MORIKAWA Co., Ltd. / Nagase (Thailand) Co., Ltd.

What is an automatic solvent recycler? The secret to effective solvent reuse (Bangkok, Thailand)

1. What is an automatic solvent recycler? An automatic solvent recycler is a device that efficiently regenerates used solvents and returns them to a reusable state. This device enables the reuse of solvents used in various industries, reducing the burden on the environment and contributing to cost reduction. 2. Main regenerative solvents The automatic solvent regenerator can regenerate the following solvents: ●Hydrocarbon solvents - Toluene - Xylene - Solvent naphtha - Normal hexane - Isohexane ●Alcohol-based solvents - Methanol - Ethanol - Butanol - Isopropyl alcohol (IPA) ●Ketone-based solvents - Acetone - Methyl ethyl ketone (MEK) - Methyl isobutyl ketone (MIBK) ●Ester-based solvents - Ethyl acetate - Butyl acetate - Methoxybutyl acetate - Normal propyl acetate ●Halogen-based solvents ● Fluorine-based solvents ● Chlorine-based solvents 3. How the automatic solvent regenerator works The automatic solvent regenerator regenerates solvents by combining distillation and purification technologies. The solvent is heated and vaporized in the device, then cooled and reliquefied. In this process, impurities are removed and a high-purity solvent is regenerated. 4. Benefits of introduction The following benefits are available from introducing an automatic solvent recycler: ● Cost reduction: Reduces the frequency of purchasing new solvents, significantly reducing costs. ● Environmental protection: Reduces the discharge of waste solvents, mitigating the burden on the environment. ● Efficient resource utilization: Reusing regenerated solvents enables effective use of resources. ● Compliance with laws and regulations: Makes it easier to comply with waste disposal laws and regulations. 5. Reasons for recommendation Morikawa Corporation's automatic solvent recycler uses the latest technology to achieve high regeneration efficiency. It is compatible with a wide range of solvents and can be used in a variety of industries. It is the best choice for companies that aim to achieve both environmental protection and cost reduction. For details, please download the PDF or feel free to contact us.

Main uses and scope of application of automatic solvent regeneration equipment (Bangkok, Thailand)

Automatic solvent regeneration equipment is equipment that regenerates used solvents into a reusable state. By regenerating solvents, there is no need to purchase new solvents, which reduces costs. It also reduces the amount of waste solvents and reduces the burden on the environment, contributing to sustainable management. Applications in the chemical industry In the chemical industry, solvents are used in many processes, and their regeneration is a major issue. Automatic solvent regeneration equipment is used for the following purposes. 1. Regeneration of reaction solvents: By regenerating and reusing solvents used in chemical reactions, costs can be significantly reduced. 2. Reuse of cleaning solvents: Solvents used for cleaning equipment and pipelines can be regenerated and reused. 3. Reuse of extraction solvents: By regenerating and reusing solvents used in the extraction process, material costs can be reduced. Scope of application in the manufacturing industry Automatic solvent regeneration equipment is also widely used in the manufacturing industry. Specifically, it has the following uses. 1. Cleaning of metal parts: By regenerating and reusing the solvent used to clean metal parts, cleaning costs can be reduced. 2. Solvent regeneration in the painting process: Regenerate the solvent used in the painting process to reduce costs and reduce the environmental impact. 3. Plastic manufacturing: It is possible to regenerate and reuse the solvent used in the manufacturing process of plastic products. Use in the printing industry Automatic solvent regeneration equipment also plays an important role in the printing industry. Specific applications include the following: 1. Printing machine cleaning: Regenerate and reuse the solvent used to clean the printing machine, thereby reducing cleaning costs. 2. Ink solvent reuse: Regenerate and reuse the ink solvent used in the printing process, thereby reducing material costs. 3. Plate cleaning: Regenerate and reuse the solvent used to clean the printing plate, thereby reducing plate cleaning costs. Reasons why we recommend Morikawa Sangyo's automatic solvent regeneration equipment Morikawa Sangyo's automatic solvent regeneration equipment is particularly recommended for the following reasons. 1. Highly efficient regeneration: Equipped with the latest technology, it has a very high solvent regeneration efficiency. 2. Easy operation: The automated system is easy to operate and easy to maintain. 3. Environmental protection: Significantly reduces waste and reduces the burden on the environment. 4. Extensive implementation track record: The system has been implemented in many companies and has a proven track record and is highly reliable. For details, please download the PDF or feel free to contact us.

Cost Reduction Effects of Automatic Solvent Recycling Equipment (Bangkok, Thailand)

Implementing automatic solvent recycling equipment can reduce waste solvent treatment costs and achieve sustainable management. Table of Contents 1. What is Automatic Solvent Recycling Equipment? 2. Mechanisms of Cost Reduction 3. Actual Cost Reduction Effects 4. Case Studies and Success Stories 5. Reasons to Recommend Morikawa Industries' Automatic Solvent Recycling Equipment ■What is Automatic Solvent Recycling Equipment? Automatic solvent recycling equipment is a device that regenerates used solvents to a reusable state. Industries such as chemical, manufacturing, and printing use large amounts of solvents, and the cost of processing them is a burden on businesses. By introducing automatic solvent recycling equipment, it is possible to reduce the amount of waste, contribute to environmental protection, and achieve cost savings. ■Mechanisms of Cost Reduction Here’s how automatic solvent recycling equipment achieves cost reduction. First, by regenerating waste solvents, the frequency of purchasing new solvents can be significantly reduced. Additionally, the cost of waste disposal is reduced. Below are specific mechanisms of cost reduction: - Solvent Reuse: By regenerating and reusing waste solvents, the cost of purchasing new solvents is reduced. - Reduction in Waste Disposal Costs: Reducing the amount of waste solvents lowers disposal costs. - Reduction in Transportation Costs: With less waste solvent, transportation costs are also reduced. - Environmental Impact Reduction: Reducing the amount of waste lessens the environmental burden, improving the company's ecological image. Actual Cost Reduction Effects Here are specific points about actual cost reduction effects: - Annual Cost Savings: By introducing automatic solvent recycling equipment, it is possible to save several million yen annually. - Payback Period: The initial investment is usually recovered in 1-2 years, after which pure cost savings are realized. - Operating Costs: The operating costs of recycling equipment are low, enabling cost-effective operation. Case Studies and Success Stories Introducing success stories from companies that have implemented automatic solvent recycling equipment: - Case 1: Chemical Plant: Achieved a 30% reduction in the cost of purchasing new solvents annually. - Case 2: Printing Plant: Reduced waste disposal costs by 50% and significantly lowered environmental impact. - Case 3: Manufacturing Plant: Cut transportation costs by 20%, leading to overall cost savings. Reasons to Recommend Morikawa Industries' Automatic Solvent Recycling Equipment Morikawa Industries' automatic solvent recycling equipment is particularly recommended for the following reasons: - High Regeneration Efficiency: Equipped with the latest technology for efficient solvent regeneration. - Easy Operation: Automated systems make it easy to operate and maintain. - Environmental Consideration: Contributes to environmental protection, supporting the company's CSR activities. - Proven Track Record: Widely adopted by many companies, with high reliability and proven performance. For more details, please download the PDF or feel free to contact us.

Comparison of Automatic Solvent Recycling Machines: Morikawa's Strengths and Differences from Other Products (Bangkok, Thailand)

The Morikawa Automatic Solvent Recycling Machine (Morikawa Automatic Solvent Recycling Machine) enables the reuse of solvents, achieving both cost reduction and environmental impact mitigation. By efficiently recycling solvents, it contributes to the sustainable operation of businesses. It is particularly optimized for use in the chemical and manufacturing industries, offering high performance and reliability. ■ Features ‐ High-Efficiency Recycling Technology: Morikawa's recycling machine allows for high-efficiency recycling of solvents, maximizing their usage. ‐ Environmentally Friendly Design: The recycling process is designed to minimize emissions, contributing to environmental conservation. ‐ Ease of Operation: The user-friendly interface ensures easy operation and requires minimal training. ‐ Durability: Made with high-quality materials and designed for robust construction, ensuring long-term use. ‐ Customizable: Offers customization options to meet the specific needs of businesses, providing optimal solutions. For more details, please download the PDF or contact us.

Morikawa Automatic Solvent Recycling Machine: Features and Effective Usage (Bangkok, Thailand)

The Morikawa Automatic Solvent Recycling Machine (Morikawa Automatic Solvent Recycling Machine) is designed to efficiently recycle used solvents for industrial and commercial applications. By returning used solvents to a reusable state, this device helps reduce waste and cut costs. It employs the latest technology to ensure high safety and recycling efficiency. ■ Features ‐ Automatic Operation: The automated process allows for highly efficient solvent recycling with minimal effort. ‐ Environmentally Friendly: Reusing waste solvents contributes to environmental conservation. ‐ Cost-Efficient: Reduces the cost of purchasing new solvents, supporting economical operations. ‐ High Recycling Efficiency: Advanced recycling technology maintains the quality of solvents during the recycling process. ‐ Safe Design: Equipped with comprehensive safety features, ensuring reliable use. ■ Applications ‐ Manufacturing Industry: Recycling solvents used in various manufacturing processes. ‐ Cleaning Industry: Recycling solvents used in cleaning. ‐ Research and Development: Reusing solvents used in experiments or research. For more details, please download the PDF or contact us.

Automatic Solvent Recycling Machine Regenerator Features and Specifications | Morikawa Co., Ltd. (Bangkok, Thailand)

The Automatic Solvent Recycling Machine Regenerator (Automatic Solvent Recycling Machine Regenerator) helps reduce environmental impact and cut company costs by efficiently recycling used solvents. This equipment is widely used in various industries such as chemical industry, pharmaceutical industry, and automotive manufacturing, boasting a high recycling rate with advanced technology. ■ Specifications ‐ Processing Capacity: Can recycle up to 100 liters of solvent per day ‐ Recycling Rate: Recycling rate of over 95% ‐ Operating Temperature: Adjustable from room temperature to 200℃ ‐ Power Consumption: Average 1.5 kWh ‐ Dimensions: Width 1.2m x Depth 1.0m x Height 2.0m ‐ Weight: Approximately 500 kg ■ Applications ‐ Chemical Industry: Recycling and reusing used solvents ‐ Pharmaceutical Industry: Efficient recycling of solvents used in the manufacturing process ‐ Automotive Manufacturing: Reusing solvents used in the painting process ‐ Printing Industry: Recycling and reusing ink solvents The Regenerator (Regenerator) is an excellent solvent recycling machine that simultaneously achieves environmental protection and cost reduction. For more details, please download the PDF or feel free to contact us.

Reearth Series organic solvent gas recovery equipment for parts cleaning: Balancing cost and the environment

The Rearth series is an organic solvent gas recovery device that achieves high cost performance and environmental conservation. By efficiently liquefying and reusing organic solvent gas generated during the cleaning and coating process of precision parts, it is possible to reduce material costs and reduce environmental pollution. This device achieves significant cost reduction compared to conventional methods and also increases compliance with exhaust gas regulations. ■ Features ・ Cost reduction: The purchase cost of organic solvents can be significantly reduced. ・ Environmental measures: The emission concentration is significantly reduced and meets the standards of local regulations. ・ Efficient recovery: Organic solvent gas is efficiently liquefied and recovered by compression cooling. ・ Reuse of used solvents: The recovered solvent is returned to the process, achieving both economic benefits and environmental conservation. ■ Specifications ・ Target of use: Cleaning and coating process of precision parts. ・ Cooling method: Highly efficient compression cooling system. ・ Recovery efficiency: Reduces organic solvent by approximately 66%. ・ Compliance with environmental regulations: Reduces atmospheric emission concentration from 725 ppm to 15 ppm. For details, please download the PDF or feel free to contact us.

"REARTH S Series" Organic Solvent Gas Recovery Systems: Cost Reduction and Environmental Conservation through Compression Cooling (Bangkok, Thailand)

The REARTH® S Series is a device that contributes to both environmental and economic aspects by efficiently recovering and reusing organic solvent gases. It is specifically designed to target organic solvent gases produced in precision part cleaning and coating processes. Through compression cooling and liquefaction, it regenerates costly solvents and prevents their emission into the atmosphere. ■ Features ・ Utilizes a "deep freeze condensation method" that achieves a removal rate of over 99% ・ Highly versatile, adapting to various solvents and emission systems ・ Proven track record of installations ensures reliable performance and support ・ Economic efficiency and environmental consideration through efficient solvent use ・ Recovery of high-quality liquid solvents suitable for reuse ・ Space-efficient compact design ■ Specifications ・ Name: REARTH® S Series Organic Solvent Gas Recovery Systems ・ Recovery Technology: Deep Freeze Condensation Method ・ Applicable Solvents: Wide range of organic solvents ・ Installation Requirements: No drainage needed, compact design The REARTH® S Series, aiming for the coexistence of industrial advancement and environmental protection, is a strong partner for companies that prioritize environmental measures and economic efficiency. It provides next-generation industrial solutions aimed at reducing solvent costs and environmental impact. For more details, please download the PDF or feel free to contact us.

"REARTH S-series (Model F)": Organic Solvent Gas Recovery Systems that Enhance Liquid Quality with Special Adsorbents (Bangkok, Thailand)

The "REARTH® S Series F Type" is the latest model that maintains the functionality of the existing S Series while improving liquid quality by introducing our proprietary special adsorbent. Furthermore, by expanding its compatibility with next-generation fluorinated solvents (HFOs), it will help companies protect the environment and improve their economic efficiency even in the midst of strict environmental regulations. ■ Features ・ Special Improved quality with adsorbent, recovers higher quality liquid products than conventional products ・ S series users can upgrade to F type by simply replacing the adsorption unit ・ Flexible support for next-generation fluorine solvents (HFO type) and future environmental regulations ・ Maintains high removal rate of over 99% with compression cryogenic condensation method ・ Abundant track record of application to various discharge facilities ・ Efficient solvent use reduces costs and is economical ・ Compact design allows installation anywhere, no drainage equipment required ■ Specifications ・ Name: REARTH® S series F type ・ Recovery technology: compression cryogenic condensation method, special adsorbent ・ Compatible solvents: Various organic solvents, including next-generation fluorine solvents (HFO type) ・ Design: Compact design, no drainage equipment required The "REARTH S series F type" brings together advanced technologies to achieve high economic effect and environmental performance, strongly supporting your sustainability efforts. For details, please download the PDF or feel free to contact us.

"REARTH CS Series": Atmospheric Low-Temperature Condensation System for Flammable Organic Solvent Gases (Bangkok, Thailand)

The "REARTH® CS Series" is a recovery system that employs an atmospheric low-temperature condensation method for flammable organic solvent gases. Building on the technology of the traditional S Series, it has expanded the range of treatment-target solvents, making it suitable for a broader range of industrial facilities. ■ Features ・ Specialized design and functionality for the recovery of flammable organic solvent gases ・ Easy upgrade from the S Series to the CS Series for existing users ・ High liquefaction efficiency achieved through the atmospheric low-temperature condensation method ・ Compact equipment design reduces installation space ・ Reduced operational costs with a refrigerant exhaust reuse system ・ Efficient liquefaction and condensation process using cooling water and refrigeration equipment ■ Specifications ・ Name: REARTH® CS Series ・ Technology: Atmospheric Low-Temperature Condensation ・ Applicable Gases: Flammable Organic Solvent Gases ・ Structure: Compact design, equipped with a low-temperature cooler Enhancing both safety and economy in factories, the "REARTH CS Series" achieves high-efficiency recovery of flammable organic solvent gases, optimizing both environmental and cost performance. For more details, please download the PDF or feel free to contact us.

Reducing VOC Emissions in the Transport Machinery Manufacturing Industry: Case Study of Company A's Reearth Device Implementation (Bangkok, Thailand)

①Company A: Transportation machinery and equipment manufacturing industry Product name: REARTH ®S series Industry: Transportation machinery and equipment manufacturing industry Emission facility: Cleaning facility (enclosed single tank automatic cleaning machine) Target VOC gas: Trichloroethylene Occurrence status: Overflow of volatile gas from cleaning equipment, diffusion within the tank, etc. Usage before countermeasures: 2.5t/month (air emissions 1.8t/month) Operating hours: 24 hours, 22 days/month Purpose of countermeasures: Meet prefectural ordinance emission standards Results of countermeasures: Before countermeasures Air emission concentration: 725ppm, usage: 2.5t/month ↓Successfully reduced by 66% After countermeasures Air emission concentration: 15ppm, usage: 0.85t/month ■ Overview Company A, a transportation machinery and equipment manufacturing company, was facing a VOC (volatile organic compound) emission problem. By introducing the REARTH device, it was able to efficiently recover high concentrations of VOCs and successfully reduce the emission concentration from 725ppm to just 15ppm. This figure is significantly lower than the industry's environmental standards, reducing the environmental impact and complying with regulations. ■ Features VOC emission reduction: In the case of Company A, the emission concentration of 725 ppm was reduced to 15 ppm. Compliance: Achieved emission concentrations far below local regulations. Highly efficient treatment: High treatment capacity thanks to the VOC recovery system.

Effects of Organic Solvent Gas Recovery: Cost Reduction in Company B's Connector Terminal Cleaning Process (Bangkok, Thailand)

Company B Case Study: Highly efficient S-series equipment dramatically reduces solvent usage costs and reduces environmental impact. [Company B: Electrical parts manufacturing] Product name: REARTH ®S series Industry: Electronic parts manufacturing Emission facility: Surface treatment tank (hoop-type sealing treatment) Target VOC gas: 1-bromopropane (nPB) Emission status: Emission from local exhaust in drying tank Usage before countermeasures: 1.6t/month (air emissions 1.5t/month) Operating hours: 24 hours/30 days/month Purpose of countermeasures: Cost reduction and emission reduction by reducing consumption (environmental response) Results of countermeasures: Usage before countermeasures: 1.6t/month, solvent purchase cost: ¥2,240,000 ↓Successfully reduced by 66% [Cost benefit of ¥1,470,000/month] Usage after countermeasures: 0.55t/month, solvent purchase cost: ¥770,000 Company B uses 1-bromopropane (nPB) in the cleaning process of connector terminals, which is essential for electrical parts manufacturing. The challenge was to reduce the cost of this organic solvent gas and the environmental impact. As a result of introducing the S series organic solvent gas recovery equipment, monthly solvent usage was significantly reduced from 1.6 tons to 0.55 tons, and purchase costs were significantly reduced from 2.24 million yen to 770,000 yen, achieving a 66% cost reduction. ■ Features ・ Significant reduction in usage: Monthly usage of 1.6 tons reduced to 0.55 tons. ・ Economic benefits: Monthly purchase costs reduced from 2.24 million yen to 770,000 yen. ・ Environmental friendliness: Efficient recovery of organic solvent gas reduces environmental impact. ■ Specifications ・ Target solvent: 1-bromopropane (nPB). ・ Target process: Cleaning of connector terminals. ・ Equipment model number: Organic solvent gas recovery equipment S series. Company B's implementation case proves the effectiveness of the S series equipment, which produces excellent results in both cost and environment. This shows the possibility of simultaneously promoting economical production activities and environmental considerations within the industry.

"Simple Recycler Unit": Collaborates with S Series to Efficiently Recycle Solvent Waste (Bangkok, Thailand)

The "Simple Recycler Unit" is an auxiliary device that perfectly matches the S series organic solvent gas recovery device. Solvent waste liquid to be disposed of is bubbled by low-temperature indirect heating, and the vaporized gas is efficiently recovered and liquefied to restore it to a reusable state. This system reduces the amount of solvent used in cleaning and coating processes and minimizes the impact on the environment. ■ Features ・ Dedicated design for easy connection to the S series ・ Low-temperature indirect heating and bubbling method efficiently extract gas from solvent waste liquid ・ Extracted gas is recycled and converted into liquid solvent suitable for reuse ・ Reduces process waste and achieves economical solvent management ・ Energy-saving design contributes to reducing operating costs ■ Specifications ・ Name: Simple Regeneration Device ・ Compatibility: For REARTH® S series only ・ Heating method: Low-temperature indirect heating ・ Features: Recovers and liquefies gas from solvent waste liquid Effective use of solvent waste liquid generated in industrial processes is directly linked to cost reduction and environmental protection. This "Simple Recycler Unit" is an important step in supporting sustainable production activities. For more details, please download the PDF or feel free to contact us.

"Purification Equipment": Solvents recovered by the S series are recycled to high quality (Bangkok, Thailand)

The "Purification Equipment" is an accessory device that works seamlessly with the REARTH® S series to further improve the quality of the recovered solvent. By circulating filtration using molecular sieves, even the finest residues are removed, producing high-purity solvents that are particularly required for precision part manufacturing. ■ Features ・ Highly efficient circulating filtration system using molecular sieves ・ Improves solvent quality when used in conjunction with the S series ・ Provides high-quality solvents required for precision part manufacturing ・ Quality assurance and cost reduction through purer solvent recovery ・ Contributes to environmental protection by continuously reusing solvents ■ Specifications ・ Name: Purification Equipment ・ Compatibility: Exclusively for the REARTH® S series ・ Filtration technology: Circulating filtration using molecular sieves ・ Features: High-quality solvents, removal of residues For more details, please download the PDF or feel free to contact us.

REARTH Service - Comprehensive support rental plan for organic solvent gas recovery (Bangkok, Thailand)

REARTH® SERVICE offers high-performance organic solvent gas recovery equipment rental without the need for initial investment, helping businesses reduce solvent costs and enhance environmental measures. This service provides comprehensive support from facility improvements to installation and startup adjustments, powerfully backing up your factory operations. ■ Service Details ・ Improvement of Source Equipment: Maximize recovery efficiency through optimization of local disposal and new fixture installations. ・ Ancillary Construction, Installation, and Startup Adjustments: Ensure optimal operation of the equipment with precise construction and trial operation by our skilled technicians. ・ Regular Maintenance: Maintain excellent device performance with maintenance tailored to the elapsed years and operating hours. ■REARTH ® SERVICE Steps leading up to the introduction of REARTH ® SERVICE Start of technical inspection by our engineers ↓ Plan proposal and quotation presentation ↓ Explanation and confirmation of contract contents, contract conclusion procedure ↓ Introduction of organic solvent (VOC) gas recovery equipment and implementation of ancillary work ↓ Start of REARTH TM SERVICE ※This service is an environmental countermeasure promotion service developed in collaboration with the Tokyo Metropolitan Industrial Technology Research Center. ■ Specifications ・ Service Name: REARTH® SERVICE ・ Offerings: Rental of organic solvent gas recovery equipment with comprehensive support. ・ Benefits: No initial investment required, consistent support from equipment improvement to maintenance. With REARTH® SERVICE, you can easily and quickly start environmental measures and cost reduction through rental. From implementation to continuous support, we fully support your sustainable manufacturing activities.

Organic Solvent Gas Recovery Equipment Rental by REARTH Service: No Initial Investment Required, Reduces Environmental Impact and Costs (Bangkok, Thailand)

REARTH Service for Organic Solvent Gas Recovery: Achieve sustainable factory operations with zero initial costs. REARTH Service offers an easy-to-implement service for organic solvent gas recovery devices through rental, requiring no initial investment. It enables immediate cost reduction on solvent purchases and addresses environmental emissions. By using the latest REARTH series devices, you can maintain quality while significantly improving cost performance. ■ Features ・ Zero Initial Investment: As a rental service, it does not require a high initial investment. ・ Solvent Cost Reduction: Reusing expensive organic solvents reduces purchase costs. ・ Enhanced Environmental Measures: Significantly reduces emissions, minimizing environmental impact. ・ Regular Maintenance: Skilled service personnel ensure the equipment is kept in optimal condition. ■ Specifications ・ Rental Model: Various devices from the REARTH series. ・ Maintenance: Regular professional maintenance is conducted. ・ Environmental Standards Compliance: Complies with local environmental regulations and standards. ・ Cost-effectiveness: Provides data-driven average cost reduction rates from practical examples. For more details, please download the PDF or feel free to contact us.

Environment Division History of Awards for VOC Gas Recovery Devices (Bangkok, Thailand)

1998 Won the Tokyo Industrial Technology Award (Product and technology contributing to the creation of an environmental circulation-type society) 1999 Received the 26th Outstanding Environmental Device, The Japan Society of Industrial Machinery Manufacturers Chairman Award 2008 Received the 11th Protection of Ozone Layer and Prevention of Global Warming Award, Minister of the Environment Award” 2013 Received the Resource Recirculation Technology and Systems, Japan Environmental Management Association for Industry Chairman Award This is a device that recovers organic solvent gases with high efficiency, and contributes to reducing VOC emissions, especially in fields such as printing, painting, and the chemical industry. Our technology, which combines environmental protection and cost reduction, has won numerous awards, including the Tokyo Industrial Technology Award in 1998, and its performance and reliability are highly regarded both inside and outside the industry. ■ Features ・ Highly acclaimed as a product that contributes to the creation of an environmentally circulating society ・ Reduction of operating costs through highly efficient gas recovery ・ Versatility and flexibility that can be used in multiple industrial fields ・ Long-life design achieves stable operation over a long period of time ・A proven track record and reliability, with numerous awards including the Minister of the Environment Award

"Solvent Recycler" is an automatic solvent regeneration device that uses distillation regeneration technology (Bangkok, Thailand)

The "Solvent Recycler" is an automatic solvent regeneration device that efficiently regenerates used waste solvents and revolutionizes waste liquid treatment in factories. This device reduces environmental impact and improves economic efficiency by distilling waste solvents into new solvents. ■ Features ・ Contributes to cost reduction by regenerating used solvents to the same quality as new solvents. ・ Can handle a variety of solvents (hydrocarbons, alcohols, ketones, esters, halogens). ・ Residues after distillation can be safely and cleanly discharged using special bags. ・ Can be selected from two types, continuous and batch, to enable processing according to needs. ■ Specifications ・ Continuous type: - Normal pressure type: Suitable for cases with small amounts of sludge, capable of treating waste liquid at 30 to 250 liters per day. - Reduced pressure type: Suitable for solvents with a boiling point of approximately 150°C or higher, allowing safe distillation. ・ Batch type: - Can handle solidifying sludge, capable of treating waste liquid at 10 to 150 liters per day. ■ Applications - Treatment of waste solvents from solvent-using processes in chemical plants, paint factories, the printing industry, etc. - Use in facilities that require waste liquid management in accordance with environmental standards. The "Solvent Recycler," which uses cutting-edge technology, is the ideal solution for manufacturing industries that aim to achieve both environmental protection and cost reduction. For details, please download the PDF or feel free to contact us.

"Automatic Solvent Regenerator" to solve the waste solvent problem in the industry Major regenerative solvents (Bangkok, Thailand)

The Solvent Recycler provides economic benefits while protecting the global environment through the recycling of waste solvents. It supports factory operations with comprehensive recycling solutions. *Main renewable solvents ・ Hydrocarbon solvents ・ Toluene ・ Xylene ・ Solvent naphtha ・ Normal hexane ・ Isohexane ・ Alcohol-based solvents ・ Methanol ・ Ethanol ・ Butanol ・ Isopropyl alcohol (IPA), etc. ・ Ketone-based solvents ・ Acetone ・ Methyl ethyl ketone (MEK) ・ Methyl isobutyl ketone (MIBK), etc. ・ Ester-based solvents ・ Ethyl acetate ・ Butyl acetate ・ Methoxybutyl acetate ・ Normal propyl acetate, etc. ・ Halogen-based solvents ・ Fluorine-based solvents ・ Fluorine-based solvents ・ Chlorine-based solvents *The above are examples of recyclable solvents. *For other solvents, please contact the Environmental Business Department.

Automatic solvent regeneration equipment of “Morikawa Co., Ltd.” working together with SDGs (Bangkok, Thailand)

Morikawa's SDGs ■ Quality education for all (SDG Goal 4) [Provide inclusive and equitable quality education for all and promote lifelong learning opportunities] Implement employee education (through the web) (4.4) Sponsor related projects at nearby elementary and junior high schools (4.1) Continue to support NPOs in Nagano Prefecture (4.5) Support educational projects for children involving employees ■ Decent work and economic growth (SDG Goal 8) [Promote sustained, inclusive and sustainable economic growth, employment and decent work for all] Job creation through launch of new businesses (services) (8.5) Initiatives for equal pay for equal work (8.5) ■ Build infrastructure for industry and innovation (SDG Goal 9) [Build resilient infrastructure, promote sustainable industrialization and expand technological innovation] Expand Morikawa's environmental business overseas (9.4) ■ Create sustainable urban areas (SDGs Goal 11) [Make cities and human settlements inclusive, safe, resilient and sustainable] Continued cooperation with disaster response facilities in Chikuma City, Nagano Prefecture (11.5) Sponsorship of Chikuma City Living Guidebook (11.3) ■ Responsible Consumption and Production (SDGs Goal 12) [Ensure sustainable consumption and production patterns] Expansion of valve business (12.4) Expansion of environmental business (12.4) ■ Take concrete measures against climate change (SDGs Goal 13) [Take urgent measures to combat climate change and its effects] Continued cooperation with disaster response facilities in Chikuma City, Nagano Prefecture (13.1) Expansion of valve business (13.3) Expansion of environmental business (13.3)