Hazardous waste is frequently disposed by incineration, with quench‑tower adopted to lower flue‑gas temperature. High‑salinity brine can be used as quench‑tower cooling water, which imposes minor influence on overall incineration treatment and cuts enterprise costs for high‑salinity‑brine disposal.
Hazardous waste is frequently disposed by incineration, with quench‑tower adopted to lower flue‑gas temperature. High‑salinity brine can be used as quench‑tower cooling water, which imposes minor influence on overall incineration treatment and cuts enterprise costs for high‑salinity‑brine disposal.
High‑salinity brine features complex composition with high content of calcium, magnesium ions and organics. During evaporation‑concentration by waste‑heat from flue gas, scaling and salt‑ash fouling are inevitable, resulting in pipeline blockage and quench‑tower wall scaling, which shortens system operation cycle.
This salt inhibitor is a special processing additive developed for scaling and fouling issues in high‑salt high‑temperature concentration systems. It is mainly composed of macromolecular chelating dispersants and sparingly‑soluble‑salt surface modifiers. It functions by altering nucleation and growth of inorganic‑salt crystals. It is liquid‑form, free of flammable chemicals, eco‑friendly and safe. Low dosage exerts no impact on flue‑gas indexes. Salts generated are loose, hard to block pipelines and easy to clean. Its unique formula tolerates high‑salt, high‑hardness and high‑temperature conditions with remarkable dispersion and crystal‑lattice modification performance.
It can also serve as anti‑scaling dispersant for wastewater evaporation‑concentration & crystallization systems.
| Item | Index |
|---|---|
| Appearance | Colorless or pale‑yellow transparent liquid |
| pH (1.0 % solution) | ≥9.0 |
| Density (g/cm³, 25.0℃) | ≥1.10 |
Dose into the system at a certain distance before wastewater enters quench tower for sufficient mixing with high‑salinity brine. The agent is generally fed via metering pump. Suitable dosage: 500.0‑1500.0 g per cubic meter of treated liquid. Exact dosage shall be determined by wastewater quality and equipment operating conditions.
Packaging can be customized per customer requirements. Store in cool and ventilated place. Shelf life: more than 12 months.
This salt inhibitor is weakly alkaline. Take protective measures during handling. Avoid contact with skin and eyes. In case of contact, rinse thoroughly with plenty of clean water.
Hazardous waste is frequently disposed by incineration, with quench‑tower adopted to lower flue‑gas temperature. High‑salinity brine can be used as quench‑tower cooling water, which imposes minor influence on overall incineration treatment and cuts enterprise costs for high‑salinity‑brine disposal.
High‑salinity brine features complex composition with high content of calcium, magnesium ions and organics. During evaporation‑concentration by waste‑heat from flue gas, scaling and salt‑ash fouling are inevitable, resulting in pipeline blockage and quench‑tower wall scaling, which shortens system operation cycle.
This salt inhibitor is a special processing additive developed for scaling and fouling issues in high‑salt high‑temperature concentration systems. It is mainly composed of macromolecular chelating dispersants and sparingly‑soluble‑salt surface modifiers. It functions by altering nucleation and growth of inorganic‑salt crystals. It is liquid‑form, free of flammable chemicals, eco‑friendly and safe. Low dosage exerts no impact on flue‑gas indexes. Salts generated are loose, hard to block pipelines and easy to clean. Its unique formula tolerates high‑salt, high‑hardness and high‑temperature conditions with remarkable dispersion and crystal‑lattice modification performance.
It can also serve as anti‑scaling dispersant for wastewater evaporation‑concentration & crystallization systems.
| Item | Index |
|---|---|
| Appearance | Colorless or pale‑yellow transparent liquid |
| pH (1.0 % solution) | ≥9.0 |
| Density (g/cm³, 25.0℃) | ≥1.10 |
Dose into the system at a certain distance before wastewater enters quench tower for sufficient mixing with high‑salinity brine. The agent is generally fed via metering pump. Suitable dosage: 500.0‑1500.0 g per cubic meter of treated liquid. Exact dosage shall be determined by wastewater quality and equipment operating conditions.
Packaging can be customized per customer requirements. Store in cool and ventilated place. Shelf life: more than 12 months.
This salt inhibitor is weakly alkaline. Take protective measures during handling. Avoid contact with skin and eyes. In case of contact, rinse thoroughly with plenty of clean water.
