Unidade automática de preparação de polímeros para dosagem precisa

Advanced 3-Chamber Polymer Dosing Technology (2026 Edition)
Stop wasting expensive chemicals due to “fish-eyes” (undissolved polymer). Our automated preparation unit ensures 100% maturation, saving you up to 20% on annual polymer costs.

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The Science of the 3-Chamber Design

Unlike simple mixing tanks, our unit utilizes three distinct chambers to respect the “aging time” required by high-molecular polymers:

1. Mixing Chamber: Dry powder is wetted by a high-shear vortex mixer. This prevents clumping at the very first contact with water.

2. Maturing (Aging) Chamber: The solution is gently stirred by a low-speed agitator. This allows the polymer chains to fully uncoil (mature) without being sheared or damaged.

3. Storage Chamber: The fully matured solution is held here, ready for the dosing pump to deliver it to your Multi-disc Screw Press ou Sistema DAF.

Key Technical Advantages

• Significant Chemical Savings: By eliminating undissolved polymer, our units can reduce your annual chemical consumption by 20% to 30%.

• Precision Dry Feeding: Features a variable-speed screw feeder with an anti-condensation heating device to ensure powder flows smoothly even in humid environments.

• Full Automation (Siemens PLC): The system automatically manages water intake, powder feeding, and solution discharge. It includes low-level and no-water protection for safe, 24/7 operation.

• Material Excellence: Available in high-strength Polypropylene (PP) for cost-effectiveness or Stainless Steel 304/316 for maximum industrial durability.

model	Tank Volume (L)	Powder Dosing ( kg/h )	Dissolving Capacity (L/h)	Control Type
KP-PDU-500	500L	0.5 - 2.5 kg/h	500 L/h	Automatic PLC
KP-PDU-1000	1000L	1.0 - 5.0 kg/h	1000 L/h	Automatic PLC
KP-PDU-2000	2000L	2.0 - 10.0 kg/h	2000 L/h	Automatic PLC

1.Características da nossa Unidade Automática de Preparação de Polímeros | Unidade de dosagem de polímero:

• Trabalhando continuamente com design de integração de 3 tanques (tanque de mistura, tanque de envelhecimento, tanque de armazenamento), fácil de operar e manter, baixo custo total
• Pode ser ampliado como um tipo de tanque de armazenamento mais automático de 2 de acordo com as necessidades atuais
• Com design de alimentação dupla em pó ou líquido (opcional) para atender a diferentes necessidades. A função de alocação proporcional permite preparar a concentração de líquidos de acordo com os requisitos
• Com concentração uniforme e moderada para diminuir a aglomeração causada pela alocação manual inadequada. Bloqueio de tubulação ou bomba, custos desnecessários de manutenção e despesas com pó poderiam ser evitados
• Funil de alimentação de pó com função anticondensação, aquecimento e isolamento pode evitar aglomeração ou deterioração
• Quando o funil de alimentação de pó atinge o estoque mínimo, o aviso de luz LED e a função de parada automática tornam a manobrabilidade geral mais perfeita

2. Esboço do projeto da unidade de dosagem de polímero: | Sistema de dosagem de polímero: 

3. Detalhes de projeto desta unidade automática de preparação de polímeros:

• Chamber 1 (Mixing): High-shear vortex wetting for dry powder.

• Chamber 2 (Maturing): Low-speed agitation for perfect molecular chain extension.

• Chamber 3 (Storage): Stabilized solution ready for the [Multi-disc Screw Press].

4. Especificações do nosso sistema de dosagem de polímero: 

Frequently Asked Questions (FAQs)

• Q: How does your system prevent polymer from caking and clogging?
  A: Our patented vortex induction wetting system ensures instant, complete powder dispersion upon contact with water, while the programmed maturation agitation keeps the solution homogeneous. This dual action virtually eliminates caking, a common flaw in simple mixer tanks.

• Q: Can it handle different types of polymers (cationic, anionic)?
  A: Yes. The system is constructed from corrosion-resistant materials (SS316, CPVC) and features programmable recipes. You can save settings for different polymers and switch between them with one-touch, ensuring optimal preparation for each.

• Q: What is the advantage over a simple “make-down” tank with a mixer?
  A: The key advantage is guaranteed solution quality and consistency. Manual or basic mixer methods often create weak “fish-eyes” or over-shear the polymer, degrading its effectiveness by 30-50%. Our controlled process preserves the full molecular weight and activity of the polymer, meaning you use less chemical to achieve better dewatering results.

Integrated 3-Chamber Design for Optimal Polymer Maturation

Polymer (PAM) requires a specific aging time to reach its full flocculation potential. Our unit respects this process through a continuous three-tank flow logic:

• Chamber 1: Mixing & Wetting – Dry powder is precisely fed into a high-shear vortex mixer. This ensures every granule is wetted instantly, preventing “fish-eyes” and clumping.

• Chamber 2: Aging & Maturation – The solution is gently stirred by a low-speed stainless steel agitator. This allows the polymer chains to fully uncoil without being broken by high speeds.

• Chamber 3: Storage & Discharge – The fully matured solution is transferred here. It provides a stable supply to your [Multi-Disc Screw Press] or [DAF System] without interrupting the preparation cycle.

 KPL Series Technical Specifications

Our KPL series offers reliable, automatic flocculant preparation for various flow rates. Built with chemical-resistant materials and smart automation.

High-End Components for 24/7 Automation

To ensure a service life of 15+ years and minimal maintenance, we only use world-class components:

• Control System: Siemens PLC with Touch Screen Interface (HMI).

• Dosing Accuracy: Variable-speed screw feeder with ±1% precision.

• Safety Features: Automatic low-water level protection and dry-powder blockage heating device.

• Electric Parts: Schneider Electric or ABB components.

Success Case: 22% Chemical Saving for a Paper Mill

O desafio: A paper mill in Southeast Asia was manually mixing PAM powder, leading to inconsistent sludge dewatering and high chemical waste due to “fish-eyes” in the solution.
Nossa solução: Kopay International installed a KPL-2000 Automatic 3-Chamber Unit.
Os resultados:

• ROI Achieved: The mill saved 22% on annual polymer costs, allowing the equipment to pay for itself in just 9 months.

• Improved Dewatering: The consistent solution concentration resulted in a 5% drier sludge cake from their screw press.

• Labor Reduction: The plant shifted from manual mixing to a fully automated process, freeing up 1 operator per shift.

“Not sure about the dosage?”
Selecting the right polymer concentration is key to ROI. Send us your wastewater flow rate, and Kopay’s engineers will provide a customized Polymer Dosing Scheme & Tank Sizing Report for free.