Polyaluminium Chloride PAC For Textile Palm Oil Drinking Water

Indonesia – High-Performance Coagulant for Industrial & Municipal Water Treatment: BLU PAC Series

1. Market Insight: Why PAC Is Crucial for Indonesia Today

Indonesia, as Southeast Asia’s largest economy, is rapidly industrializing—with key sectors like pulp & paper, palm oil, textiles, mining, and municipal water treatment driving rising water pollution levels. High turbidity in raw water from rivers like the Citarum, Brantas, and Ciliwung, plus wastewater from tannery, palm oil mills (POME), and dyeing factories, have triggered national attention.

The Indonesian government (via KLHK, the Ministry of Environment and Forestry) enforces tighter wastewater discharge regulations under PERMEN-LHK standards. Water utilities (PDAMs) are also upgrading to meet drinking water quality goals aligned with WHO benchmarks.

In this context, BLU PAC Series (Polyaluminium Chloride) is the ideal solution for Indonesian companies seeking cost-effective, high-performance, and environmentally safer coagulation.

2. Product Description: BLU PAC Series – Coagulation You Can Trust

The BLU PAC Series offers advanced coagulant formulations available in white powder (PAC-01) and yellow powder (PAC-02, PAC-031), using spray-dried or drum-dried production to ensure high activity and purity.

PAC-01 (White PAC):

• Best for PDAM water treatment, food-grade processes, and low-turbidity river water.

• Very low iron and insoluble residue.

• Safe for drinking water and low-salinity treated water reuse.

PAC-02 & PAC-031 (Yellow PAC):

• Ideal for palm oil mill effluent (POME), textile dye wastewater, tannery, landfill leachate, and mining water.

• High basicity and fast floc formation speed—efficient in removing color, COD, TSS, and heavy metals.

3. Technical Specifications

4. Why It Works for Indonesia’s Water Conditions

• Effective across pH 5–9, no need for additional alkaline agents

• Fast sedimentation, reduces retention time in clarifiers or DAF systems

• Low sludge volume compared to traditional alum—reduces disposal cost

• Excellent decolorization: perfect for batik wastewater and dye houses

• Removes heavy metals & phosphate in industrial wastewater from nickel mines or electronics factories

• Works well with biological treatment units—improves sludge settleability

5. Typical Application Fields in Indonesia

• Textile & Batik Industry (Bandung, Solo, Pekalongan): Excellent color and TSS removal

• Palm Oil Mills (Sumatra, Kalimantan): Clarifies high-organic wastewater (POME) before anaerobic treatment

• PDAM (Municipal Drinking Water Plants): Reduces turbidity, pathogens, and metals in surface water

• Mining (Nickel, Gold, Tin): Removes suspended solids and heavy metals from tailings pond

• Pulp & Paper (Riau, East Kalimantan): Acts as a retention aid and improves effluent clarity

6. How to Use – Dosage Guide

• Dilution: Solid PAC should be diluted to 2–10% solution before dosing

• Dosage (Typical Ranges):

  • PAC-01: 2–10 g/m³ (for drinking water)

  • PAC-02 / PAC-031: 10–35 g/m³ (for industrial wastewater)

  • Liquid PAC: 5–40 g/m³ (can be used directly or diluted)

• Jar Test Required: Always determine optimal dosage via lab testing based on your raw water quality and treatment goals

7. Packaging & Supply

• Solid PAC: 25kg/bag (inner PE + woven outer bag), 20MT/20’FCL

• Liquid PAC: 250kg plastic drums / 1000L IBC tanks

• Origin: Shipped directly from certified factory in China

• Support: Technical support for jar tests, dosage optimization, and ETP consultation is available in English and Bahasa Indonesia

Bluwat Plants Snapshot: