distillation device
It is the most widely used vacuum distillation apparatus.
Glass apparatus for physical and chemical experiments - distillation apparatus
This is a systematized version of the equipment illustrated in the section "JIS K0102 1981 Ammonium" of the factory wastewater testing method.
Glass apparatus for physical and chemical experiments - distillation apparatus
This is a systematized version of the residual chlorine distillation apparatus illustrated in the section of "JIS K0102 2008."
Glass apparatus for physical and chemical experiments - distillation apparatus
This is a systematized version of the apparatus illustrated in the section "JIS K0102 1981 Fluorine" of the factory wastewater testing method. Since all components are standardized, it is easy to repurpose them for other water quality analysis distillation devices or to replenish parts.
We will recycle liquids and strive to reduce CO2 emissions.
Zeotech of Ecology is committed to reducing CO2 emissions through the recycling of liquids using our unique oil-water separation devices, filtration devices, and vacuum distillation devices. Furthermore, we will achieve a reduction in factory wastewater and cost savings. 【Contents】 - Oil-water separation devices - Filtration devices - Vacuum distillation volume reduction devices - Other dedicated systems For more details, please contact us or download the catalog.
Kansai Chemical Machinery Manufacturing: Pioneering the Future of Plant Engineering with High Technology
This is the company brochure of Kansai Chemical Machinery Co., Ltd., which opens the future of plant engineering with high technology. It is currently available as a free gift. For more details, please download the catalog or contact us.
A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!
Kansai Chemical conducts plant engineering for processes such as distillation, evaporation, refining, reaction, fermentation, extraction, and solvent recovery. This document covers "The Principles of Distillation and Distillation Equipment." It explains specifically how to "increase concentration by repeatedly evaporating and condensing," using diagrams. Additionally, it provides detailed explanations on "Distillation Columns and Material Balance," "Theoretical Stages and Reflux Ratio," and "Minimum Theoretical Stages and Minimum Reflux Ratio." [Contents] ■ Principles of Distillation and Distillation Equipment ■ Distillation Columns and Material Balance ■ Theoretical Stages and Reflux Ratio ■ Minimum Theoretical Stages and Minimum Reflux Ratio *For more details, please refer to the PDF document or feel free to contact us.
A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!
Kansai Chemical conducts plant engineering for processes such as distillation, evaporation, refining, reaction, fermentation, extraction, and solvent recovery. "Distillation" is one of the unit operations for separating liquids that has been used since ancient times, utilizing the difference in boiling points of liquids for separation. This document summarizes the seven fundamental aspects of this separation operation. [Contents (excerpt)] - Each pure liquid has a vapor pressure determined by temperature. - In distillation operations, many laws are based on molecular units, with the unit being moles. - The vapor pressure (partial pressure) from a mixed liquid can be determined using Raoult's law. - There is an equilibrium relationship between the liquid phase concentration and the gas phase concentration in a mixed liquid. - The concentration of low-boiling components in a mixed liquid increases each time evaporation and condensation occur, among other points. *For more details, please refer to the PDF document or feel free to contact us.
We design and manufacture various plants tailored to meet our customers' needs.
Evaporation, concentration, and distillation equipment are devices that heat mixtures of two or more liquid-liquid or solid-liquid components to separate low-boiling components from high-boiling components, as well as volatile components from non-volatile components. These are separation and purification processes that have been used in various industries, including pharmaceuticals, food, and chemicals, for a long time. Chuo Kaki Co., Ltd. was established as a specialized manufacturer of fermentation and distillation purification equipment for alcoholic beverages. In 1961, it obtained manufacturing approval for first-class pressure vessels and has accumulated numerous achievements and experience as a manufacturer of evaporation and distillation plants. It is essential to design the optimal system flow and equipment configuration of evaporation, concentration, and distillation equipment while considering all conditions, such as the characteristics of raw materials and products, as well as utility conditions. At Chuo Kaki, we are confident that we can provide the most efficient equipment tailored to the various conditions of all users. Although evaporation and concentration distillation equipment is said to be an energy-intensive process, Chuo Kaki is working to respond to the needs of the next generation by completing energy-saving processes such as mechanical compression evaporation equipment and utility-type continuous distillation equipment, in addition to conventional evaporation and distillation equipment. For more details, please contact us or refer to our catalog.
Continuous separation and purification of a two-component mixed solution! Excellent operability and stable distillation equipment.
The "Continuous Distillation Device (Two-Component System)" is a typical example of a single-column distillation apparatus that continuously separates and purifies two-component mixed solutions, such as ethyl acetate-water (for VOC countermeasures) and ethanol-water (for recycling). The low-boiling component is discharged from the top of the column, while the high-boiling component is expelled from the bottom. By allowing the distillate and the raw liquid to exchange heat, effective utilization of heat can be achieved. 【Features】 ■ Wide operating range and stable operation ■ Easy product changeover by providing liquid drainage valves on each tray ■ Most unmanned operations are possible with simple instrumentation *For more details, please refer to the PDF document or feel free to contact us.
No liquid leakage allows for intermittent operation! A device for dehydration distillation using azeotropic three-component mixtures.
The "Continuous Distillation Apparatus (Three-Component System)" requires at least two columns for the separation of binary systems with azeotropic points, such as ethanol-water and IPA-water. In this process, the first column concentrates the mixture close to the reference point composition, and in the second column, an entrainer such as benzene is added to perform dehydration distillation through three-component azeotropy. Additionally, it is possible to cut the low-boiling point from the first column, purify the main distillate in the second column, and separate high-boiling substances from the bottom of the second column. 【Features】 - Typically, three columns are required for dehydration distillation, but by returning the decanter liquid to the first column, it may be possible with only two columns. - There is no liquid leakage, and the composition remains on the shelf, allowing for intermittent operation. - Bubble cap trays can operate stably against slight variations in the feed rate compared to other gas-liquid contact devices. - Separation of low-boiling, medium-boiling, and high-boiling components is possible. *For more details, please refer to the PDF document or feel free to contact us.*
Support for the introduction of plants such as small distillation units.
Based on our data, we will propose distillation equipment tailored to your needs. We support a wide range of equipment introduction, from a single small-capacity unit to high vacuum systems. After installation, we also provide customization and maintenance services according to your requirements. Additionally, we offer technical support for actual operations and suggestions on optimal conditions and distillation methods to establish your desired production system. *For more details, please contact us or refer to our catalog.*
Since assembly work will not be conducted on-site, scaffolding, fire spark protection, and temporary material storage are unnecessary!
The "unit-type distillation apparatus" is a distillation plant that addresses the issues faced in conventional plant construction. By combining equipment and components (such as distillation vessels, distillation columns, receivers, heat exchangers, etc.) into pre-designed standard modules, it allows for customization, significantly shortening the design period. Additionally, the unit-type distillation apparatus is shipped with all equipment and parts integrated into a standard-sized frame at the manufacturing facility, simplifying work at the construction site and achieving a significant reduction in construction time by decreasing labor and types of work required. 【Features】 ■ Significantly reduces design and drafting time ■ Only a flat foundation for frame fixation is required for installation ■ Since finished products are shipped, on-site installation work only involves bolting, with no hot work required ■ No assembly work is done on-site, eliminating the need for scaffolding, fire prevention measures, and temporary material storage *For more details, please download the PDF or feel free to contact us.
Available for small lot orders! Glass analysis equipment.
The glass analysis device "Cyan Distillation Apparatus" is used for factory wastewater testing methods. It is a glass analysis device manufactured at a specialized factory that prides itself on quality technology. In addition to Type 1 Cyan Distillation Apparatus, we also offer Type 2 and Type 3 products, and we have a stand available as well. 【Parts】 [Cyan Distillation Apparatus Type 1] ■ Round-bottom flask 1000ml 24/40 (with joint) ■ Round-bottom flask 750ml 24/40 (with joint) ■ Cyan distillation trap 24/40×18/9 ■ Coil cooler 300mm 18/9 ■ Collection adapter 18/9 ■ Stoppered graduated cylinder 250ml *For more details, please refer to the catalog or feel free to contact us. Custom specification changes are also possible.
Flexibly accommodates a wide range of applications! Rapid measurement time of 3.5 minutes per sample.
The "Keltec 9 Distillator" is an automatic distillation device suitable for measuring nitrogen, protein, and TKN using the Kjeldahl method, as well as for alkaline direct distillation (DD method), Devalta alloy method, volatile acids, and VBN measurement. It is equipped with a self-diagnosis function that quickly detects abnormalities in the equipment. Cooling water is used only during the distillation process, and the flow rate can be automatically adjusted by a temperature sensor, significantly saving the amount of tap water used. 【Features】 ■ Automation of sample dilution, alkali addition, absorbent supply, distillation, and waste liquid discharge ■ Measurement of volatile components other than nitrogen is possible due to the output adjustment function of the steam generation device ■ Upgradeable to automatic titration specifications ■ Various safety features and warning functions ensure operator safety ■ Enhanced equipment diagnostics and troubleshooting functions *For more details, please refer to the PDF document or feel free to contact us.