ENERBA TEKNOLOGI

Project Reference Liquid Salt Pilot Plant BRIN

Liquid Salt Production Pilot Plant

INTEGRATED MEMBRANE SYSTEM FOR INDUSTRIAL-GRADE LIQUID SALT PRODUCTION

Salt is a strategic commodity with high demand across household and industrial sectors, including PVC manufacturing, soap, cosmetics, pharmaceuticals, textiles, and other industries. However, Indonesia still relies on salt imports of approximately 2 million tons per year due to the inability of locally produced salt to meet industrial specifications, particularly the minimum NaCl content of 97%.

To address this challenge, PT Enerba Teknologi has successfully developed and implemented a 500-liter-per-hour liquid salt production unit using Integrated Membrane System technology. This pilot-scale system is designed to process and purify rejected brine from power plants (PLTU), transforming it into industrial-grade salt. The technology effectively increases brine concentration from 5°Bé to 25°Bé, fully tailored to user requirements.

This innovative solution not only enhances the value of rejected brine but also supports import substitution, resource efficiency, and sustainable industrial development through a compact, efficient, and scalable membrane-based system.

Technical Specifications

User: PT. Phoenik Syams Indonesia (BRIN)
Project:
 Integrated Membrane System for Liquid Salt Production 20%
Capacity: 500 liter/hour

Treatment Process

A. Pretreatment

Ultrafiltration Unit

  • Permeate flow rate: 6,500 liters/hour

  • System recovery: 80%

Nanofiltration Unit

  • Permeate flow rate: 3,500–4,000 liters/hour

  • System recovery: 70%

Reverse Osmosis Unit

  • Concentrate flow rate: 1,500–2,000 liters/hour (TDS > 70,000 ppm)

  • Permeate flow rate: 1,800–2,000 liters/hour

  • System recovery: >50%

B. Main Treatment

Brine Concentration Unit

  • Permeate flow rate: 1,000 liters/hour

  • Retentate flow rate: 500 liters/hour

  • System recovery: >65%

  • Salinity: >200,000 ppm

Outlet Parameter

Liquid NaCl with a minimum TDS of 200,000 ppm (20%)

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