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Use of Ash
The ash produced by the incinerator can be used as construction material or utilized in other industrial applications.
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Workforce Productivity
The incinerator saves labor and speeds up processes thanks to its automatic loading and ash discharge systems.
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Low Maintenance Costs
The incinerator requires low maintenance thanks to its robust structure and automatic systems.
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Çevre Dostu Çözüm
The incinerator supports environmental sustainability while disposing of waste.
Permanent Work Opportunity
The incinerator provides uninterrupted operation thanks to automatic systems and allows continuous waste disposal.
Operator Safety
The incinerator provides a safe working environment by reducing operators' direct contact with waste with automatic loading and ash discharge systems.
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Emission Control
The incinerator minimizes harmful emissions and reduces environmental pollution thanks to modern flue gas purification systems.
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Enerji Geri Kazanımı
The incinerator increases energy efficiency by converting the heat released during the burning of waste into energy.
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Volume Reduction
The incinerator greatly reduces the volume of waste, which reduces storage and transportation costs.
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Hızlı ve Etkili Bertaraf
The incinerator provides fast and efficient disposal of municipal waste by burning. This helps to dispose of environmentally hazardous waste safely.
Maximum Efficiency in Waste Disposal with Garbage Incinerator
The incinerator provides a reliable and environmentally friendly solution for burning and disposing of waste in modern waste management processes. The incineration process ensures the safe disposal of municipal and industrial waste, while inactivating harmful microorganisms and toxic substances through high-temperature incineration. The incinerator is particularly ideal for solid waste incineration processes, thus significantly reducing the amount of waste.
During the waste incineration process, the furnace operates at high temperatures between 800-1200°C, ensuring complete combustion in the solid waste incineration and waste incineration processes. With its double combustion chamber and minimum 2 seconds gas retention time, the incinerator offers a more efficient combustion process. In addition, combustion systems that work integrated with flue gas purification and flue gas washing systems minimize emissions and prevent the emission of environmentally harmful gases into the atmosphere. In this process, thanks to waste incineration systems, air quality is preserved and environmental sustainability is ensured.
The incinerator also safely disposes of industrial waste such as sewage sludge. The incineration of sewage sludge is carried out without harming the environment thanks to these furnaces. These furnaces also provide the opportunity for energy recovery, allowing waste to be converted into an energy source. This feature reduces the costs of businesses with the incinerator and increases environmental contribution.
Waste incineration systems offer dual fuel options that can operate with natural gas or fuel oil and provide flexibility to businesses with manual or fully automatic feeding systems. Thanks to its stainless steel structure, the incinerator offers a long-lasting and durable structure. All these advantages provide highly efficient and sustainable waste management solutions with the incinerator.
Advantages of Garbage Waste Incinerator
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The incinerator contributes to public health by ensuring that municipal waste is disposed of quickly and effectively. The incineration process reduces the risk of spreading diseases by destroying harmful microorganisms and protects public health. Incineration is also important for worker health and safety, because it offers high safety standards thanks to the safe processing of waste. Solid waste incineration significantly reduces the volume of waste, which reduces waste management costs and contributes to the environment.
During the waste incineration process, energy recovery is achieved thanks to the high temperature generated. With the incinerator, waste is converted into energy, providing both environmental and economic benefits. Incineration systems ensure that the ashes formed as a result of combustion are reusable; these ashes can be evaluated as construction material or used in other industrial applications. In particular, the incinerator provides efficient results in processes such as the incineration of sewage sludge.
The waste incinerator offers sustainable waste management, ensuring that waste is disposed of without harming the environment through incineration. Emissions generated during the incineration of solid waste are controlled by advanced flue gas purification and flue gas washing systems, thus minimizing harmful substances released into the environment. Waste incineration systems offer environmentally friendly solutions with emission control and energy recovery, thus providing both environmental and economic benefits.
Turn Waste into Energy with an Garbage Incinerator
Garbage Incinerator Performance and Efficiency
Volume Reduction
The garbage incinerator greatly reduces the volume of waste, which reduces storage and transportation costs.
Energy Recovery
The garbage incinerator increases energy efficiency by converting the heat released during the burning of waste into energy.
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Emission Control
The garbage incinerator minimizes harmful emissions and reduces environmental pollution thanks to modern flue gas purification systems.
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Permanent Work Opportunity
The incinerator provides uninterrupted operation thanks to automatic systems and allows continuous waste disposal.
High Performance Chimney Washing and Flue Gas Treatment Systems
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Chimney Washing Systems and Flue Gas Purification Systems
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The incinerator plays a critical role in the safe disposal of municipal waste. However, when the incinerator operates at high temperatures, harmful gases and particles are released. These emissions can pose a threat to the environment and human health. Therefore, flue washing systems and flue gas treatment systems are critical for incinerators. Flue washing systems minimize emissions by filtering harmful gases produced by the incinerator. They neutralize acidic gases (such as sulfur dioxide and hydrogen chloride) and prevent fine particles from being released into the atmosphere.
Flue gas treatment systems can provide heat recovery to increase energy efficiency. They offer advantages by working with various treatment methods: Wet scrubbing systems effectively remove harmful gases with liquid solutions, dry scrubbing systems purify gases using solid adsorbents, offering low water consumption and low maintenance costs, and semi-dry scrubbing systems provide efficient treatment by combining liquid and solid treatment methods.
It minimizes emissions and fully complies with environmental protection standards by working integrated with incinerators, chimney washing systems and flue gas purification systems. These systems support environmental sustainability by improving air quality.
The incinerator provides high efficiency in waste management by being used in processes such as solid waste incineration, sludge incineration and solid waste incineration. The incinerator offers a sustainable waste disposal solution with energy recovery and purification of harmful gases.
The incinerator has the capacity to process a wide range of waste types and offers significant advantages in modern waste management processes. The incinerator safely and effectively disposes of many different types of waste, including municipal waste, commercial waste, industrial sludge, wastewater treatment sludge, industrial waste and demolition waste. Operating at high temperatures, the incinerator significantly reduces the volume of waste while also providing energy recovery. In this way, both environmental sustainability and economic benefits are achieved.
During the solid waste burning process, the incinerator helps neutralize harmful microorganisms and toxic substances. In addition, emissions are controlled with the combustion systems used in waste burning processes and the emission of harmful gases into the atmosphere is prevented. The incinerator, which also offers effective results in more specific waste types such as the burning of sewage sludge, fully complies with environmental protection standards.
The incinerator we offer as MT Makina increases efficiency by optimizing waste management processes in various sectors. Safe disposal of waste and energy recovery through incineration provide both environmental and economic advantages. Waste incineration systems contribute to modern environmental management strategies by providing sustainable waste management solutions.
Garbage Incinerator Application Areas and Waste Types
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Garbage Incinerator Automatic Loading System
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The garbage incinerator automatic loading system ensures that municipal waste is fed into the incinerator safely and without interruption, ensuring that incinerator operations continue with high efficiency. The homogeneous distribution of waste within the incinerator ensures that the combustion process is more effective and that the waste is burned evenly. This provides maximum efficiency in solid waste incineration operations.
The incinerator automatic loading system prevents operators from coming into direct contact with waste and increases work safety. Thanks to the incinerator, labor costs are reduced and the process is accelerated, which optimizes the waste management process in integration with incineration systems.
The waste incinerator ensures the safe disposal of large volumes of waste, while performing the incineration of treatment sludge and solid waste without harming the environment. Flue gas treatment and flue gas washing systems used in the waste incineration process minimize emissions and provide sustainable environmental protection.
Automatic Ash Discharge System for Garbage Incinerator
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The incinerator provides safe and effective disposal of municipal waste by burning it at high temperatures. Regular and safe disposal of the large amount of ash generated during the incineration process is critical to the efficiency and long-term operation of the incinerator. The incinerator automatic ash discharge system ensures that ash is continuously and safely removed from the incinerator, ensuring uninterrupted operation and maximum performance.
The incinerator automatic ash discharge system minimizes operator manual intervention, increases labor efficiency and ensures operator safety. With this feature, the incinerator can work efficiently without stopping and provides high efficiency in waste disposal.
It supports environmental sustainability in processes such as incineration furnace, solid waste incineration, waste incineration systems, sludge incineration and waste incineration. It filters harmful emissions and complies with environmental protection standards by working integrated with flue gas treatment and flue gas washing systems.
Garbage Incinerator Technical Specifications
Ürün | Kapasite (kg/s) | Baca Yıkama | Brülör |
|---|---|---|---|
YF-100C | 100 | + | ECOFLAM-RİELLO |
YF-150C | 150 | + | ECOFLAM-RİELLO |
YF-200C | 200 | + | ECOFLAM-RİELLO |
YF-300C | 300 | + | ECOFLAM-RİELLO |
YF-500C | 500 | + | ECOFLAM-RİELLO |
YF-1000C | 1000 | + | ECOFLAM-RİELLO |
Optional Features
Pre-Shredding Machine
Heat Recovery System
Automatic Loading
Automatic Ash Discharge
Wet Chimney Washing System
Dry Chimney Washing System
Semi-Dry Chimney Washing System
Gas Filtering System
Emission Monitoring System
Production in Different Capacities
Different Brand Burners
Garbage Incinerator Frequently Asked Questions (FAQ)
A solid waste incinerator is a system that reduces the volume of solid waste by burning it at high temperatures, destroys harmful components and provides energy production. The heat generated during this process can be used for energy recovery.
The incinerator is used to burn household waste, municipal waste, industrial waste, medical waste and certain hazardous waste. Solid waste incineration disposes of these wastes safely and effectively.
When incinerators are equipped with advanced flue gas treatment systems, they minimize environmental impacts. However, if proper emission control is not carried out during the waste incineration process, air pollution and health risks may occur.
The waste incinerator produces energy depending on the calorific value of the burned waste. It can be used to produce both electricity and heat energy, thus the solid waste incineration process provides energy recovery.
Feeding can be done manually, by conveyor, auger or scoop.
Modern incinerators are equipped with advanced safety systems, but they require safe operation and regular maintenance.
Incinerator installation can take anywhere from a few months to a few years, depending on the size of the project.
Regular maintenance ensures the efficient and safe operation of the incinerator. Maintenance and replacement of burners and related parts, cleaning of the combustion chamber, etc. are carried out.
The cost of a waste incinerator varies depending on capacity and technology. Although the initial costs are high, it provides savings in the long run thanks to the advantages of energy recovery and incineration of waste.
The heat released during combustion can be converted into energy and used as electricity or heat energy. This is a common energy recovery method among waste incineration systems.
When flue gas treatment and emission control systems are used, the incinerator offers an environmentally friendly solution. Emissions are controlled and solid waste is burned without harming the environment.
The incinerator is equipped with advanced technologies such as double combustion chamber, PLC automation systems, flue gas treatment, automatic loading and automatic ash discharge systems.
