Eternal Vision List of Products and Services

We have delivered a direct combustion incinerator to a shipbuilding-related manufacturing company. This incinerator is particularly suited for processing wood and paper, as per the customer's disposal preferences, and has the advantage of being able to directly load items like pallets without the need for cutting. Additionally, it is easy to install due to its scale, which does not require notification to the authorities. Furthermore, as it is a product eligible for tax incentives, it is possible to expect both a reduction in industrial waste disposal costs and tax deductions. Our company offers optimal products tailored to the type and quantity of waste our customers have. If you have any questions or requests, please feel free to contact us.

• Industrial Furnace
• Waste disposal
• Incinerators and incinerators

Utilizing the heat generated during the incineration of waste, metals are separated and recovered. <Thermal Treatment of Tire Balance Weights> Using the waste heat generated from the incineration of waste (combustible materials), we separate balance weights made of iron and lead, which are handled by non-ferrous metal dealers. By utilizing the difference in melting points, lead can be recovered as ingots, while iron remains in the furnace. Additionally, paper, wood, and waste plastics that have been incinerated are also completely burned, reducing their volume as ash. By separating the metals for reuse, we can also expect an increase in unit prices when selling them. <Structure of the Gasification Incineration Heat Utilization Device> The gasification incineration heat utilization device consists of two chambers: the "gasification chamber" and the "syngas combustion chamber," and it is a batch-type incinerator for the bulk input of waste. First, waste is loaded into the "gasification chamber," where a portion is ignited. The combustion heat from this ignition dries and thermally decomposes the other waste materials, converting them into combustible gas. This gas is then sent to the "syngas combustion chamber," where it is mixed with air, ignited by a burner, and combusted. Metals that are not combustible are loaded into this syngas combustion chamber.

• Heating device
• Incinerators and incinerators
• Resource Recycling System

Gasification incinerators, unlike conventional direct combustion incinerators, can process difficult-to-treat waste such as discarded plastics, rubber scraps, and medical waste without generating smoke, odors, or harmful substances, thereby minimizing environmental impact. 〇 Structure of the gasification incinerator It consists of two chambers: the "gasification chamber," which converts waste into combustible gas, and the "combustion chamber," where the gas generated in the gasification chamber is burned. Gasification chamber: After loading the waste, a portion is ignited, and the combustion heat dries and thermally decomposes the other waste, converting it into combustible gas. Combustion chamber: The gas converted in the gasification chamber is sent to the combustion chamber, mixed with air, ignited by a burner, and burned. 〇 Various applications of gasification incinerators - In addition to wood and paper, it is also proficient in processing waste plastics and rubber (capable of handling infectious medical waste). - Easy to transport and install on remote islands, it is expected to reduce drifting debris and marine waste, as well as costs associated with transportation to the mainland. - The heat generated during waste processing can be utilized for hot water, metal recovery, and rare metal recovery. - Since it can be transported by truck and operated on the truck bed, it is useful during emergency disasters. - It can also be used for the disposal of harmful animals and the treatment of infectious diseases such as avian influenza.

• Incinerators and incinerators
• Thermal Recycling System
• Other environmental measures and recycling

It is possible to utilize the heat from a small gasification furnace to melt low-melting-point metals (such as lead scrap and aluminum scrap) and recover them as ingots. In recent years, the demand for lead has increased, and this product can separate it from other metals while also processing other waste generated by businesses. By utilizing the heat generated during waste incineration to recover low-melting-point metals, valuable materials can be recovered without burdening the environment. 【Features】 ■ No smoke, odor, or dioxins ■ Energy-saving and commercial fuel savings possible ■ High safety and durability ■ Capable of processing various types of waste at once ■ Clean exhaust gas and ash ■ Minimal ash production

• Industrial Furnace
• Incinerators and incinerators
• Thermal Recycling System

It is possible to remove impurities and recover only metals through pyrolysis using a small gasification heat utilization device. For example... - Remove the coating from coated copper wire and recover the copper wire inside. - Remove waste plastic from automotive parts and recover the metal. - Process medical waste and recover precious metals from the ash. - Process electronic devices and recover precious metals from the ash, etc. 【Advantages】 - Environmentally friendly with no smoke or odor from start to finish. - Volume reduction rate can be reduced to about 2-8%. - Can also process mixed waste plastics, rubber scraps, wood chips, etc. - If small, no complicated notifications or permits are required for administrative purposes (for in-house waste). - Requires very little manpower for operation, making it labor-saving.

• Incinerators and incinerators
• Industrial Furnace
• Thermal Recycling System

- Product Overview - Metal Recovery: After removing impurities through pyrolysis, metals are recovered (e.g., recovering copper wire after stripping insulation from coated copper wire / recovering metals from waste plastic parts of automobiles, etc.) Low Melting Point Metal Recovery: Low melting point metals are melted and recovered as ingots through pyrolysis (e.g., aluminum scrap and lead scrap, etc.) Waste Liquid, Waste Oil, and Waste Paint Treatment: Processing of these unwanted materials within the factory. Additionally, by designing various types of water-cooled systems, it is also possible to recover hot water. If there are companies interested, we can conduct incineration tests, so please feel free to contact us.

• Thermal Recycling System
• Incinerators and incinerators
• Recycling processing equipment

In recent years, the accumulation of unrecycled plastic waste has become a global issue as marine debris. Our gasification incinerator specializes in processing waste plastics and rubber scraps, and it can do so without emitting smoke or odors during incineration. The gasification incinerator consists of two chambers: the "gasification chamber" and the "syngas combustion chamber," and it is a batch-type incinerator that allows for the bulk input of waste. First, waste is loaded into the "gasification chamber," where a portion is ignited. The combustion heat then dries and thermally decomposes the other waste materials, converting them into combustible gas. This gas is then sent to the "syngas combustion chamber," where it is mixed with air and ignited by a burner to ensure complete combustion. For waste that is desirable to incinerate in a sealed state, such as medical waste in collection containers, this device is optimal from a safety and hygiene perspective. Since there is no need to stir the contents during operation, there is no concern about fly ash escaping from the chimney. 【Features】 ■ No smoke, odor, or dioxins ■ Energy-saving and commercial fuel savings possible ■ High safety and durability ■ Capable of processing various types of waste simultaneously ■ Clean exhaust gas and ash ■ Minimal ash production

• Incinerators and incinerators
• Waste disposal
• Thermal Recycling System

<< Product Details >> Gasification Waste Treatment Technology Using Pyrolysis *Features - No smoke or odor, dioxin and particulate matter concentrations below legal standards - Capable of processing difficult waste such as plastic waste, tires, and medical waste - Remaining ash is about 2-3% (excluding non-combustible materials like iron) - Reduced fuel consumption (waste is gasified and the gas is used as fuel) - Very low maintenance and failure rates - Long lifespan (there are cases with over 20 years of operation) - No cooling water required, no water bill - Possibility of utilizing waste heat and recovering aluminum metal (for in-house waste treatment, small furnaces do not require notification or permits from authorities) - Effective in preventing secondary infections caused by the transportation of medical waste. *The 0.5m³ model shown in the photo is a product that does not require installation permits, notifications, or exhaust gas treatment equipment. *We will examine the size, incineration capacity, and other data of the product based on the type, size, and quantity of waste to be processed in various locations, and propose the most suitable equipment. *We can conduct incineration tests using our demo machine with the actual waste that the customer wishes to process.

• Incinerators and incinerators
• Hazardous material processing
• Other energy equipment

This is a device for reducing environmental burdens such as fuel and carbon dioxide. Its main purpose is to reform the fuel oil in the tank to reduce fuel consumption. Our company acts as an agent. By using magnetic force to break down the aggregates of fuel molecules, it promotes complete combustion of the fuel, thereby improving usage efficiency. As a result of the improved fuel, fuel consumption decreases, which in turn reduces CO2 emissions. Additionally, since it is a device that utilizes energy-saving technology, it is a product aimed at combating global warming. The effectiveness increases as the quality of the fuel decreases, with A heavy oil being more effective than light oil, and B heavy oil being more effective than A heavy oil. The fuel reduction effects for each type of fuel are as follows: Light oil: 6-8% A heavy oil: 8-10% B heavy oil: 15-20% (A heavy oil + C heavy oil) Recycled oil: 20-25% (fuel oil regenerated from waste oil through sedimentation and filtration) The lifespan is approximately 18 years, allowing for long-term use. As the particles of fuel oil circulate and become smaller within the treatment device, the treatment layer rarely gets dirty, and maintenance is not required for 18 years. You can first install it on a trial basis to confirm the reduction effect before considering a purchase, so please feel free to consult with us.

• Hazardous material processing

We undertake quality management operations for shipbuilding and ship repair in China. 【Content】 We provide management and supervision of Japanese quality standards for new shipbuilding and ship repairs in China. Our team of managers, equipped with technology and expertise, supervises shipbuilding-related operations in China, including shipyard selection, site inspections, process planning, business negotiations, and shipbuilding management.

• Temporary staffing business

We can help with your concerns about wanting to extract only the metal from items where metal and resin are stuck together, such as wire coatings. By using the equipment we offer, it is possible to cleanly extract the metal. Additionally, for companies that wish to increase processing volume, we also have continuous feeding furnaces available. Please feel free to consult with us. 【Benefits】 ■ Environmentally friendly with no smoke or odor from start to finish ■ Volume reduction rate can be reduced to about 2-8% ■ Can process mixed waste plastics, rubber scraps, wood chips, etc. ■ If small, no need for troublesome notifications or permits to the authorities (for in-house waste) ■ Requires minimal manpower for operation *For more details, please refer to the PDF materials or feel free to contact us.

• Gas recovery/treatment equipment

【Features】 ■ No black smoke, meets dioxin regulatory structural standards ■ Easy continuous input of waste into a large feed opening ■ Complete combustion with high combustion power ■ Fuel costs are almost zero (especially for processing paper and wood chips) ■ Design can accommodate waste plastic processing ■ Improved work efficiency with automatic opening and closing of the inner door ■ Low maintenance ■ No cooling water required. No water bill incurred. *For more details, please refer to the PDF materials or feel free to contact us.

• Gas recovery/treatment equipment

The gasification incinerator consists of two chambers: the "gasification chamber" and the "syngas combustion chamber," and it is a batch-type incinerator that allows for the bulk input of waste. First, waste is loaded into the "gasification chamber," where a portion is ignited, and the combustion heat is used to dry and thermally decompose the other waste materials into combustible gas. This gas is then sent to the "syngas combustion chamber," where it is mixed with air and ignited with a burner to ensure complete combustion. As a result, unlike conventional direct combustion incinerators, there is no residual burning of high molecular substances (such as plastics) or moisture-containing materials, allowing for complete combustion. Additionally, for waste that is desirable to be incinerated in a sealed state, such as medical waste in its collection containers, this device is optimal from a safety and hygiene perspective. Since there is no need to stir the contents during operation, there is no concern about fly ash escaping from the chimney. 【Features】 ■ No smoke, odor, or dioxins ■ Energy-saving and commercial fuel savings possible ■ High safety and durability ■ Capable of processing various types of waste simultaneously ■ Clean exhaust and ash ■ Minimal ash residue *For more details, please refer to the PDF materials or feel free to contact us.

• Incinerators and incinerators
• Waste disposal
• Thermal Recycling System