加来野製作所 Product Lineup

The thermal decomposition device "Thermal Decomposition Master" differs from typical "gasification furnaces" and "melting furnaces" as it generates thermal energy through thermal decomposition, thereby not producing smoke that could disturb the neighbors, and it also does not emit carbon dioxide, contributing to the prevention of global warming! Additionally, with continuous operation for 24 hours, the electricity cost is less than 1000 yen per day. It is also possible to generate warm air at around 40°C using the heat from melting. This means it can warm one or two agricultural greenhouses, contributing to resource recycling and energy conservation. 【Features】 ■ Thermal decomposition without burning fuel ■ Simultaneous generation of hot water and warm air ■ One-twentieth the fuel consumption of fossil fuel boilers ■ More than twice the durability of fossil fuel boilers ■ Carbon dioxide elimination effect ■ No government procedures, licenses, or qualified personnel required ■ Collection of byproduct magnetic ash ■ Utilization of recycled resources ☆☆ It complies with the Ministry of the Environment's regulations and is eligible for subsidies. A certification from the Japan Industrial Machinery Manufacturers Association can be issued. *For more details, please download the PDF or feel free to contact us.

The thermal decomposition device "Thermal Decomposition Master" generates thermal energy through a thermal decomposition method, unlike typical "gasification furnaces" or "melting furnaces." It does not produce smoke that could disturb neighbors and does not emit carbon dioxide, contributing to the prevention of global warming! Additionally, with continuous operation for 24 hours, the electricity cost is less than 1,000 yen per day. It is also possible to generate warm air at around 40°C using the heat from melting. This means it can warm 1 to 2 agricultural greenhouses, contributing to resource recycling and energy conservation. 【Features】 ■ Thermal decomposition without burning fuel ■ Simultaneous generation of hot water and warm air ■ One-twentieth the fuel consumption of fossil fuel boilers ■ More than twice the durability of fossil fuel boilers ■ Carbon dioxide elimination effect ■ No government procedures, licenses, or qualified personnel required ■ Collection of byproduct magnetic ash ■ Utilization of recycled resources ☆☆ It complies with the Ministry of the Environment's regulations and is eligible for subsidies. A certification from the Japan Industrial Machinery Manufacturers Association can be issued. *For more details, please download the PDF or feel free to contact us.

In the chemical industry, effective utilization of waste and reduction of environmental impact are important issues. Particularly when recycling waste materials such as plastic waste into raw materials, safe and efficient processing methods are required. Traditional gasification furnaces and melting furnaces may raise concerns about the generation of smoke and carbon dioxide. Our pyrolysis device, "Pyrolysis Master," adopts a pyrolysis method that generates thermal energy without producing smoke or carbon dioxide. This enables the repurposing of waste as a resource while contributing to the prevention of global warming. 【Utilization Scenarios】 - Raw material production from the pyrolysis of waste plastics - Waste treatment in chemical processes - Collection and utilization of by-products (magnetic ash) 【Effects of Implementation】 - Promotion of resource circulation from waste - Reduction of environmental impact - Securing new raw materials

In the food industry, the disposal of used packaging materials can be a challenge. Particularly, with the demand for hygiene management and recycling, efficient and environmentally friendly disposal methods are emphasized. Our pyrolysis device, "Pyrolysis Master," differs from conventional incinerators by adopting a pyrolysis method that suppresses the generation of smoke and carbon dioxide, contributing to the prevention of global warming. Additionally, it can operate continuously for 24 hours at a low cost of less than 1,000 yen per day for electricity. Furthermore, it can generate warm air around 40°C using the heat generated, which can be utilized for heating agricultural greenhouses, thus contributing to resource reuse and energy conservation. 【Usage Scenarios】 - Disposal of waste plastic packaging in food factories - Effective utilization of recycling resources - Waste disposal within factory premises - Facility management using warm air 【Benefits of Implementation】 - Reduction of environmental impact (suppression of smoke and CO2 emissions) - Cost reduction for disposal - Effective utilization of resources and energy conservation - Contribution to the local community

In agricultural settings, the disposal of waste such as used farming tools can be a challenge. In particular, plastic farming tools are difficult to incinerate, raising concerns about their environmental impact. Additionally, the costs and efforts associated with waste disposal cannot be overlooked. Our "Thermal Decomposition Master" addresses these issues by processing waste through thermal decomposition, which reduces the generation of smoke and carbon dioxide, thereby lowering environmental burdens. Furthermore, it can operate continuously for 24 hours at a low cost of less than 1000 yen per day for electricity. The hot air generated from the heat can also be utilized for heating agricultural greenhouses, contributing to resource recycling and energy conservation. 【Usage Scenarios】 - Disposal of used plastic farming tools - Disposal of waste from vinyl greenhouses - Other waste disposal generated in agricultural settings 【Benefits of Implementation】 - Reduction of environmental impact - Decrease in waste disposal costs - Energy-saving effects from greenhouse heating - Effective utilization of resources

In the textile industry, the processing and recycling of waste fabric can be challenging. There is a demand to effectively utilize these waste materials and reduce environmental impact. Additionally, reducing energy costs in the manufacturing process is also an important factor. Our pyrolysis device, "Pyrolysis Master," addresses these challenges by thermally decomposing waste fabric to generate thermal energy without producing smoke or carbon dioxide, contributing to resource reuse and energy conservation. 【Usage Scenarios】 - Processing of waste fabric from textile factories - Generation of recycled materials - Source of hot water and warm air 【Benefits of Implementation】 - Reduction of waste disposal costs - Decrease in environmental impact (reduction of CO2 emissions) - Reduction of energy costs (1/20 of fossil fuel boiler costs) - Effective utilization of by-products (magnetic ash)

In the paper industry, the processing of waste paper requires the reduction of waste and effective utilization of resources. In particular, consideration for the surrounding environment is essential, especially regarding exhaust emissions and noise during the processing. Additionally, controlling processing costs is also an important issue. Our company, "Thermal Decomposition Master," contributes to preventing global warming by adopting a thermal decomposition method that suppresses the generation of smoke and carbon dioxide. Furthermore, with continuous operation 24 hours a day, we achieve low electricity costs of less than 1,000 yen per day, supporting solutions to challenges from both environmental impact and cost perspectives in waste paper processing. 【Usage Scenarios】 - Processing of waste paper in paper mills - Promotion of waste reduction and resource recycling - Compliance with environmental regulations 【Effects of Implementation】 - Reduction of environmental impact through suppression of exhaust emissions and smoke - Low-cost waste processing - Contribution to a circular society through effective resource utilization

In the electronics industry, waste disposal during the product lifecycle can be a challenge. In particular, plastic waste such as casings requires appropriate disposal methods. With increasing emphasis on environmental considerations and compliance with regulations, there is a demand for efficient and low-environmental-impact disposal methods. Our product, "Thermal Decomposition Master," addresses these challenges by processing waste without generating smoke or carbon dioxide through thermal decomposition, while recovering thermal energy. 【Usage Scenarios】 - Disposal of plastic waste from electronic device casings - Utilization of recycled resources - Energy recovery within business premises 【Benefits of Implementation】 - Reduction of environmental impact (suppression of exhaust gas and carbon dioxide generation) - Low operational costs (less than 1000 yen per day for electricity with 24-hour operation) - Effective use of resources - Energy-saving effects from hot air generation (examples of use in agricultural greenhouses, etc.)

In the logistics industry, reducing packaging materials and waste disposal can be challenging. In particular, the handling of used packaging materials and plastic waste is considered important from the perspectives of cost and environmental impact. In response to these challenges, our "Thermal Decomposition Expert" contributes to the effective utilization of new resources and the reduction of environmental impact by thermally decomposing waste plastics and other waste. 【Usage Scenarios】 - Processing plastic packaging materials in warehouses - Reducing waste during transportation - Utilizing recycled resources 【Benefits of Implementation】 - Reduction in waste disposal costs - Decrease in environmental impact - Effective utilization of resources

The "Thermal Decomposition Master" offers a new solution to the waste disposal challenges faced by local governments. Unlike traditional incinerators and gasification furnaces, it adopts a thermal decomposition method that reduces the generation of smoke, which can be a nuisance to nearby residents, and carbon dioxide, a contributor to global warming. This enables a balance between reducing environmental impact and considering the local community. Additionally, even with continuous operation for 24 hours, the electricity cost remains below 1,000 yen per day, contributing to the reduction of operational costs. Furthermore, it can utilize the generated heat to produce warm air at around 40°C, which can be used for heating agricultural greenhouses, leading to resource reuse and energy conservation. 【Usage Scenarios】 - Disposal of general waste and industrial waste - Replacement or supplementation of incineration facilities - Effective use of local resources - Cost reduction through energy recovery 【Benefits of Implementation】 - Reduced environmental impact through suppression of exhaust gas and carbon dioxide emissions - Improved economic efficiency due to low running costs - Utilization in agricultural fields through warm air generation - Environmental consideration and contribution to the local community

In educational institutions, the disposal of used teaching materials can be a challenge. In particular, paper and plastic materials can generate smoke and carbon dioxide during incineration, raising concerns about their environmental impact. Additionally, the cost of disposal must also be considered. Our "Thermal Decomposition Expert" addresses these issues by employing a thermal decomposition method that processes teaching materials without producing smoke or carbon dioxide, thereby reducing environmental burden. Furthermore, it can operate continuously for 24 hours with electricity costs of less than 1000 yen per day, allowing for low-cost operation. 【Usage Scenarios】 - Disposal of teaching materials in schools, universities, and tutoring centers - Processing of paper and plastic teaching materials - Waste disposal with reduced environmental impact 【Benefits of Implementation】 - Reduction of environmental burden due to zero emissions of exhaust gases and carbon dioxide - Realization of low-cost waste disposal - Effective utilization of resources (by-products: collection of magnetic ash)

In the automotive industry, there is a demand for reducing environmental impact and efficient waste management in the recycling and disposal of used parts. Particularly in the treatment of waste plastics, it is important to suppress the emission of harmful substances and consider the local environment. Our "Thermal Decomposition Master" adopts a thermal decomposition method that, unlike conventional incinerators, minimizes the generation of smoke and carbon dioxide, contributing to the prevention of global warming. Additionally, it operates continuously for 24 hours at a low cost of less than 1,000 yen per day for electricity, and it is also capable of generating warm air using the heat of melting. This enables the dual achievement of resource reuse and energy conservation, contributing to solving challenges in automotive parts recycling. [Usage Scenarios] - Treatment of waste plastics at automotive dismantling sites - Waste volume reduction at recycling plants - Treatment of by-products in the parts regeneration process [Effects of Implementation] - Compliance with environmental regulations - Consideration for the local environment - Reduction of processing costs - Effective utilization of resources

In the energy industry, effective utilization of waste and reduction of environmental impact are required. Particularly in fuel production, securing a stable heat source and managing exhaust gases are crucial. Improper handling can lead to violations of environmental regulations and impact local residents. Our "Thermal Decomposition Master" adopts a thermal decomposition method that does not produce smoke or carbon dioxide, contributing to the prevention of global warming. Additionally, it operates continuously for 24 hours at a low cost of less than 1000 yen per day for electricity, and it is also capable of generating warm air using the heat from the melting process. This contributes to resource recycling and energy conservation. 【Utilization Scenes】 - Recovery of thermal energy from waste - Securing heat sources in the fuel production process - Heating for agricultural greenhouses 【Effects of Introduction】 - Suppression of exhaust gas and carbon dioxide emissions - Continuous operation at low cost - Versatility through simultaneous generation of hot water and warm air

In the healthcare industry, the management of infection risks and the reduction of environmental impact are essential in the processing of medical waste, where safe and efficient methods are highly valued. In particular, the emissions of exhaust gases and CO2 associated with incineration are a concern for the environment. Our "Thermal Decomposition Master" adopts a pyrolysis method that does not produce smoke or carbon dioxide, achieving environmentally friendly and safe processing. 【Usage Scenarios】 - Processing of medical waste in hospitals, clinics, and research institutions - Safe decomposition of infectious waste - Reduction of waste volume 【Benefits of Implementation】 - Reduction of environmental impact through decreased exhaust and CO2 emissions - Quiet operation that minimizes impact on neighboring areas - Reduction of waste processing costs - Effective utilization of the byproduct, magnetic ash