Dehydration dryer Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Dehydration dryer Product List

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Wastewater and waste liquid reduction dehydration drying device "V-cycle"

Wastewater and waste liquid reduction dehydration drying device "V-cycle"

Case study of a 12.5 million yen reduction in processing costs! Free sample testing in progress!

By reducing the wastewater and waste liquids that are being disposed of as industrial waste, we can achieve zero emissions and reduce processing costs. We are also conducting free treatment tests for wastewater samples! 【Benefits of Implementation】 ◆ Significantly reduce industrial waste disposal costs! * In the case of 4 tons per day, a cost reduction of 12.5 million yen annually (see downloadable materials) ◆ Reduce the amount of wastewater and waste liquids by over 90%! ◆ Contribute to zero emissions!

  • Water Treatment
  • Drainage and water removal

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Turn waste liquid into something valuable! Dehydration and drying device.

Turn waste liquid into something valuable! Dehydration and drying device.

★Why not turn the waste liquid you are currently disposing of into something valuable?★ Accepting tests for extracting 10kg of solid from 1000L of slurry in just 1 hour.

The "Pleated Filter Dewatering" device sucks in and filters high-concentration slurry (mud-like mixture), forming a cake layer on the filter surface. This cake layer is then dehydrated and dried, allowing it to be collected as sludge (aggregated solids). Our unique pleated filter enables dewatering and drying in a compact device with a short cycle time. No coagulants or filtration aids are required. The moisture content of the sludge can achieve results in the 1% range for inorganic materials. 【Features】 ■ Individual liquid separation to dewatering and drying in 60 minutes (all-in-one) ■ Compatible with ultra-high concentration turbid water ■ Processing capacity of 400 kg/day (based on treating 1,000 L of 20,000 PPM turbid water) ■ Maintenance requires only filter replacement ◎ For more details, please refer to the PDF document or feel free to contact us.

  • Water treatment technology and systems

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Flat Membrane Dehydration Drying Device "Flat Dakkan"

Flat Membrane Dehydration Drying Device "Flat Dakkan"

"Dehydration" is now available in a tabletop size! A flat membrane dehydration and drying device suitable for verification before the introduction of dehydration.

The "Flat Dakkann" is a tabletop-sized flat membrane dehydration and drying device derived from Dakkann, designed for small quantities and a variety of research and development applications. Its compact size allows for research and development as well as various sample tests without requiring specific space, thus improving efficiency. It enables easy high-performance dehydration and drying, allowing for in-house research and development of small quantities and various products, which helps reduce costs. 【Features】 ■ Tabletop size ■ Easy high-performance dehydration and drying ■ Cost reduction for small quantities and various products in-house ■ Increased efficiency due to no space restrictions *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment
  • Turbid water and muddy water treatment machines
  • others

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Patented Technology Adopted: Slurry Dehydration Dryer 'Dakan' for Advanced Powder Materials

Patented Technology Adopted: Slurry Dehydration Dryer 'Dakan' for Advanced Powder Materials

A single unit can perform solid-liquid separation, dewatering, and drying, enabling low-cost operation! Suitable for particle recovery and liquid circulation reuse, among other applications.

"Dakukan" is an advanced dewatering and drying device for powder materials that can perform solid-liquid separation, dewatering, and drying all in one machine. 【Features of Dakukan】 - Capable of solid-liquid separation, dewatering, and drying in one unit - New technology compatible with both powder and liquid recovery - Closed system design to minimize powder exposure - Suitable for small quantities and a variety of products - Compatible with high-concentration slurry - Generally does not require coagulants or filtration aids - Can be installed in narrow spaces - Few moving parts in the main unit, reducing maintenance costs 【Main Challenges for Users】 - Want to recover particles contained in aqueous solutions - Want to remove foreign substances and recycle the liquid - Want to flush particles after filtration - Need to perform filtration and drying in one unit due to limited installation space - Do not want to include concentration devices like MF membranes before the filtration unit - Existing equipment has high initial costs - Not suitable for small quantities and a variety of products, and maintenance is challenging

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  • Washing machine and dryer

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What is a vacuum dehydration drying device?

What is a vacuum dehydration drying device?

Evaporate moisture as much as possible, concentrating and drying! We will also introduce the cost-benefit model of the vacuum dehydration drying equipment.

The "Vacuum Dehydration Drying Device" is a system that heats concentrated wastewater discharged from factories under reduced pressure, efficiently evaporating as much moisture as possible to concentrate and dry the waste. It enables a reduction in industrial waste output and significant cost savings in waste treatment expenses. Our company offers analysis of various wastewater types, cost reduction, zero-emission calculations, simulations, design, construction, and sales. Please feel free to contact us when you need assistance. 【Features】 ■ Heats concentrated wastewater discharged from factories under reduced pressure ■ Efficiently evaporates as much moisture as possible to concentrate and dry the waste ■ Achieves reduction in industrial waste output and significant cost savings in waste treatment expenses *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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[Case Study of Introducing a Decompression Dehydration Drying Device] Semiconductor Component Manufacturing Industry, Company S

[Case Study of Introducing a Decompression Dehydration Drying Device] Semiconductor Component Manufacturing Industry, Company S

The reclaimed water employs biological treatment in the later stages! An example of reducing the COD value of reclaimed water by cutting the first distillate by 15%.

We would like to introduce a case study of Company S, a semiconductor component manufacturer located in Indonesia, which has implemented a "decompression dehydration drying device." In the company, when introducing a new product manufacturing process, they considered wastewater treatment. They tried various methods, but the COD value became a bottleneck, and they ultimately chose treatment through reduction. The recovered water underwent biological treatment in the subsequent stage. The wastewater contained low-boiling-point solvents, and by cutting the initial distillate by 15%, they were able to suppress the COD value of the recovered water. 【Case Overview】 ■ Customer Name: Company S ■ Location: Indonesia ■ Industry: Semiconductor Component Manufacturing ■ Model Introduced: G 750 Type ■ Introduction Date: November 2014 ■ Treated Wastewater: Production Process Wastewater ■ Treatment Volume: 15,000L/day (operating 24 hours/day) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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[Case Study of Introducing a Decompression Dehydration Drying Device] Food Manufacturing Industry, Company M

[Case Study of Introducing a Decompression Dehydration Drying Device] Food Manufacturing Industry, Company M

Activating zero emissions! Introduction of a case study that achieved stabilization of wastewater treatment facilities!

At Company M, a food manufacturing business located in a certain area of Saitama Prefecture, the introduction of a "decompression dehydration drying device" has significantly alleviated the burden of rice washing water on wastewater treatment facilities, which was causing instability in processing capacity. As a result of the introduction, approximately 97% of COD, about 90% of BOD, nearly 100% of SS, and around 99% of n-Hex have been removed, achieving stabilization of the wastewater treatment facilities. Additionally, by intentionally adjusting the residue from the cooking process to a paste-like consistency, it has become a valuable feed for pig farming, promoting zero emissions. 【Case Summary】 ■Customer Name: Company M ■Location: Certain area in Saitama Prefecture ■Industry: Food Manufacturing ■Model Introduced: G 750 Type ■Introduction Date: December 2009 ■Waste Liquid Processed: Rice Washing Water ■Processing Volume: 15,000L/day (operating 24 hours/day) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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『電気式汚泥脱水乾燥装置』

『電気式汚泥脱水乾燥装置』

濃縮汚泥の吸い上げから乾燥汚泥排出まで無人自動運転が可能な乾燥装置

『電気式汚泥脱水乾燥装置』は、農業集落排水の排水汚泥、工場排水汚泥を 乾燥させて減容化・有効利活用するシステムです。 乾燥させることにより汚泥を大幅に減容化することができます。 乾燥汚泥には、窒素、リンが豊富に含まれており、肥料として利用できます。 また、肥料登録を行うことで農地還元ができます。(生活排水由来の汚泥の場合) 【特長】 ■24時間無人自動運転 ■トラック車載で巡回が可能 ■濃縮汚泥、脱水汚泥両方に対応 ■電気ヒーター加熱方式 ■24時間稼働により、諸規模設備でも大容量の処理が可能 ※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。

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  • Water Treatment

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[Case Study Giveaway!] Drying and volume reduction of moisture-containing residues.

[Case Study Giveaway!] Drying and volume reduction of moisture-containing residues.

We will introduce examples of reducing industrial waste costs and contributing to the conversion of residues into feed and valuable materials.

We would like to introduce a case study from Ryuki Engineering, which proposes a reduction in the running costs of water treatment. We received a request from a food processing factory to dry and reduce the weight of residual materials to cut disposal costs. 【Case Study】 ■Industry: Food Processing Factory ■Challenges - When disposing of residual materials (pressed pulp), disposal fees are determined by weight, so there are costs associated with disposing of moisture-containing residual materials. - We want to dry and reduce the weight of residual materials to cut disposal costs. To further enhance the efficiency of processing the juice generated during the drying process, we proposed Dehydration + ECO Clean. This not only reduced industrial waste costs but also contributed to converting the dried residual materials into feed, generating valuable by-products. *For more details, please refer to the PDF document or feel free to contact us.

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  • Water Treatment
  • Water Treatment Plant
  • Turbid water and muddy water treatment machines

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[Case Study] High-efficiency recovery of rare metals from wastewater!

[Case Study] High-efficiency recovery of rare metals from wastewater!

Achieved significant reductions in installation costs for collection equipment, installation space, and running costs!

This is a case study of our water treatment products introduced to a metal processing factory. The request was to efficiently recover rare metals from high-concentration rare metal-containing water (valuable materials) without reducing their concentration. Previously, multiple processes were carried out using several machines, which was labor-intensive and costly. We consolidated this into one machine using dewatering. The dewatering unit now takes on all the roles of the previously used equipment, achieving significant reductions in installation costs, installation space, and running costs (electricity and maintenance fees). [Case Study] ■ Metal processing factory ■ Request: To efficiently recover valuable materials from containing water ■ Implementation effect: Reduction in installation costs and running costs *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment
  • Turbid water and muddy water treatment machines

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Features of the vacuum dehydration drying device

Features of the vacuum dehydration drying device

Prevent scaling (burn-on) with a Teflon scraper! We will also introduce some tips!

The "decompression dehydration drying device" features a unique stirring and discharge screw built into the distillation kettle, making it resistant to scaling (burning). Its simple structure allows for very easy handling, and the angled stirring enables automatic discharge of distillation residues. Additionally, as a tidbit about this product, the "stirring blades" are made of Teflon and continuously scrub the inner walls of the distillation kettle to prevent the precipitated residues from sticking. The Teflon blades are angled to direct the residues towards the discharge outlet for automatic removal. 【Features】 ■ Unique stirring and discharge screw (Teflon plate) built into the distillation kettle ■ Resistant to scaling (burning) ■ Automatic discharge of distillation residues through angled stirring ■ Very easy to handle due to its simple structure *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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Introduction of vacuum dehydration drying equipment results

Introduction of vacuum dehydration drying equipment results

We have a proven track record in the processing of metal materials and the manufacturing of semiconductor components! We also introduce a wide range of products.

The "Vacuum Dehydration Drying Equipment" that our company handles has a total of 352 units installed as of April 30, 2021, with 264 units in Japan and 88 units overseas. We have various installation records, including M Company in the food manufacturing industry, O Company in the food product raw material processing industry, and S Company in the semiconductor component manufacturing industry. At O Company, a stainless steel product manufacturer located in Okayama Prefecture, they adopted our system for treating rinse water discharged from the cleaning process of their product production as they constructed a new factory. Compared to conventional wastewater treatment facilities, our system is very compact, takes up little space, and is easy to manage, which has been greatly appreciated. 【Installation Records (Partial)】 ■ Food Manufacturing Industry: M Company ■ Metal Material Processing Industry: A Company ■ Food Manufacturing Industry: B Company ■ Food Product Raw Material Processing Industry: O Company ■ Semiconductor Component Manufacturing Industry: K Company *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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[Case Study of Introducing a Decompression Dehydration Drying Device] Metal Material Processing Industry, Company A

[Case Study of Introducing a Decompression Dehydration Drying Device] Metal Material Processing Industry, Company A

Achieving zero emissions through significant cost reduction! Introducing a case study that successfully achieved over 90% volume reduction!

We would like to introduce a case study of Company A, a metal materials processing business located in Shizuoka Prefecture, which has implemented a "decompression dehydration drying device." The company had been outsourcing the treatment of 20,000 liters per day of water-soluble rolling oil wastewater, which resulted in significant disposal costs. However, with the introduction of the device, they successfully achieved over 90% volume reduction. Furthermore, the residual oil content has a low moisture rate and is of high quality, allowing it to be collected as a valuable material, leading to the achievement of zero emissions and significant cost savings. 【Case Overview】 ■Customer Name: Company A ■Location: Shizuoka Prefecture ■Industry: Metal Materials Processing ■Model Introduced: G 1000 ■Introduction Date: March 2012 ■Waste Liquid Treated: Water-soluble Rolling Oil Wastewater ■Treatment Volume: 20,000 L/day (operating 24 hours/day) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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[Case Study of Introducing a Decompression Dehydration Drying Device] Food Manufacturing Industry, Company B

[Case Study of Introducing a Decompression Dehydration Drying Device] Food Manufacturing Industry, Company B

After implementation, the amount of industrial waste collected decreased by about 70%! This is a case that achieved significant reduction in industrial waste emissions and cost improvements.

We would like to introduce a case study of Company B, a food manufacturing business located in a certain area of Yamagata Prefecture, which has implemented a "decompression dehydration drying device." Before the implementation, the company generated a large amount of waste jelly every day, leading to high costs for waste disposal. However, after the implementation, the amount of waste disposal was reduced by approximately 70%, achieving significant reductions in waste output and cost improvements. Additionally, at the time of implementation, the company received a grant from the "Fiscal Year 2012 Subsidy for the Development of Recycling-Oriented Industrial Facilities," resulting in even greater benefits. [Case Overview] ■ Customer Name: Company B ■ Location: Certain area in Yamagata Prefecture ■ Industry: Food Manufacturing ■ Model Introduced: G 300 Type ■ Implementation Date: December 2012 ■ Waste Liquid Processed: Waste Jelly ■ Processing Volume: 6000L/day (operating 24 hours/day) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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[Case Study of Vacuum Dehydration Drying Equipment Introduction] Food Product Raw Material Processing Industry, Company O

[Case Study of Vacuum Dehydration Drying Equipment Introduction] Food Product Raw Material Processing Industry, Company O

Distillation and concentration adjustment achieved recycling! A case of significant reduction in industrial waste disposal costs.

We would like to introduce a case study of Company O, a food product raw material processing business located in Gunma Prefecture, which has implemented a "decompression dehydration drying device." Previously, the company disposed of all used cleaning alcohol aqueous solution (35%) as industrial waste, but now they have achieved recycling by distillation and concentration adjustment. As a result, there has been a significant reduction in industrial waste disposal costs. 【Case Overview】 ■ Customer Name: Company O ■ Location: Gunma Prefecture ■ Industry: Food Product Raw Material Processing ■ Model Introduced: G 150 Type (Safety Increased Explosion-Proof) ■ Introduction Date: March 2014 ■ Waste Liquid Processed: Recycling of Cleaning Alcohol Aqueous Solution ■ Processing Volume: 2760L/day (20H/day operation) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat and Drying Treatment Systems

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