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Aminoethyl ethanolamine tri(methylene phosphonic acid)(AEEA Phosphonate)
TL;DR Start with scale-inhibitor and formulation selection and water analysis and scale/deposit identity. Compare the proposed grade specification and supply requirements before requesting a quotation.
Aminoethyl ethanolamine tri(methylene phosphonic acid)(AEEA Phosphonate) — Discuss Aminoethyl ethanolamine tri(methylene phosphonic acid)(AEEA Phosphonate) for scale-inhibitor and formulation selection. Start with water analysis and scale/deposit identity and acid or salt identity and required active basis. Check the offered grade specification and include the intended application when requesting a quotation.
For a Aminoethyl ethanolamine tri(methylene phosphonic acid)(AEEA Phosphonate) enquiry, include water analysis and scale/deposit identity and acid or salt identity and required active basis, together with the current treatment or formulation. Use the offered grade documents and a representative comparison to decide the next step.
Discuss the grade and application
For Aminoethyl ethanolamine tri(methylene phosphonic acid)(AEEA Phosphonate), start with scale-inhibitor and formulation selection.
Selection inputs
- Water analysis and scale/deposit identity
- Acid or salt identity and required active basis
- Existing oxidant and inhibitor program
- Proposed formulation and representative trial
Documents and supply
Identify the proposed grade, required quantity, packaging and destination. Ask which specification, TDS, SDS and batch-document options apply to that offer.
Technical documents · Company certificate scopes
Request a quotePhosphonate Antiscalants · Application selection · Related technical decision
Product Description
With industries such as oil and gas, water treatment, and manufacturing, maintaining efficient, safe, and cost-effective operations is paramount. A key aspect of these operations is the prevention and management of scale and corrosion in water systems, which can significantly minimize downtime, reduce expenses and enhance safety. A promising solution to these challenges is aminoethyl ethanolamine tri(methylene phosphonic acid) (AEEA Phosphonate). This article will provide a comprehensive understanding of AEEA phosphonate, its features, advantages, and applications to help you make an informed decision for your water system management needs.
Structural Formula:
| Parameter | Product details | ||||||
|---|---|---|---|---|---|---|---|
| Appearance | Clear Liquid | ||||||
| Physical State | Aqueous Solution | ||||||
| Active Content | 40% | ||||||
| Specific Gravity @ 25oC | 1.3 | ||||||
| pH of 1% Solution @ 25oC | 1.2 | ||||||
| Iron (Fe) PPM | <1 | ||||||
Features of AEEA Phosphonate:
1. Calcium Tolerance: AEEA phosphonate exhibits exceptional calcium tolerance, which means it can effectively function in water systems with high calcium concentrations. This is essential in industries like oil and gas, where water hardness can have severe impacts on the efficiency of operations.
2. Scale Inhibition: AEEA phosphonate acts as a potent inhibitor against the formation of various scales, including calcium and magnesium carbonates, strontium sulfates, and iron deposits. By limiting the formation and accumulation of these scales, the efficiency of water-based operations is enhanced.
3. Corrosion Prevention: Aside from its efficacy in scale inhibition, AEEA phosphonate also serves as an effective corrosion inhibitor. It accomplishes this by forming a protective barrier over metal surfaces, thus reducing the detrimental effects of corrosion.
4. Versatility: AEEA phosphonate can be used in various water-based systems, ranging from cooling waters, boilers, water floods, to drilling system operations. Its broad applicability means it can address the scale and corrosion challenges in multiple industrial contexts.
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