Essential details
MOQ:1
Product Introduction
The Waste Liquid Incinerator is specifically engineered for the harmless treatment of high-concentration organic liquid waste, including chemical waste solvents, pharmaceutical waste liquids, electroplating pickling solutions, pesticide intermediate waste, and oilfield oily wastewater. It achieves thorough pollutant decomposition through high-temperature incineration, with optional energy recovery for high-calorific-value waste streams.
Core Components
- Atomization System**: High-pressure atomizing spray guns paired with a waste liquid preheating unit, ensuring uniform atomization and efficient combustion.
- Combustion Chamber**: Lined with high-temperature refractory materials, equipped with a secondary air supply system to enhance combustion completeness.
- Flue Gas Treatment System**: Integrated rapid cooling tower, dry deacidification device, and bag filter, ensuring emissions meet strict environmental standards.
- Atomization System**: High-pressure atomizing spray guns paired with a waste liquid preheating unit, ensuring uniform atomization and efficient combustion.
- Combustion Chamber**: Lined with high-temperature refractory materials, equipped with a secondary air supply system to enhance combustion completeness.
- Flue Gas Treatment System**: Integrated rapid cooling tower, dry deacidification device, and bag filter, ensuring emissions meet strict environmental standards.
Technical Advantages
- **Broad Adaptability**: Effectively handles complex waste liquids (high-viscosity, salt-containing, and heavy metal-bearing) with stable performance.
- **Ultra-Low Emissions**: Secondary combustion chamber operates at ≥1100℃, eliminating dioxin formation and ensuring ≥99.9% VOCs removal efficiency.
- **Modular Design**: Supports parallel operation of multiple furnaces, flexibly meeting diverse treatment scale requirements.
- **Energy-Efficient Waste Heat Recovery**:
- Steam Integration: Waste heat boiler generates steam for direct integration into industrial steam networks.
- Waste Liquid Preconditioning: Utilizes waste heat to pre-dry high-moisture liquid waste, boosting incineration efficiency.
- Process Heating: Supplies heat for distillation, concentration, and other industrial processes, reducing overall energy consumption.
- **Broad Adaptability**: Effectively handles complex waste liquids (high-viscosity, salt-containing, and heavy metal-bearing) with stable performance.
- **Ultra-Low Emissions**: Secondary combustion chamber operates at ≥1100℃, eliminating dioxin formation and ensuring ≥99.9% VOCs removal efficiency.
- **Modular Design**: Supports parallel operation of multiple furnaces, flexibly meeting diverse treatment scale requirements.
- **Energy-Efficient Waste Heat Recovery**:
- Steam Integration: Waste heat boiler generates steam for direct integration into industrial steam networks.
- Waste Liquid Preconditioning: Utilizes waste heat to pre-dry high-moisture liquid waste, boosting incineration efficiency.
- Process Heating: Supplies heat for distillation, concentration, and other industrial processes, reducing overall energy consumption.
Application Scenarios
Chemical plants, pharmaceutical facilities, electroplating industries, pesticide manufacturers, oilfield operations, and fine chemical enterprises. Fully compliant with GB 18484 and ISO 14001 standards, it offers a reliable, eco-friendly solution for hazardous liquid waste disposal.
Chemical plants, pharmaceutical facilities, electroplating industries, pesticide manufacturers, oilfield operations, and fine chemical enterprises. Fully compliant with GB 18484 and ISO 14001 standards, it offers a reliable, eco-friendly solution for hazardous liquid waste disposal.