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Waste Evaporation Treatment System KR-LTE | Industrial Fluid Emission Reduction Solutions |

Waste Evaporation Treatment System KR-LTE

Waste evaporation treatment system uses heat pump compression to lower
the pressure within the evaporator, increasing vacuum levels, reducing the
liquid boiling point, and thus accelerating evaporation. The system heats the
material with a heat medium, causing moisture in the material to evaporate.
The rising vapor is then cooled by a refrigerant

Product Details

Advantages

Low energy consumption, with 220-160 kW.h per ton of waste treated | Low 35°C evaporation temperature, stable water quality, minimal scaling | waste concentration rate, 99% COD removal efficiency | Stable system operation, easy maintenance | No consumables, no new pollutants generated | No need for dedicated monitoring; remote monitoring available for user

Technical Specifications

Model KR-LTE
Operating Temperature Around 35°C
Low Energy Consumption per Ton Processed 160-220 kWh
Concentration Rate >=90%-95%
COD Removal Rate >90%-99%

Storage Conditions

Item Requirements
Storage Temperature 5–40°C. Indoor storage is recommended. Protect from freezing, as freezing may damage the polymer system.
Packaging & Container Requirements Packaged in 200 L plastic drums with a net weight of 200 kg per drum; 25 kg plastic pails or 1,000 kg intermediate bulk containers (IBCs) may also be used.
Shelf Life 2 years. After expiry, the product may only be used after it has been retested and confirmed to meet specifications.
Key Properties (KR9988) Appearance: light yellow to pale red viscous liquid; pH (5% solution): 9.5–10.5; kinematic viscosity (10% solution at 40°C): 3.19 mm²/s.
Precautions Nonflammable and presents no fire hazard; nevertheless, keep the container tightly sealed. If stored outdoors, place the drum horizontally to prevent water, dust, and other contaminants from entering. Retighten the cap immediately after dispensing. Check the concentration with a refractometer before use. PAG-containing products exhibit reverse solubility; polymer separation at elevated temperatures is normal, and the product can be restored by cooling and stirring.

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KERUN METALEX 2026 invitation. 18–21 November 2026, BITEC Bangkok, booth 101-BI36.