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Recycling Technology Product List and Ranking from 12 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

Recycling Technology Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

  1. タケエイ Tokyo//environment
  2. null/null
  3. エヌ・ティー・エス Tokyo//Service Industry
  4. 4 ミヤマ Nagano//environment
  5. 4 日本計画研究所 Tokyo//others
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Recycling Technology Product ranking

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

  1. Wallpaper separation and recycling into raw materials タケエイ
  2. Recycling technology for plastics and rubber using the two-axis mixing extruder 'TEX'.
  3. [Seminar] Practical Aspects and Safety Measures of Lithium-Ion Battery Recycling 日本計画研究所
  4. Rare metal recovery and recycling technology from lithium-ion batteries. エヌ・ティー・エス
  5. 4 "Environmental Maintenance Project / Environmental Recycling Project" Energy / Chemical Manufacturing ミヤマ

Recycling Technology Product List

1～13 item / All 13 items

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Introduction of Our Unique Technology: Metal Recycling

Introduction of Our Unique Technology: Metal Recycling

Significant contribution to the development of the recycling-related field! Introduction of I.M. Sep's unique technology.

By utilizing the knowledge and know-how possessed by IMSEP, it is possible to establish a selective recovery process for rare earth metals from neodymium magnets solely through molten salt electrolysis without the use of solvents. If necessary, the alloy formed at the cathode can be reused as an anode, and by repeating the processes of selective anodic dissolution and selective cathodic deposition (alloying), the separation efficiency for each rare earth element can be enhanced. Ultimately, it becomes possible to separate and recover rare earth metals such as neodymium and dysprosium contained in neodymium magnets by element. Such metal recycling technology can be applied not only to neodymium magnets but also to various types of scrap containing multiple valuable metals, enabling the separation and recovery of valuable metal elements. This can significantly contribute to the development of the recycling-related field. 【Features】 ■ A selective recovery process for rare earth metals from neodymium magnets can be established solely through molten salt electrolysis without the use of solvents. *For more details, please refer to the PDF materials or feel free to contact us.

  • Public Testing/Laboratory
  • Recycling Technology

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Supporting technology development for battery recycling! Support from material recovery to resource conversion

Supporting technology development for battery recycling! Support from material recovery to resource conversion

Consider battery structure and materials from a recycling perspective to create processes!

We offer proposals for safe dismantling technology, Li doping technology, purification technology (sulfate), synthesis technology from raw materials, and evaluation of recycling direction. The recycling methods for lithium-ion batteries can be classified into "dry and wet processes" and "direct recycling." "Direct recycling" is a recycling method that involves fewer processes and has a lower environmental impact. 【Proposals】 ■ Dismantling: Safe dismantling technology ■ Material post-processing: Li doping technology ■ Sulfate: Purification technology ■ Active material rigidity: Synthesis technology from raw materials ■ Battery evaluation: Evaluation of recycling direction *For more details, please download the PDF or feel free to contact us.

  • Other Recycling
  • Other environmental measures and recycling
  • Secondary Cells/Batteries
  • Recycling Technology

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[Seminar] Practical Aspects and Safety Measures of Lithium-Ion Battery Recycling

[Seminar] Practical Aspects and Safety Measures of Lithium-Ion Battery Recycling

Practical Work and Challenges of the Dismantling and Preprocessing Processes Essential for Expanding Battery Recycling - The State of Advanced Preprocessing and Easy Dismantling Design.

Our company will hold a business seminar. 【Seminar Details】 ■ Date and Time: March 4, 2026 (Wednesday) 13:30 - 15:30 (Doors open at 13:00) ■ Venue: JPI Conference Square ■ Address: 5-2-32 Minamiazabu, Minato-ku, Tokyo, Kowa Hiroo Building ■ Participation Method: In-person, live streaming, archived streaming ■ Speaker: Chiharu Tokoro, Professor, Department of Environmental Resource Engineering, Faculty of Creative Science and Engineering, Waseda University; Dean of the Faculty of Creative Science and Engineering and Graduate School of Creative Science and Engineering; Professor, Department of Systems Innovation, Graduate School of Engineering, The University of Tokyo *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Recycling Technology

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【Examples of Conductive Diamond Applications】 CFRP Recycling Technology

【Examples of Conductive Diamond Applications】 CFRP Recycling Technology

CFRP recycling technology using electrolytic sulfuric acid solution

We will introduce a case study on the application of conductive diamond technology for a recycling technique that dissolves the resin component of CFRP to extract carbon fibers. CFRP (carbon fiber reinforced plastic) is lightweight and has high strength, making it widely used in the manufacturing of aircraft and automobiles. While the demand for this material is expected to grow as it contributes to weight reduction and improved fuel efficiency, a significant number of products that have reached the end of their life cycle are currently disposed of in landfills, which poses a challenge. Several recycling technologies have already been proposed, but they have high energy and environmental burdens and are not yet sufficient recycling solutions. Electrolytic sulfuric acid technology can dissolve the resin component of CFRP with low energy consumption, achieving a recycling technique with low environmental impact.

  • Company：DIAM
  • Price：Other
  • fiber
  • Composite Materials
  • Resource Recycling System
  • Recycling Technology

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Wallpaper separation and recycling into raw materials

Wallpaper separation and recycling into raw materials

Breaking away from the linear economy of mass waste! A sustainable economic system with a new direction.

We would like to introduce our company's initiative on "Wallpaper Separation and Recycling into Raw Materials." This technology completely separates soft PVC and pulp to create recycled raw materials. It allows for highly efficient separation of wallpaper using only existing equipment and water. Since there is almost no intermediate residue generated, the recovery efficiency is improved. If it is production waste material, nearly complete separation is possible. 【Features】 ■ Very high separation accuracy ■ Very high yield ■ No chemicals required ■ No special equipment needed *For more details, please download the PDF or feel free to contact us.

  • Recycling Technology
  • Other environmental measures and recycling
  • Recycling Technology

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[Book] Environmental Compatibility and Recycling Technology of Container Packaging Materials (No. 2182)

[Book] Environmental Compatibility and Recycling Technology of Container Packaging Materials (No. 2182)

【Available for preview】★ How can we achieve gas barrier properties, heat sealability, and physical strength equivalent to conventional materials?

★ Development of Marine Biodegradable Plastics! Achieving both 'Properties During Use' and 'Biodegradation After Use'! －－－－－－－－－－－－－－－－－－－－－ ■ Key Points of This Document ◆ Organization of Various Regulations, Standards, and Certifications ◆ - Understanding the Plastic Resource Circulation Strategy - Mechanisms and Challenges of Mass Balance and Segregation - Evaluation of Environmentally Friendly Materials from the Perspective of LCA ◆ Establishment of Various Recycling Technologies ◆ - Chemical recycling conducted under mild conditions - Development of decomposition catalysts aimed at polyolefins - Improvement of physically degraded recycled plastics - Prevention of contamination and yellowing - Balancing material properties and recyclability ◆ Case Studies of Environmentally Friendly Material Development ◆ - Realization of mono-materialization → Improvement of barrier properties and optimization of material properties - Development of biodegradable/marine biodegradable plastics → Decomposition control through switch functions and decomposition accelerators - Adoption of biomass plastics → Measures for heat resistance, water resistance, moldability, odor, etc. - Expectations for paper-based materials → Manifestation of functions such as barrier properties and heat sealability

  • IPROS3391385136135994447_220x220.png
  • others
  • Technical and Reference Books
  • Technical and Reference Books
  • Recycling Technology

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[English Market Research Report] Advanced Recycling Technology for Plastic Waste

[English Market Research Report] Advanced Recycling Technology for Plastic Waste

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.

Advanced recycling technology is rapidly evolving, with new companies constantly entering the market, ranging from startups to large corporations and those in between. New plants are being constructed, new functionalities are being achieved, and new partnerships are being formed. Due to these developments, it is challenging to keep track of everything. This report analyzes the overview and future prospects of the global advanced recycling technology market for plastic waste, providing an outline of currently available technologies and their providers, the status of new technology development and the latest trends from various companies, and a comprehensive evaluation of the processing capacities and specialized fields of major operational and planned plants (over 340 in total).

  • Other services
  • Recycling Technology

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Rare metal recovery and recycling technology from lithium-ion batteries.

Rare metal recovery and recycling technology from lithium-ion batteries.

Towards a resource-circulating society, the recovery of useful materials from lithium-ion battery (LiB) recycling is an urgent priority!

How can we recover limited rare metal resources with high purity? This includes an overview of the current business strategies and challenges in companies and research institutions, as well as an introduction to the recycling situation in China, which boasts a top global market share!

  • Technical and Reference Books
  • Lithium-ion battery
  • Rare metals
  • Recycling Technology

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"Environmental Maintenance Project / Environmental Recycling Project" Energy / Chemical Manufacturing

"Environmental Maintenance Project / Environmental Recycling Project" Energy / Chemical Manufacturing

- "Towards an environment technology that creates" -

【Hydrogen Power Generation Continuous Plant】 The liquid waste being delivered to our company as hydrogen raw material includes approximately 15,000 tons per year of organic and inorganic waste liquids, as well as waste acids, waste alkalis, and waste oils that contain hydrogen. Extracting high-purity hydrogen from these materials and converting it into energy creates new value in waste, specifically generating energy from waste that has not been effectively utilized until now. 【Reaction Heat Energy】 "Ionic Power Generation" is a technology that converts reaction heat from neutralization, dissolution, oxidation, and reduction into electricity. By efficiently extracting reaction heat in the low temperature range of 70°C to 90°C, we utilize waste as an energy resource. "Material + Energy." The previously untapped resources hidden in waste have opened the door to a new environmentally friendly society. 【Ammonia Water Production】 We produce 25% concentrated ammonia water from ammonia-based wastewater discharged from precious metal handling, chemical manufacturing, and steelmaking industries, supplying it as a reagent for various applications, including as a reducing agent for NOx.

  • Other physicochemical equipment
  • Other environmental equipment
  • Recycling Technology

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Solar panel recycling technology

Solar panel recycling technology

The wet specific gravity separator uses only water, making it a low-cost and high-capacity processing equipment!

Our company has developed a technology to recycle solar power panels. The solar power panels are crushed using an indoor shredder sorting line from existing equipment, and metals (such as iron and aluminum) are removed. By utilizing the difference in specific gravity between materials with a wet specific gravity separator (jig separator), we can separate them into upper and lower layers, allowing for the sorting of glass, plastics, and precious metals (such as silver). The results of this demonstration project have been introduced as a reference case in the "Guidelines for Promoting the Recycling of Solar Power Equipment (Second Edition)." *For more details, please download the PDF or feel free to contact us.

  • Other industrial robots
  • Non-ferrous metals
  • Other machine elements
  • Recycling Technology

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Introduction to EcoLog Technology - Pellets

Introduction to EcoLog Technology - Pellets

What is the technology of Ecolog that recycles textile products such as clothing?

To recycle textile products, it is necessary to turn them into a granular raw material called "pellets." The process from textile products to pellets is as follows: Clothing collection → Sorting → Crushing → Melting → Pelletizing For more details, please refer to YouTube or the catalog. YouTube URL: https://www.youtube.com/watch?v=HnAZEiYDz5M&t=6s

  • others
  • Recycling Technology

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Recovery and recycling technology for metal composites

Recovery and recycling technology for metal composites

Separation, recovery, and recycling of metal materials from discarded motors. Stable supply of recycled materials such as copper, aluminum, and iron with a purity of 99%.

Our company is engaged in the recycling business of AC motors, washing machine motors, EV motors, etc., which require high crushing and separation performance for the recovery and regeneration of copper. The "Hollyhock Plant," built in 2023, is equipped with crushing and sorting lines capable of regenerating 2,150 tons of copper annually with a recovery rate and purity of 99% from motors ranging from 15mm to 200mm. We have achieved improvements in processing precision and recycling efficiency, contributing to the domestic circulation of resources and reduction of environmental impact. 【Features】 - Separation and recovery of metals such as copper, aluminum, and iron from metal composites - Proven track record of supplying regenerated materials to non-ferrous metal refining manufacturers and steel manufacturers - Delivery of regenerated materials tailored to specifications through component analysis - Acceptance of small quantities of metal recovery and drop-offs *For more details, please refer to the materials available for download in the <PDF download>. Feel free to contact us with any inquiries.

  • others
  • Recycling Technology

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