Product Introduction：

The semiconductor fluoride removal agent is a high-efficiency water treatment chemical specifically developed for treating high-concentration fluoride-containing wastewater generated during semiconductor manufacturing processes. Formulated with an advanced composite blend and utilizing a dual-action technology of "targeted chelation + crystalline precipitation," this product rapidly and precisely removes fluoride ions from wastewater, consistently reducing the effluent fluoride concentration to below 1 mg/L—and even as low as 0.1 mg/L (semiconductor-grade)—fully complying with the latest national discharge standards and industry requirements for water reuse.

Product Advantages：

High Efficiency: The semiconductor fluoride removal agent rapidly reacts with fluoride ions in wastewater to form stable, highly insoluble precipitates. For example, RunCan Environmental Protection’s (Jiangxi) fluoride removal agent employs "targeted chelation + crystalline precipitation" technology, achieving a fluoride removal rate of over 99% within 30 minutes, with effluent fluoride concentrations consistently reduced to below 0.5 mg/L—well below national discharge limits and fully meeting the stringent water quality requirements of the semiconductor industry.

Strong Compatibility: This fluoride removal agent can withstand the complex pH conditions (pH 4–9) and coexisting ions commonly found in semiconductor wastewater, delivering consistent performance across a wide range of fluoride concentrations. For instance, after implementation at a chip manufacturing facility, fluoride wastewater treatment efficiency improved by 40%, with no need for additional process modifications—the agent can be directly dosed into existing sedimentation tanks, demonstrating exceptional system compatibility.

Environmentally Friendly: The product is non-toxic and harmless, and the precipitates formed after reaction are easy to separate and dispose of, causing no secondary pollution. For example, RunCan Environmental Protection’s (Jiangxi) fluoride removal agent reduces sludge generation by 70% and lowers overall treatment costs by 40%, aligning perfectly with the semiconductor industry’s commitment to green and low-carbon development.

Cost-Effectiveness: The semiconductor fluoride removal agent requires only one-third the dosage of conventional chemicals, features a long service life, and incurs low maintenance costs. For example, after implementation at a facility, the company saved significantly on annual sludge disposal expenses and achieved a 25% reduction in overall treatment costs, substantially improving economic efficiency.

Ease of Use: The product is simple to apply, highly operable, and easily integrated into existing wastewater treatment processes.

The standard operating procedure is as follows: first adjust the wastewater pH to 6–7, then add the fluoride removal agent in the recommended dosage with thorough mixing.

Service Industries：

High-efficiency fluoride removal performance

The semiconductor fluoride removal agent employs a dual-action technology combining "targeted chelation + crystalline precipitation," achieving a fluoride removal efficiency of over 99% within 30 minutes, with effluent fluoride concentrations consistently reduced to below 0.5 mg/L— an order of magnitude lower than the national discharge standard. For example, RunCan Environmental Protection (Jiangxi) successfully applied its fluoride removal agent at a semiconductor manufacturing facility, reducing fluoride levels in wastewater from 280 mg/L to 0.18 mg/L, completely resolving the issue of fluoride exceedance.

Strong Compatibility and Stability

The product operates efficiently across a broad pH range of 4–9, eliminating the need for wastewater pH adjustment.

A win-win solution for environmental sustainability and cost-effectiveness

The fluoride removal agent is calcium-free, resulting in precipitates that are easy to separate and dispose of, reducing sludge volume by 70% and lowering overall treatment costs by 40%. For example, after implementation at a certain facility, annual sludge disposal expenses were significantly reduced, and treatment costs decreased by 25%, achieving a unified balance between environmental and economic benefits.