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Overseas Field Consultation & On-Site Jar Test Performance Review
Published by Bluwat Chemicals | Technical Field Report
Direct Client Engagement at Overseas Trade Exhibition
At recent international trade exhibitions, representative teams from Bluwat Chemicals engaged in face-to-face technical consultations with industrial wastewater engineers and plant operators. These international meetings provided a valuable platform to evaluate real-world water treatment challenges across diverse industrial sectors. Backed by global supply operations serving ПОСТАВКИ В 80+ СТРАН with an annual sales footprint of 60 ТЫС. ГОДОВОЙ ОБЪЕМ ПРОДАЖ, field discussions focused on optimizing chemical dosing regimens for complex industrial effluent systems.
Figure 1: Technical consultation session discussing industrial wastewater chemical selection and process optimization.
Figure 2: Presentation of specialized water treatment chemical lines to visiting plant technical representatives.
Addressing Industrial Water Treatment Pain Points
During technical sessions, visiting engineers highlighted recurring field issues, such as severe color persistence in textile dyeing wastewater, high suspended solids in municipal influent, and foam generation in biological treatment basins. To address these operational constraints, specialized coagulants, flocculants, and auxiliaries were evaluated:
- Water Decoloring Agent: Targeted cationic polymers formulated for color stripping and COD reduction in textile and high-color industrial effluents.
- Polyaluminum Chloride & Aluminum Chlorohydrate: High-efficiency inorganic coagulants designed for rapid micro-floc formation across varying pH ranges.
- Polyacrylamide & Polydadmac: High-molecular-weight organic flocculants and cationic polymers that accelerate solid-liquid phase separation during primary and secondary clarification.
- Polyamine & Ferric Sulphate: Specialized charge-neutralizing agents and inorganic salts for industrial wastewater destabilization and sludge dewatering.
- Water Treatment Defoamer: Specialty foam control formulations engineered to suppress persistent process foam in aeration tanks and discharge outlets.
Live On-Site Jar Testing & Flocculation Verification
To validate chemical efficacy directly on client-provided effluent samples, live analytical jar tests were executed right at the exhibition venue. Utilizing standard laboratory testing equipment—specifically a FLOCCULATOR (JAR TEST)
Figure 3: On-site multi-paddle Jar Test evaluation utilizing certified testing equipment.
Figure 4: Clarification visual test comparing treated sample (left) against the untreated Control / Контроль benchmark (right).
Water samples labeled Aquaphor 1602 were subjected to rapid mixing for initial coagulant dispersion, followed by slow flocculation agitation. As demonstrated in the side-by-side beaker testing, the addition of tailored coagulant-flocculant combinations resulted in rapid pin-floc aggregation, fast settling speeds, and clear supernatant separation when compared against the untreated Control / Контроль sample.
Technical Field Data & Equipment Specifications
| Category | Item / Parameter Description | Technical Value / Identifier | Standards & Verification Source |
|---|---|---|---|
| Manufacturer | Official Company Name | Bluwat Chemicals | Exhibition Records & Display Panel |
| Location & Web | Address & Portal | Yixing City, Jiangsu Province, China | www.bluwat.com.cn | Official Panel Literature |
| Global Footprint | Export Coverage & Annual Volume | ПОСТАВКИ В 80+ СТРАН | 60 ТЫС. ГОДОВОЙ ОБЪЕМ ПРОДАЖ | Exhibition Booth Summary |
| Chemical Products | Coagulants & Flocculants | Water Decoloring Agent, Polyaluminum Chloride, Polyacrylamide, Polydadmac, Polyamine, Aluminum Chlorohydrate, Ferric Sulphate, Water Treatment Defoamer | Bluwat Chemicals Product List |
| Testing Device | Jar Test Flocculator | FLOCCULATOR (JAR TEST) | ISO 9001:2008 / CE Certified |
| Test Benchmarks | Sample Tag & Baseline | Aquaphor 1602 vs Control / Контроль | On-Site Laboratory Beaker Trial |
Operational Recommendations for Industrial Jar Testing
Executing structured Jar Tests prior to full-scale chemical dosing is critical for optimizing operational expenses and preventing chemical over-dosing. Plant technicians are advised to observe the following evaluation protocol:
- Rapid Mixing Phase: Agitate sample at high speed (100–150 RPM) for 1 to 2 minutes immediately after adding primary inorganic coagulants such as Polyaluminum Chloride or Aluminum Chlorohydrate to ensure homogenous charge neutralization.
- Flocculation Growth Phase: Reduce agitation speed to 30–50 RPM for 10 to 15 minutes while dosing polymer flocculants like Polyacrylamide or Polydadmac to foster macro-floc bridging without shearing the delicate flocs.
- Settling Assessment: Allow a 10 to 15 minute quiescent settling window. Inspect the clear liquid supernatant for residual turbidity, color clearance, and compacted sludge volume at the beaker bottom.
- Baseline Benchmarking: Always maintain a parallel untreated beaker marked as Control / Контроль to visually verify clarity improvement, solid-liquid separation speed, and dosage efficiency under identical environmental conditions.