環境保全サービス Product Lineup

The "Glass Waker III Type System" is a recycling device specifically designed for solar panels. You can directly input solar panels (after cutting the wires), and it will sort them into aluminum frames, glass, cells, and back sheets. The separated glass can be processed through a glass refining system to remove impurities, allowing for the collection of clean glass products. Additionally, each product that has been separated and processed can be sold as valuable materials, achieving 100% recycling. 【Features】 ■ Sorts solar panels into aluminum frames, glass, cells, and back sheets ■ Removes impurities from the separated glass, allowing for the collection of clean glass products ■ Each separated product can be sold as valuable materials *For more details, please download the PDF materials from the URL below or feel free to contact us.

Our company conducts a recycling business for panel glass by separating materials through a unique processing process. "LCD TV panel glass" is crushed in its original form, regardless of whether it has a polarizing film or not. It is automatically sorted into glass and polarizing film, and everything, including the glass and polarizing film, is recycled. In addition, we also support the recycling of "plasma TV front panels," "plasma TV panel glass," and "solar panel glass." [Features] < LCD TV Panel Glass > - Crushed in its original form, regardless of whether it has a polarizing film or not - Automatically sorted into glass and polarizing film - Everything, including the polarizing film, is recycled * For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce "Solar Panel Recycling." With an automatic sorting system, we provide a consistent process from panel input to sorting, and we are recognized by the Ministry of Economy, Trade and Industry, offering reliable and secure services nationwide. Additionally, "Crystal Stone Sand" is an environmentally friendly product certified by the Eco Mark of the Japan Environmental Association, made by crushing waste glass and empty bottles into granules at a crushing plant. All sharp edges have been removed, ensuring safe and secure use. 【Features】 ■ Automatic sorting system: Consistent process from panel input to sorting ■ 100% recycling: All materials become valuable resources after sorting ■ Reliable and secure service: Recognized by the Ministry of Economy, Trade and Industry, available nationwide *For more details, please refer to the related links or feel free to contact us.

We would like to introduce the "Waste Glass Recycling Cooperative." Waste glass is an effective resource that takes the Earth into consideration. Various types of waste glass are processed with special equipment into particles without corners, similar to river sand and sea sand, and are reused as civil engineering materials, etc. Additionally, our cooperative is developing a 100% solar panel recycling business. There are companies engaged in waste glass recycling in Aichi, Mie, Hiroshima, Kagoshima, and other regions. 【Members by Prefecture (Excerpt)】 ■ Mitsuba Resources (Aomori Prefecture) ■ Environmental Conservation Services (Iwate Prefecture) ■ Tanno Forestry Construction (Miyagi Prefecture) ■ Takara (Fukushima Prefecture) ■ Iioka Industries (Fukushima Prefecture) *For more details, please download the PDF or feel free to contact us.

In the construction industry, reducing environmental impact and making effective use of resources are important challenges. In particular, the aggregates used in civil engineering can lead to the depletion of natural resources and an increase in waste. Therefore, there is a demand for aggregates made from recycled glass. Our waste glass recycling cooperative processes waste glass with special equipment to produce aggregates that have similar properties to river sand and sea sand. This contributes to reducing the environmental impact of construction projects and helps achieve a sustainable society. 【Usage Scenarios】 - Subbase material in civil engineering - Concrete secondary products - Land development projects 【Benefits of Implementation】 - Reduction in the consumption of natural resources - Decrease in waste volume - Reduction in environmental impact

In the automotive industry, there is a demand for both improved fuel efficiency and comfort. In particular, temperature management inside the vehicle greatly affects comfort, making high insulation performance crucial. Insufficient insulation can reduce heating and cooling efficiency, potentially leading to worsened fuel economy. Our recycled glass products provide excellent insulation performance, addressing these challenges. 【Application Scenarios】 - Body insulation material for vehicles - Insulation material for engine compartments - Interior materials 【Benefits of Implementation】 - Improved fuel efficiency - Enhanced comfort of interior temperature - Reduced environmental impact

In the food industry, efforts to reduce environmental impact are being prioritized, and the recycling of containers is an urgent issue. In particular, food containers are discarded in large quantities, so effective utilization of recyclable resources is required. Our association's waste glass recycling contributes to the effective use of resources by reusing waste glass as civil engineering materials and more. 【Utilization Scenes】 * Manufacturing of food containers * Reuse of containers * Development of environmentally friendly products 【Effects of Implementation】 * Reduction of environmental impact through waste reduction * Contribution to corporate SDGs * Improvement of corporate image

In the agricultural sector, there is a constant demand for soil improvement and enhancement of plant growth environments. In particular, the need for clean and well-aerated growing media is increasing as a countermeasure against issues such as continuous cropping problems and soil diseases. Growing media made from recycled glass offers new solutions to these challenges. 【Usage Scenarios】 - Hydroponics - Seedling cultivation - Soil improvement 【Effects of Implementation】 - Reduction of soil disease risks - Promotion of root development due to improved aeration - Reduction of environmental impact

In the fisheries industry, water quality management is directly linked to catch volume and fish health, making the performance of filtration materials crucial. Particularly in aquaculture, it is essential to efficiently remove impurities from the water and maintain good water quality. Traditional filtration materials often require frequent replacement, and waste disposal can also pose challenges. Our recycled glass products address these issues by being reused as filtration materials. 【Usage Scenarios】 - Filtration systems in aquaculture - Filtration systems in aquariums - Ornamental fish breeding 【Benefits of Implementation】 - Improved water quality due to high filtration performance - Reduction of waste - Decreased environmental impact

In the medical industry, the extensive use of glass products such as test tubes has led to increased disposal costs and environmental burdens. In particular, the treatment of infectious waste incurs high costs, and the impact on the environment cannot be overlooked. Our waste glass recycling business addresses these challenges by reusing used glass products as resources. Recycling glass products, including test tubes, contributes to waste reduction and also leads to environmental conservation. 【Usage Scenarios】 - Medical institutions - Testing facilities - Research facilities 【Benefits of Implementation】 - Reduction of disposal costs - Decrease in environmental impact - Effective utilization of resources

In the cosmetics industry, the quality and safety of products are highly valued. At the same time, consideration for the environment is also required, making the use of sustainable materials essential. Recycled glass fillers can meet these needs. Our recycled glass cooperative contributes to enhancing the product value of cosmetics manufacturers by providing high-quality fillers while reducing environmental impact. 【Usage Scenarios】 - Foundation - Powder - Eyeshadow 【Benefits of Implementation】 - Reduction of environmental impact - Improvement of product sustainability - Enhancement of brand image

In the solar power generation industry, protecting solar panels is crucial. Deterioration and damage to the panels can lead to a decrease in power generation efficiency and impact long-term operational costs. The waste glass recycling business contributes to the protection of solar panels while reducing environmental impact. Our waste glass recycling products can be reused as civil engineering materials and utilized in the construction and maintenance of solar power plants. 【Usage Scenarios】 - Construction of solar power plants - Ground improvement at solar panel installation sites - Protection around solar panels 【Benefits of Implementation】 - Reduction of environmental impact - Effective use of resources - Long-term stable operation of power plants

When solar power generation operators update their equipment, the disposal of unwanted solar panels is an important issue. Proper recycling of panels is required not only to reduce environmental impact but also from the perspective of effective resource utilization. As a company supporting the establishment of a sustainable circular economy, we provide a dedicated recycling system for solar panels called the "Glass Waker III System." With this system, solar panels can be directly fed into the machine, which efficiently separates aluminum frames, glass, cells, and back sheets. The system also removes foreign substances from the separated glass, allowing for the collection of clean glass products. Each separated product can be sold as a valuable material, achieving 100% recycling. 【Usage Scenarios】 - Waste disposal associated with the update of solar panel equipment - Material-specific separation and resource recovery of panels - Creation of new revenue opportunities through recycling 【Benefits of Implementation】 - Reuse of unwanted solar panels as resources - Contribution to reducing environmental impact - Monetization through the sale of separated materials as valuable products

In the waste management industry, there is a growing demand for the proper disposal and resource recovery of increasing solar panels. In particular, it is important to carry out the dismantling and sorting of panels efficiently and safely. Improper disposal can lead to resource loss and environmental impact. Our "Glass Waker III System" supports resource recovery by efficiently sorting aluminum frames, glass, cells, and back sheets simply by inputting the solar panels as they are. 【Usage Scenarios】 - Dismantling and sorting of solar panels - Collection and promotion of valuable materials - Improvement of recycling rates 【Effects of Implementation】 - Increased efficiency in sorting operations - Securing stable sales routes for valuable materials - Reduction of environmental impact through effective resource utilization

In the metal recycling industry, efficient separation of diverse materials and a high recovery rate of valuable resources are required. Particularly, the separation of metal resources from products that combine multiple materials, such as solar panels, is a crucial process that affects profitability. Inadequate separation can lead to losses of metal resources and increased processing costs in subsequent stages. Our "Glass Waker III System" automatically separates aluminum frames, glass, cells, and back sheets simply by inputting the solar panels as they are, supporting the efficient recovery of metal resources. 【Usage Scenarios】 - Dismantling and sorting of solar panels - Recovery of aluminum frames, electrodes, and wires - Efficient separation of valuable resources 【Benefits of Implementation】 - Improved recovery rate of metal resources - Increased efficiency in separation work - Creation of revenue opportunities through the sale of valuable resources

In the glass manufacturing industry, the stable procurement of high-quality glass raw materials is essential for maintaining product quality and improving production efficiency. In particular, the use of recycled materials can lead to the contamination of impurities that may affect product performance. Our "Glass Wakeru Type III System" removes foreign substances from glass separated from solar panels through a refining system, allowing for the collection of clean glass products, making it suitable for supplying raw materials to glass manufacturers. 【Usage Scenarios】 - Collection of glass raw materials in the recycling process of solar panels - Supply of raw materials to fiberglass manufacturers, foam glass manufacturers, etc. 【Benefits of Implementation】 - Stable supply of high-quality glass raw materials - Contribution to resource recycling through effective utilization of recycled materials

In the construction and demolition industry, proper sorting and processing of solar panels generated at job sites is required. In particular, efficiently separating materials such as aluminum frames, glass, cells, and back sheets contained in the panels and utilizing each as a resource is important for both reducing environmental impact and cutting costs. Our "Glass Waker III System" automatically sorts these materials simply by inputting the solar panels as they are. The separated glass can be processed through a glass refining system to remove impurities, allowing it to be collected as clean glass products. This enables the sale of each sorted and dismantled material as valuable resources, achieving 100% recycling and contributing to solving waste disposal challenges at construction sites. 【Usage Scenarios】 - Sorting and processing after the removal of solar panels at construction sites - Efficient material separation of solar panels at demolition sites - Primary processing before handing over valuable materials to recycling companies 【Benefits of Implementation】 - Efficient sorting and collection of the constituent materials of solar panels - Selling sorted materials as valuable resources for revenue generation - Reduction of waste disposal costs and environmental impact

The recycling of solar panels is an important issue in the realization of a circular society promoted by local governments. Proper disposal of used solar panels and effective utilization of resources are required. The "Glass Waker III System" efficiently separates aluminum frames, glass, cells, and back sheets simply by inputting the solar panels as they are. Furthermore, the separated glass can be cleaned of impurities through a glass refining system, allowing it to be collected as clean glass products. Each separated material can be sold as valuable resources, achieving 100% recycling. 【Usage Scenarios】 - Upgrading waste treatment facilities by local governments - Lifecycle management of renewable energy equipment - Promoting resource circulation in the community 【Benefits of Implementation】 - Reduction of waste and effective utilization of resources - Creation of new revenue sources - Reduction of environmental impact and realization of a sustainable society

In the environmental consulting industry and technical proposals, innovative solutions aimed at achieving a sustainable society are required. In particular, technologies that contribute to the effective use of resources and the reduction of environmental impact are emphasized in response to the increasing issue of solar panel waste. Improper disposal can increase the risk of environmental pollution. Our "Glass Waker III System" allows for the efficient separation of aluminum frames, glass, cells, and back sheets simply by inputting solar panels as they are, and it removes foreign substances from the peeled glass to obtain clean glass products. This enables the sale of the components of solar panels as valuable materials and achieves 100% recycling. 【Utilization Scenarios】 - Proposals for the disposal and recycling of solar panel waste - Technical consulting for building a resource-circulating society - Providing solutions for reducing environmental impact 【Effects of Implementation】 - Reduction of solar panel waste and effective use of resources - Creation of new revenue opportunities through recycling - Compliance with environmental regulations and strengthening of corporate CSR activities

In the plant engineering industry, when considering the introduction of equipment, there is a demand for contributions to reducing environmental impact and promoting resource circulation. In particular, the processing of aging or replacement solar panels has become an important issue for sustainable plant operation. Properly processing these panels and reusing them as resources contributes to both waste reduction and the creation of new value. Our "Glass Waker III System" is a device that addresses this challenge by efficiently separating aluminum frames, glass, cells, and back sheets simply by inputting the solar panels as they are, and allows for the extraction of refined glass products by removing impurities from the separated glass. 【Usage Scenarios】 - During maintenance or dismantling of solar power plants - Establishing recycling lines at industrial waste treatment plants - Entering resource recovery and reuse businesses 【Benefits of Implementation】 - 100% recyclability of solar panel materials - Each separated material can be sold as valuable resources - Compliance with environmental regulations and promotion of CSR activities

In the field of new material development, securing high-quality and stable raw materials is essential. In particular, it is important to effectively utilize existing resources and create new value while reducing environmental impact. The recycling of solar panels is a crucial initiative to recover useful resources from materials that have previously been discarded and to expand the possibilities for new material development. Our "Glass Waker III System" efficiently separates and refines solar panels, providing high-quality glass products that can be used as raw materials for new material development. 【Usage Scenarios】 - Dismantling and sorting of solar panels - Collection of high-purity glass raw materials - Raw material procurement for new material development 【Effects of Implementation】 - Effective utilization of resources through recycling - Potential reduction of raw material costs in new material development - Contribution to reducing environmental impact

For second-hand goods dealers, the procurement and resale of diverse products are at the core of their business. In particular, with the recent increase in the disposal and recycling of solar panels, it is essential to identify the value of each material and secure routes for resale as recycled components. However, solar panels have a complex structure, requiring specialized technology and equipment for sorting and refining materials, which many dealers find challenging. Our "Glass Separation III System" automatically sorts aluminum frames, glass, cells, and back sheets simply by inputting the solar panels as they are. Furthermore, the separated glass can be cleaned of impurities and collected as a clean glass product. This allows each sorted material to be sold as valuable resources, enhancing their value as recycled components and contributing to increased business revenue. 【Usage Scenarios】 - Dismantling and sorting of solar panels - Selling materials as valuable resources - Building resale routes for recycled components 【Benefits of Implementation】 - Efficient sorting and refining of solar panel materials - Ability to sell aluminum frames, glass, cells, and back sheets as valuable resources - Increased added value of recycled components and creation of revenue opportunities

In research institutions, verification of recycling technologies for solar panels and assessment of the reusability of materials are required. In particular, efficient separation of each material that makes up the panels and solving technical challenges in the subsequent refining process are crucial. Our "Glass Waker III System" is a device that automatically separates aluminum frames, glass, cells, and back sheets by directly inputting solar panels. The separated glass can be collected as high-purity glass products after removing impurities through a glass refining system. This supports technical verification in the resource circulation of solar panels. 【Application Scenarios】 - Verification of efficiency in the dismantling and sorting process of solar panels - Evaluation of refining technology for separated glass materials - Quality analysis of recycled materials - Research and development of resource circulation technologies 【Effects of Implementation】 - Efficient separation and recovery of materials that make up solar panels - Collection of high-purity glass materials and verification of reusability - Identification and support for solving technical challenges in the recycling process - Promotion of technology development that contributes to reducing environmental impact

In the solar power generation industry, the regeneration and recycling of used panels are being demanded. In particular, the separation of panel glass materials can pose challenges. Our company achieves the recycling of both materials by automatically separating panel glass into glass and polarizers through a unique processing process. 【Usage Scenarios】 - Disposal and recycling of solar panels - Resource recovery by material type 【Benefits of Implementation】 - Effective utilization of resources - Reduction of environmental impact

In the display manufacturing industry, there is a demand for the recovery of useful materials from used panel glass. In particular, the separation of glass and polarizing film has become a significant challenge in efficient recycling processes. Inadequate separation can reduce the reusability of materials and lead to increased costs. Our panel glass recycling utilizes a unique processing method to automatically separate glass from polarizing film, supporting material recovery. 【Application Scenarios】 - Material recovery from LCD TV panel glass - Material recovery from plasma TV front panels - Material recovery from solar panel glass 【Benefits of Implementation】 - Efficient material recovery of glass and polarizing film - Streamlining of the recycling process - Effective utilization of resources

In the automotive industry, there is a demand for reducing environmental impact through the reuse and recycling of parts. In particular, glass components generated from end-of-life vehicles can pose challenges in material separation. Our company has developed a panel glass recycling business that automatically separates glass and polarizers through a unique processing method, recycling them by material. This contributes to improving the recycling efficiency of automotive parts. [Usage Scenarios] - Collection of glass components from end-of-life vehicles - Recycling processes at parts manufacturers - Material separation at automotive dismantling companies [Effects of Implementation] - Efficient separation of glass and polarizers - Increase in recyclable materials - Reduction of environmental impact

In the construction industry, there is a demand for the sustainability and recycling of building materials. In particular, panel glass generated from demolition sites can pose challenges in its disposal. It is important to effectively reuse this panel glass to create new value as a building material. Our panel glass recycling utilizes a unique processing method to automatically separate glass and polarizers, allowing them to be used as resources. 【Usage Scenarios】 - Collection of panel glass from demolition sites - Promotion of reuse as building materials - Contribution to waste reduction 【Benefits of Implementation】 - Effective use of resources - Reduction of environmental impact - Contribution to the development of new building materials

In the home appliance industry, the recycling of parts from used products is emphasized for effective resource utilization and reducing environmental impact. In particular, the panel glass of LCD televisions is composed of different materials such as glass and polarizing film, and efficiently separating and recovering these materials poses a challenge. Improper processing can lead to a decrease in recycling rates and make it difficult to reuse materials. Our panel glass recycling employs a unique processing method that automatically separates glass and polarizing film by material, allowing for the recycling of both materials. 【Application Scenes】 - Recycling of LCD television panel glass - Recycling of plasma television front panels - Recycling of plasma television panel glass - Recycling of solar panel glass 【Benefits of Implementation】 - Improved recycling rates through automatic separation of glass and polarizing film by material - Effective utilization of resources, including polarizing film - Reduction of environmental impact

In the field of space development, the use of advanced materials and the effective utilization of resources that accompany it are required. In particular, panel glass used in high-performance displays and sensors requires purity and separation accuracy in its recycling process. Improper handling can lead to the loss of reusable materials and missed opportunities for the development of new high-performance materials. Our panel glass recycling employs a unique processing method that automatically separates glass and polarizers by material, recovering these materials in a recyclable form. 【Application Scenarios】 - Waste treatment of panel glass used in space equipment - Supply of recycled materials for the development of high-performance materials - Resource circulation aimed at reducing environmental impact 【Effects of Implementation】 - Efficient recovery of recyclable materials - Contribution to the development of high-performance materials - Strengthening efforts for environmental conservation

In the medical device industry, managing the materials used is emphasized to ensure product quality and safety. Particularly in the manufacturing of precision parts, it is essential to prevent contamination by impurities and to supply materials of stable quality. Our panel glass recycling business meets these needs by automatically separating glass and polarizers through a unique processing process, recycling high-purity materials. [Usage Scenarios] - Material procurement for the manufacturing of precision parts for medical devices - Cost reduction through stable supply of recycled materials - Contribution to reducing environmental impact [Effects of Implementation] - Stable supply of high-quality recycled materials - Control of manufacturing costs - Strengthening corporate efforts towards environmental conservation

In the optical equipment industry, particularly in the field of lens materials, there is a demand for a stable supply of high-quality materials and a reduction in environmental impact. Traditional glass recycling has faced challenges, such as the separation of different materials like polarizing films. Our panel glass recycling utilizes a unique processing method that automatically separates polarizing films from liquid crystal television panel glass, allowing both glass and polarizing film to be recycled as materials. This contributes to the stable procurement of glass, which is a raw material for lens materials, and helps realize a sustainable, environmentally circular society. 【Usage Scenarios】 - Securing glass raw materials for lens manufacturing - Recycling and utilization of polarizing film - Efforts to reduce environmental impact 【Benefits of Implementation】 - Stable supply of high-quality glass raw materials - Effective use of resources through recycling - Corporate appeal for environmental contributions

In the semiconductor manufacturing industry and in workplaces dealing with special glass, proper disposal of used glass materials and as much resource recovery as possible are required. In particular, special glass manufactured with advanced technology may have a complex recycling process due to its composition and accompanying materials. Our company has developed a panel glass recycling business that automatically separates glass and polarizing films by material through a unique processing method, addressing the recycling needs of special glass. 【Usage Scenarios】 - Waste disposal of special glass - Separation of recyclable materials - Contribution to reducing environmental impact 【Effects of Implementation】 - Efficient recycling through automatic separation by material - Recycling of glass and polarizing film - Potential reduction in waste disposal costs

In the art and design industry, there is a demand for creative materials with unique textures and qualities. It is particularly important to find new value in existing materials and connect them to original expressions. However, utilizing waste materials and obtaining special materials can pose challenges. Our panel glass recycling process automatically separates glass and polarizing film from LCD TV panel glass through a unique processing method, providing them as new creative materials. 【Usage Scenarios】 - As materials for glass art - As embedding materials for resin art - As decorations for terrariums and aquariums - As materials for collage works 【Benefits of Implementation】 - Enables the use of materials with unique textures in creative activities - Contributes to environmentally conscious material selection - Expands the possibilities for new expressions

In the lighting industry, uniform and high-quality glass materials are required for product quality and stable supply. In particular, the purity and granularity of the glass can affect the performance and durability of lighting fixtures. The use of inappropriate materials may lead to product defects and performance degradation. Our company is engaged in a business that automatically separates glass and polarizers from liquid crystal television panel glass through a unique processing process, recycling the glass as raw material for glass. 【Usage Scenarios】 - As glass raw material in lighting fixture manufacturing - As raw material in glass product manufacturing 【Benefits of Implementation】 - Stable supply of high-quality glass raw materials - Reduction of environmental impact through recycling

In the field of research and development, a stable supply of diverse materials and a reduction in environmental impact are required. In particular, the quality of the materials used in experiments and their procurement methods can affect the efficiency of research. Effectively reusing existing panel glass and utilizing it as new experimental materials contributes to cost reduction and improved sustainability. Our panel glass recycling automatically separates glass and polarizing films through a unique processing method, providing materials suitable for research and development purposes. 【Utilization Scenarios】 - Use of glass fragments as substrates for experiments - Evaluation of optical properties of polarizing film - Utilization of recycled materials in the development of new materials 【Effects of Implementation】 - Stable procurement of experimental materials - Reduction of research and development costs - Contribution to the reduction of environmental impact