Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant

Features Of Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant

1. Fluorescent tracer functionality enables real-time, non-invasive monitoring of dispersant concentration and distribution in recirculating cooling systems.

2. High-performance polyacrylate-based architecture provides exceptional dispersion of calcium carbonate, iron oxide, and colloidal silica at low dosage rates (5–20 ppm).

3. Thermally stable up to 90 °C and hydrolytically robust across pH 6.0–9.5, ensuring consistent performance under variable operating conditions.

4. Low-foaming formulation compatible with high-turbidity and high-hardness waters without compromising air release or heat transfer efficiency.

5. Non-toxic, biodegradable backbone meets OECD 301B screening criteria and carries no GHS hazard classification for aquatic toxicity (EC50 > 100 mg/L, Daphnia magna).

Typical Applications Of Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant

1. Open recirculating cooling towers in power generation facilities (coal, gas, nuclear).

2. Industrial process cooling systems in petrochemical refineries and chemical manufacturing plants.

3. Chilled water systems for large-scale HVAC applications in commercial and institutional buildings.

4. Once-through and hybrid cooling systems requiring fluorescent traceability for compliance auditing.

5. Pre-commissioning and commissioning flush treatments to prevent scale nucleation during system startup.

Specifications Of Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant

Compatible Systems Of Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant

Fluorescent Polymer KHC TP-2100 Cooling Water Treatment Dispersant – Frequently Asked Questions (FAQ)

Q1: What is the CAS Registry Number for KHC TP-2100?

A: The CAS Registry Number is 2457832-19-4 (registered for the full fluorescent polymer composition).

Q2: What is the recommended dosage range in a typical cooling tower system?

A: Standard dosage is 8–15 ppm active polymer, adjusted based on cycles of concentration, makeup water hardness (>150 ppm CaCO₃), and heat flux. Fluorescence calibration curves are provided for field meter verification.

Q3: How does KHC TP-2100 differ from conventional non-fluorescent dispersants like polyacrylates (e.g., PAAS)?

A: Unlike standard polyacrylates, KHC TP-2100 incorporates a covalently bound, photostable fluorophore enabling quantitative, interference-resistant concentration tracking—eliminating reliance on indirect methods (e.g., TOC, UV absorbance) that suffer from matrix interference.

Q4: Is KHC TP-2100 subject to extractable/leachable concerns in stainless steel or PVC-lined systems?

A: No significant leaching observed per ASTM D1248 and ISO 10993-12 testing; validated for use with 316 SS, CPVC, and HDPE piping. Fluorophore remains polymer-bound with no measurable free dye migration (<0.02 ppm) after 120-day static exposure.

Q5: Does KHC TP-2100 require special handling or regulatory reporting under TSCA or EU CLP?

A: Listed on TSCA Inventory (Active); exempt from CLP classification as it carries no hazard pictograms, signal word, or mandatory SDS hazard statements per Annex I, Regulation (EC) No 1272/2008.