Manufacturers, Exporters, Suppliers of ATMP Acid
ATMP Acid (Amino Trimethylene Phosphonic Acid) in Chandigarh
CAS No.: 6419-19-8 | Molecular Formula: N(CH2PO3H2)3 | Molecular Weight: 299.05
ATMP Acid (Amino Trimethylene Phosphonic Acid) with formula N(CH2PO3H2)3 is a high-performance scale inhibitor and chelating agent. In Chandigarh - with its critical industrial infrastructure including pharmaceutical plants, engineering units, and power generation facilities, we supply premium ATMP Acid to support cooling towers at pharmaceutical plants in Baddi (1,500+ units requiring cooling for HVAC, reactors, condensers, and fermenters), boiler systems at paper mills in Derabassi and Lalru (steam generation for processing), reverse osmosis plants in pharmaceutical SEZs (high-purity water for API and injection manufacturing), and industrial water treatment facilities across the tricity. Chandigarh's water supply (groundwater with high TDS - 400-2000+ ppm, calcium, magnesium, silica, iron, manganese, and carbonate/bicarbonate alkalinity, varying seasonally and by location, combined with process heat (boilers at 150-500°C, cooling towers at 20-40°C with cycles of concentration up to 5-10x) creates severe scaling (calcium carbonate, calcium sulfate, barium sulfate, silica, iron and manganese deposits) requiring advanced scale control. Our product helps protect equipment worth thousands of crores, maintain energy efficiency, and ensure uninterrupted production in Chandigarh's pharmaceutical and industrial sectors.
As an indispensable scale inhibitor and chelating agent for Chandigarh's pharmaceutical, paper, and industrial sectors, it serves multiple water treatment facilities. For cooling towers (Baddi's pharma plants - cooling systems for manufacturing, HVAC, reactors, and fermenters), boiler systems (Derabassi, Lalru paper mills - high-pressure steam boilers for drying, processing, power generation, and CIP), reverse osmosis plants (pharmaceutical SEZs - pretreatment for RO membranes to prevent scaling and extend membrane life, improve water recovery, and reduce cleaning frequency), and industrial processing units (engineering, textile, and chemical plants across the tricity requiring scale control in heat exchangers, cooling jackets, and process equipment), this product meets all quality standards while supporting Chandigarh's industrial efficiency, pharmaceutical production, and energy conservation goals.
Advanced Industrial Applications in Chandigarh:
- 1. Water Treatment: Widely used in Chandigarh's industrial circulating cooling water systems and regional oilfield water pipelines.
- 2. Power & Refinery: Essential for scale and corrosion control in thermal power plants and refinery infrastructures operating within the Chandigarh territory.
- 3. Textile Industry: Acts as a high-purity chelating agent in local woven and dyeing processes to prevent metal ion interference and maintain fabric quality.
- 4. Metal Surface Treatment: Used as a stabilizing agent to improve surface quality and prevent oxidation for Chandigarh's metallurgical enterprises.
Key Performance Features:
- Scale & Corrosion Inhibition: Effectively hinders metal salt precipitation and protects pipelines at high concentrations.
- All-Weather Suitability: Available in crystal powder form, making it easily soluble and ideal for use in winter and freezing districts.
- Cost-Effective Alternative: Its multifunctional nature makes it an excellent replacement for traditional sequestrants.
TECHNICAL SPECIFICATIONS
| Sr. No. | Parameters | Standard Value (Liquid Grade) |
|---|---|---|
| 1 | Active Content | 50.0 ± 2.0% Min |
| 2 | Appearance | Clear Colorless to Pale Yellow Solution |
| 3 | Chloride as (Cl) | 100.0 ppm max |
| 4 | Iron as (Fe) | 10.0 ppm max |
| 5 | pH Value (1% soln) | 2.0 max |
| 6 | Density @ (20°C) g/cm3 | 1.31 – 1.35 |
| 7 | Ca Sequestration (as CaCO3) | 450.0 mg/gm min. |
* The values mentioned are typical and not absolute specifications. For a complete Certificate of Analysis (COA), please contact us at vinod@innovacorporate.com.
Usage Recommendations:
ATMP is often synergized with organophosphoric acid, polycarboxylic acid, or other salts to create robust alkaline water treatment agents. For standard cooling water systems, a dosage of 1-20 mg/L is recommended. When utilized specifically as a corrosion inhibitor, a higher concentration of 20-60 mg/L is preferred for maximum protection.