Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
361～390 item / All 524 items
脱着部はグラスライニングを使用！耐久性を追求した溶剤回収システムのご紹介
『ガスタック・OSタイプ』は、クレハ球状活性炭(G-BAC)を使用して、 排ガス中の塩素系溶剤を連続して吸着除去し、溶剤として回収する装置です。 脱着は脱着部下部から直接吹き込まれる低圧水蒸気により直接加熱され、 吸着された溶剤成分が置換脱着。 溶剤および水蒸気はコンデンサで冷却され凝縮したのち分離回収されます。 【特長】 ■効率の高い回収装置 ■排水処理が容易 ■腐食問題を解決 ■メンテナンスが容易 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
Suitable for flammable and water-soluble VOCs! Introducing a VOC recovery system that solves wastewater treatment issues.
The "Gas Tack SN Type" is a device that continuously adsorbs and removes VOCs from industrial exhaust gases using Kureha's spherical activated carbon (G-BAC). VOCs are adsorbed onto G-BAC, and desorption regeneration is performed through indirect heating with steam and nitrogen gas, with the desorbed gas being cooled for liquid recovery. It has a proven track record in recovering VOCs from exhaust gases in printing factories, painting factories, film factories, chemical plants, and more. 【Features】 ■ Suitable for flammable VOCs ■ Low running costs ■ Suitable for water-soluble VOCs ■ Easy maintenance ■ Easy wastewater treatment *For more details, please refer to the PDF materials or feel free to contact us.
For high-pressure cleaning work on gondolas and scaffolding! A device that collects wastewater and prevents it from splashing around. A new model that also supports floor cleaning has been released.
The "Small Exterior Wall Cleaning Wastewater Recovery System" can be used in conjunction with a high-pressure washer to collect wastewater during exterior wall cleaning with a gondola or scaffolding. Since wastewater does not scatter, it allows for work with reduced use of protective coverings. The collected wastewater is filtered and immediately discharged. The conventional "CK Collector Specification" has been significantly renewed with expanded specifications. The suction power has doubled, enabling it to handle not only exterior wall cleaning but also floor cleaning. 【Features】 ■ Lightweight and compact design suitable for use with gondolas and scaffolding ■ Can use your existing high-pressure washer as is ■ Automatic wastewater discharge system ■ Standard equipped with a filtration filter *For more details, please refer to the PDF document or feel free to contact us.
Powerful dust collection during grinding with a sander, enabling long hours of continuous operation with the newly developed cyclone system. (Patent pending)
High power with a suction hose extendable up to 60 meters. Up to four thunders can be connected. Usable with both 100V and 200V power sources. Collected dust is processed by a cyclone, and fine particulates are turned into sludge by water mist, minimizing the dust that reaches the final filter. Equipped with a HEPA filter, it can also be used in asbestos sites.
It enables the removal of PVA, which is the main cause of COD. Additionally, it allows for the recycling of PVA, contributing to environmental measures and reducing the cost of PVA.
The "NEO-PERCLER" is a PVA recovery device that can selectively recover PVA, the main cause of COD in wastewater, and can almost completely remove it. It is very economical as the recovered PVA from dyeing processing plants can be reused in weaving factories. The operation is very simple, and it requires almost no maintenance. 【Features】 ■ Can recover over 90% of PVA ■ Can recover only PVA from wastewater containing starch, CMC, acrylic, and oil ■ Very easy to operate, with minimal maintenance required ■ Can use recovered PVA in combination with starch ■ Yarn made from recovered PVA is flexible and suitable for AIR JET LOOM *For more details, please refer to the PDF document or feel free to contact us.
We also offer a patented distillation method with complete recovery of all acids.
Our company, which supplies acid recovery systems to many electronic component, steel, and chemical companies, offers hydrochloric acid recovery systems using distillation methods. We provide a distillation method for evaporative recovery of hydrochloric acid with multiple efficiencies/energy-saving type, as well as a distillation method for evaporative recovery of hydrochloric acid that has been converted into metal salts by adding sulfuric acid/complete acid recovery type. Please feel free to consult us if you have any requests. 【Product Lineup】 ■ Distillation Method/Energy-Saving Type: 4-Stage Evaporation Concentration System ■ Distillation Method/Complete Acid Recovery Type: Forced Circulation Evaporation Concentration System *For more details, please download the PDF or feel free to contact us.
Used in conjunction with a suction machine, it collects sludge from coolant tanks into a drum! It automatically stops when full.
This device is designed to collect sludge and floating oil from drainage tanks into a drum, in conjunction with a skimmer and suction machine. In the case of floating oil recovery, the drum can be equipped with an oil-water separation function. 【Features】 ■ Capable of collecting sludge from coolant tanks and similar sources into a drum ■ Employs a vacuum suction method, allowing for the recovery of high-viscosity oils, sludge, mud, and high-temperature viscous liquids ■ The power source is pneumatic, enabling the recovery of liquids containing solvents and other substances ■ Automatically stops when the drum is full, allowing for unmanned operation ■ If a filter is installed, it is possible to dehydrate and recover sludge ■ Easy to move and requires minimal installation space *For more details, please download the PDF or feel free to contact us.
No air source needed! A movable demonstration gas recovery device that can be easily transported.
The "demonstration gas recovery device" is a system designed to ultimately confirm whether it can be operated and designed on a commercial scale. Based on the basic design data obtained from the experimental gas recovery device, it verifies whether the target gas can be recovered under conditions closer to those of an actual gas recovery device. Additionally, this device is movable, allowing for easy relocation. 【Features】 ■ Confirms whether the target gas can be recovered ■ Movable for easy transportation ■ Uses electrically operated valves, eliminating the need for an air source *For more details, please refer to the PDF document or feel free to contact us.
A simple structure with a space-saving skid mount design! On-site construction will also be completed in a short period.
"SES-VRU" is a product that uses a special adsorbent for the liquid recovery of VOC vapors generated under various conditions. By changing the adsorbent, the method of filling the adsorbent, and the method of recovering desorbed gas, it is possible to recover a wide variety of VOCs in liquid form. By implementing this system, there are benefits such as compliance with VOC emission regulations and the reuse of recovered VOCs. 【Features】 ■ Simple process ■ High safety ■ High VOC recovery rate ■ Optimization of the adsorption tower ■ Fully automated operation *For more details, please download the PDF or feel free to contact us.
Possesses a high removal capability that can generally keep the emission concentration of volatile organic solvent gases below 50 volppm!
The "Volatile Organic Solvent Gas Recovery Device" is a system developed to recover volatile organic solvent gases and prevent air pollution. It uses non-combustible adsorbents and does not utilize heat sources such as steam, resulting in an extremely low risk of fire, while maintaining high safety even when flammable gases are introduced. Additionally, the simple process and skid-mounted structure minimize the required land area and installation costs. 【Features】 ■ High safety ■ High removal rate ■ Sophisticated equipment configuration ■ Dry operation ■ Low-pressure operation *For more details, please download the PDF or feel free to contact us.
![[VOC Recovery Device Introduction Case] Reuse through Liquid Recovery](https://image.mono.ipros.com/public/product/image/2068610/IPROS12596409217963563433.jpg?w=280&h=280)
Introducing examples that have also led to compliance with laws and improvement of the internal work environment!
We would like to introduce a case where a VOC recovery device was implemented, and reuse was achieved through liquefied recovery. The customer was considering a method to recover VOCs generated from the production process in as high a purity as possible, as the cost and usage of solvents were increasing in a process where VOCs were consistently generated. After implementation, it was possible to keep the design outlet concentration below 100 ppm, and the recovered solvent was automatically transferred when the liquid accumulated, resulting in a reduced operational burden and the creation of a system for reuse. [Case Summary] ■ Challenges and Background: The customer was exploring methods to recover VOCs generated from the production process in as high a purity as possible for reuse. ■ Solution: Reduced the processing gas flow rate to make the device more compact. *For more details, please download the PDF or feel free to contact us.
Based on examples from the material-based manufacturing industry, this explains a strategy for systematically organizing waste heat recovery, power generation, and high-efficiency technologies to achieve both cost reduction and CO₂ reduction simultaneously.
■ Title: "Heat Recovery Technologies and Decarbonization in the Materials Manufacturing Industry" ―― Transforming unused energy into profit. Covering everything from binary power generation to heat pumps and fuel cells, this seminar provides a detailed explanation of the forefront of heat recovery technologies in the materials industry, domestic and international case studies, and specific points for implementing decarbonization. ■ Date and Time: May 21, 2026 (Thursday) 13:30–16:30 ■ Zoom Distribution (with materials and on-demand viewing) 【Knowledge Gained from the Seminar】 1. Current status of waste heat in Japan 2. Types and characteristics of waste heat utilization technologies, trends, and examples 3. Domestic and international examples of waste heat utilization technologies in the materials manufacturing industry 4. Overview of decarbonization technologies in the materials manufacturing industry 5. Trends in the use of hydrogen and ammonia 6. Trends in CO2 utilization technologies 【Target Audience for the Seminar】 Energy utilization departments, manufacturing departments, production management departments, research and development departments, new market development departments in manufacturing, companies wanting to understand market trends, trading companies, research firms, mid-level engineers, management, etc.
Introducing advanced equipment backed by reliable technology, developed uniquely by our company based on our extensive track record!
This catalog introduces a variety of "SF6 gas recovery devices" handled by Taiyo Nippon Sanso Corporation, East Kanto. Our company has obtained numerous patents for recovery devices and related equipment through unique development based on our extensive track record. We offer devices that are highly reliable due to their safety in accordance with the High-Pressure Gas Safety Act and their high quality. We have detailed the features and performance of liquefied recovery devices, gas recovery devices, and combus gas recovery devices, so please take a moment to read through them. [Featured Products] ■ Liquefied Recovery Devices ■ Gas Recovery Devices ■ Combus Gas Recovery Devices ■ SF6 Decomposition Gas Removal Cylinders ■ Recovery Related Equipment and Analytical Instruments *For more details, please refer to the PDF materials or feel free to contact us.
By utilizing a heat recovery system without wasting waste hot water, we can reduce CO2 emissions and costs!
ReCaLo+ (Rikaro+)” is a liquid film type heat recovery device that recovers thermal energy from warm wastewater, helping to reduce fuel costs and CO2 emissions. The main body of the heat recovery device performs high-efficiency heat recovery without using electricity or fuel. The heat recovery water that passes through the device can be used for boiler make-up water, heating, and road heating. Additionally, installation in existing facilities has become easy, and the effects can be felt immediately. Many customers have reported that the energy-saving effects are easy to see, the cost-effectiveness is good, and maintenance is simple. 【Benefits of Installation】 ■ Zero electricity and fuel energy ■ Running costs are zero ■ Reduction in boiler fuel costs ■ Significant reduction in CO2 emissions with consideration for the environment *For more details, please download the PDF or feel free to contact us.
Collect non-magnetic sludge with a filter! ❶ Filter sludge from 10 to 95μ ❷ Available with magnet + paper filter model ❸ Available with high flow processing model
(Main Features) ◎ Filters sludge in coolant liquid using a paper filter ◎ Capable of filtering from 10 to 95μ by selecting the appropriate filter paper ◎ A dual set model with both "magnet type" and "paper filter type" is also available! ◎ Significantly reduces the consumption of filter paper, lowering running costs (What's Different!) ★ Significantly reduces unnecessary consumption of filter paper with a "float switch"!
◆ Introducing the coolant sludge recovery device "FINE MAG" series / "Cutting Processing / Three Successful Case Studies"!
◎ Optimal for cutting processing ・The lifespan of machining center cutting fluid for castings has doubled! ◆ Issues (Before introduction) ● In casting cutting, fine chips and a large amount of carbon cause high-pressure pumps and nozzles to clog, leading to frequent troubles. ● Poor filtration precision of the coolant results in defective products due to scratches, etc. ◇ Effects of introduction 〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20%. 〇 The discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.
(Surface grinding) Sludge recovery case study (Company A) ▲ The issues due to aging deterioration and clogging have become severe!
This is a case study regarding the recovery of coolant sludge in grinding processing, addressing issues that may arise. We hope this serves as a reference for those facing similar challenges. - Company Name: Company A - Issue: "Problems due to aging deterioration and clogging have become more severe!" ★ For more details, please be sure to check the "Case Catalog." ☆ For optimal recovery of coolant sludge in "grinding processing," please also refer to the product catalog for "FINE MAG/K type." ☆ We can provide proposals in collaboration with the manufacturer, taking into account usage conditions and installation environments.
(Cutting Process) Sludge Recovery Case Study (Company I) ▲ Nozzle clogged with cast iron cutting chips, resulting in defective products!
This is a case study regarding the recovery of coolant sludge in cutting processes, addressing common issues. We hope it serves as a reference for those facing similar challenges. - Company Name: Company I - Issue: "Clogging of nozzles and defective products due to chips from cast iron cutting!" ★ For more details, please be sure to check the "Case Catalog." ☆ For optimal recovery of coolant sludge in "cutting processes," please refer to the product catalog for "FINE MAG / KS type." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.
(Carbide Grinding Processing) Sludge Recovery Case Study (Company T) ▲ Carbide sludge in coolant liquid negatively impacts quality!
This is a case study regarding the recovery of coolant sludge in ultra-hard and ultra-precision grinding processes. We hope it serves as a reference for those facing similar challenges. - Company Name: Company T - Issue: "The ultra-hard sludge in the liquid negatively affects quality; if only there were a compact separator!" ★ For more details, please refer to the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.
Shaving processing and gear processing" is ideal for sludge recovery in coolant! "FINE MAG/KS type
Are you facing these issues with shaving processing and gear processing? ▲ Struggling with degreasing work! ▲ Rubber rollers are getting damaged by chips! The "FINE MAG/KS type" solves these challenges. (Different magnetic drum) A magnetic drum with high surface hardness and flatness supports long life even in shaving processing. (Different squeezing roller) Made from a newly developed material that is less prone to chip accumulation, with improved oil resistance. It provides stable squeezing effects over a long period. ★ For details, please refer to the "Product Catalog." ☆ Also check out the "Gear Processing / Case Studies" (from Company N). ☆ We can collaborate with the manufacturer to provide proposals based on usage conditions and installation environments.
(Cutting Gear Processing) Sludge Recovery Case Study (Company N) ▲ Fine particles mixed in the recovered oil-based coolant, causing cutter wear!
This is a case study on solving issues related to coolant sludge recovery in gear machining. We hope this reference material will be helpful for those facing similar concerns. - Company Name: Company N - Challenge: "Fine particles are mixed into the recovered oil-based coolant, causing wear on pumps and cutters!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ Please also refer to the product catalog for "(Gear Machining) FINE MAG / KS Type." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.
◆ Introduction to "8 Successful Cases" of Sludge Recovery from Coolant in Grinding Processing!
◎ Ideal for grinding processing - Significant improvement in the recovery of sludge from deposits in the tank generated during grinding processing! ◆ Issues (Before Implementation) ● Used a competitor's magnetic separator, but the magnetic drum and rubber wore out in less than a year ● Sludge being discharged was sticky, etc. ◇ Implementation Effects ○ Eliminated tank deposits and removed abrasives, reducing impurities below specified levels ○ Sold sludge as valuable material to scrap dealers, etc.
[Issue] Insufficient sludge recovery, and operational stoppages during work!
◇ Introduction Background 〇 Originally used a coolant system from another company 〇 Decided to introduce FINEMAG, which had already gained recognition for its quality within the company, among other reasons ◆ Introduction Effects ● The amount of sludge collected initially was astonishingly large, something I had never seen before ● The durability of the rollers is excellent, allowing for long-term use ● The performance of the filtration is outstanding, among other benefits
[Issue] Problems frequently occur due to clogging of high-pressure pumps and nozzles!
◇ Introduction Background 〇 Due to the fine chips and large amounts of carbon in cast iron cutting, troubles caused by high-pressure pump and nozzle clogging frequently occurred. 〇 Additionally, poor filtration accuracy of the coolant led to defects caused by scratches, among other issues. ◆ Introduction Effects ● As a result of a two-month test, the lifespan of the cutting fluid was extended to twice as long, and the defect rate was reduced by 20%, yielding remarkable results. ● In cutting processes, the shape of the sludge differs from that in grinding processes, making it recommended. ● The discharged sludge is mostly dry, and even after six years of use, its condition remains unchanged, among other benefits.
[Issue] Fine sludge cannot be completely removed, and it accumulates to about half of the tank in three months!
◇ Introduction Background 〇 The conveyor for chip discharge alone cannot remove the fine sludge generated during the cast iron processing. 〇 Sludge adheres inside the machine, necessitating frequent maintenance to prevent issues such as pipe and pump blockages. 〇 Cleaning, which costs about 100,000 yen each time, needed to be done four times a year, among other reasons. ◆ Introduction Effects ● After one and a half years of implementation, the amount of accumulated chips in the six months following installation was less than that in the three months before installation. ● Cleaning frequency reduced from once every three months to once every six months. ● In addition to labor and cleaning costs, coolant expenses were also reduced to half, down to 200,000 yen after implementation, among other benefits.
The "sludge from coolant fluid" generated during "gear processing / carbide grinding" causes various problems. Please refer to the "case studies for problem-solving."
◆ "Gear Processing" ・Issue/Case 1: ▲ The oil removal work for the contact powder is difficult, and the floor is covered in oil! ◇ "Cemented Carbide and Ultra-Precision Grinding Processing" ・Issue/Case 2: ▲ Find a separator that can recover cemented carbide sludge!
![[Case Study] "Ceramics" Pipe Clogging, Countermeasure Case / MAGPICKER](https://image.mono.ipros.com/public/product/image/2072749/IPROS15928645237023093400.jpg?w=280&h=280)
The introduction of "MAGPICKER (wet type)" in the chemical materials manufacturing process enables cost reduction for pipe cleaning and replacement!
◆ Issue - During the processing of chemical materials, the accumulation of waste and scrap in the piping leads to blockages, resulting in significant costs for cleaning the pipes and repairing or replacing piping equipment. ◆ Overview - By using "MAGPICKER" upstream in the piping, it has been confirmed that approximately 30 percent of both magnetic and non-magnetic materials contained in the waste and scrap can be recovered simultaneously. As a result, the concentration of non-magnetic materials in the liquid has decreased, reducing the frequency of pipe blockages and sediment layer cleaning. ◆ Effects and Benefits - This leads to a significant reduction in pipe cleaning costs and repair expenses. ☆ Please download the "Product Catalog" to check the specifications. ☆ Rental of the "Evaluation Unit" can be arranged.
Acquisition of ISO 14000! A solvent recovery device that enables reduction of new liquid purchase costs and waste disposal costs.
The "KRE Series" is a solvent recovery device that can distill dirty solvents and cleaning agents to regenerate them to a state similar to new liquid. It has obtained explosion-proof structure certification from Canada's CSA and America's UL. All operations can be performed with just one finger, making recycling easy for anyone. Additionally, it features a self-diagnosis function that can automatically identify malfunctioning parts. 【Features】 ■ Can distill dirty solvents and cleaning agents to regenerate them to a state similar to new liquid ■ Safe ■ Easy operation ■ Self-diagnosis function *For more details, please refer to the PDF materials or feel free to contact us.
Since high-temperature operation is possible, recovery of high-boiling point solvents is also feasible! Solvent regeneration recovery device.
The "Harmaster II" is a solvent regeneration recovery device designed with a compact square shape that can be installed in narrow spaces. Due to its low overall height and large internal volume, it allows for easy handling of 18-liter cans. The main body of the regenerator is made of SUS316L, which is particularly resistant to thermal expansion and contraction and has excellent acid resistance, ensuring long-lasting performance without concerns about corrosion. The cooling pipes use flexible tubes made of SUS316L, providing excellent heat exchange efficiency, durability, and a short pathway, eliminating worries about blockages. 【Features】 ■ Capable of high-temperature operation, allowing for the recovery of high-boiling-point solvents ■ Equipped with an energy-efficient casting heater that has a fast heating rate ■ Allows for the direct insertion of 18-liter cans, preventing residue from remaining in the regenerator and making handling easy ■ Particularly efficient operation when using heat transfer oil ■ Digital temperature display for easy monitoring of the current temperature *For more details, please download the PDF or feel free to contact us.
Maximum processing capacity is 50L! Proposal for a device to easily recover silver from COD-Mn analysis wastewater.
The "Silver Recovery Device" is a device that allows for easy recovery of silver from COD-Mn analysis wastewater. After analysis, the wastewater is either poured into a tank or connected to the automatic COD measurement wastewater line from Hiranuma Sangyo. Sodium chloride is added, and the stirrer (with a timer stop) is activated to begin processing. After processing, the wastewater (either pumped or naturally drained) is repeated, and when silver chloride accumulates, it is recovered from the lower valve. 【Features】 ■ Easy recovery of silver from COD-Mn analysis wastewater ■ Sodium chloride is added, and the stirrer is activated to start processing ■ When silver chloride accumulates, it is recovered from the lower valve *For more details, please refer to the PDF document or feel free to contact us.
