Top search terms
Introduction to the Successful Development and Application of New Materials
2025-08-25
New Neutralizing Agent
Process Overview
New neutralizers, typically based on multifunctional organic/inorganic complexes, offer faster pH adjustment rates and stronger buffering capacity, making them suitable for the efficient neutralization of various types of acidic and alkaline wastewater.
Key Advantages：
Fast response with precise pH control
30%+ dosage reduction compared to traditional lime or alkalis
Lower sludge generation, better for downstream treatment
Applications：
Neutralization of acidic/alkaline wastewater from chemical, pharmaceutical, and electroplating industries
New Heavy Metal Precipitant (Chelator/Scavenger)
Process Overview
The new heavy metal removal agent is mainly composed of organic sulfur groups and chelating ligands. It can form stable complexes with heavy metals in a neutral or weakly alkaline environment and has high removal efficiency.
Key Advantages：
High selectivity for Cr, Hg, Pb, Cd, Ni, etc.
Low toxicity, biodegradable, environmentally friendly
Easy operation, suitable for continuous or batch dosing
Applications：
Advanced removal of heavy metals in electroplating, PCB, and metal finishing wastewater
Multi-functional Organic Absorbent
Process Overview
Multi-effect organic absorbents are a class of highly efficient adsorbent materials based on organic functional groups (such as amines, carboxyls, and thiols). They are capable of simultaneously removing VOCs, organic solvents, odor molecules, and oil-based pollutants. Their porous structure and high specific surface area provide them with exceptional adsorption efficiency.
Key Advantages：
Capable of removing multiple organic pollutants (VOCs, SVOCs, oils)
High adsorption capacity and regenerable
Stable in complex gas/liquid phase systems
Applications：
Ideal for VOC control in painting/printing/chemical industries, oily wastewater, solvent recovery, etc.
New Detection Reagent
Process Overview
New detection agents, including colorimetric reagents, rapid test cards, and fluorescent or colorimetric reaction systems, are widely used for rapid on-site testing of key water quality indicators such as heavy metals, ammonia nitrogen, COD, phosphorus, and phenolic compounds.
Key Advantages：
Rapid response within 1–5 minutes
No need for complex instruments, field-friendly
High sensitivity and strong anti-interference ability
Applications：
Used in online monitoring, emergency pollution warnings, routine field inspections, and internal quality control in water treatment facilities or factories
Process Overview
New neutralizers, typically based on multifunctional organic/inorganic complexes, offer faster pH adjustment rates and stronger buffering capacity, making them suitable for the efficient neutralization of various types of acidic and alkaline wastewater.
Key Advantages：
Fast response with precise pH control
30%+ dosage reduction compared to traditional lime or alkalis
Lower sludge generation, better for downstream treatment
Applications：
Neutralization of acidic/alkaline wastewater from chemical, pharmaceutical, and electroplating industries
New Heavy Metal Precipitant (Chelator/Scavenger)
Process Overview
The new heavy metal removal agent is mainly composed of organic sulfur groups and chelating ligands. It can form stable complexes with heavy metals in a neutral or weakly alkaline environment and has high removal efficiency.
Key Advantages：
High selectivity for Cr, Hg, Pb, Cd, Ni, etc.
Low toxicity, biodegradable, environmentally friendly
Easy operation, suitable for continuous or batch dosing
Applications：
Advanced removal of heavy metals in electroplating, PCB, and metal finishing wastewater
Multi-functional Organic Absorbent
Process Overview
Multi-effect organic absorbents are a class of highly efficient adsorbent materials based on organic functional groups (such as amines, carboxyls, and thiols). They are capable of simultaneously removing VOCs, organic solvents, odor molecules, and oil-based pollutants. Their porous structure and high specific surface area provide them with exceptional adsorption efficiency.
Key Advantages：
Capable of removing multiple organic pollutants (VOCs, SVOCs, oils)
High adsorption capacity and regenerable
Stable in complex gas/liquid phase systems
Applications：
Ideal for VOC control in painting/printing/chemical industries, oily wastewater, solvent recovery, etc.
New Detection Reagent
Process Overview
New detection agents, including colorimetric reagents, rapid test cards, and fluorescent or colorimetric reaction systems, are widely used for rapid on-site testing of key water quality indicators such as heavy metals, ammonia nitrogen, COD, phosphorus, and phenolic compounds.
Key Advantages：
Rapid response within 1–5 minutes
No need for complex instruments, field-friendly
High sensitivity and strong anti-interference ability
Applications：
Used in online monitoring, emergency pollution warnings, routine field inspections, and internal quality control in water treatment facilities or factories