- +62 813 1417 0122
- info@mizuiosmosa.co.id
- Jl. SMP 135 No. 37, Pondok Bambu, Duren Sawit, Jakarta Timur 13430
In the modern manufacturing ecosystem, the industrial water treatment system is an often invisible yet critical backbone. The quality of the water produced—whether as boiler feed water, cooling tower makeup, or process water—dictates the vital parameters of a plant: thermal efficiency, energy consumption, and the lifespan of capital assets (CAPEX).
Failure to design the correct treatment facility can be fatal. Using water with high TDS (Total Dissolved Solids) without adequate treatment is the primary cause of boiler corrosion and production downtime.
PT Mizui Osmosa Teknovasi is here to design and build reliable systems. We combine precision engineering with the latest technology to ensure your plant utilities run at peak efficiency.
Need professional assistance? Visit our Industrial Water Treatment Services page for a project consultation.
A comprehensive water treatment plant must be capable of handling raw water variability and producing product water that meets strict specifications. Below are the key components we engineer:
Membrane technology is the heart of modern water treatment for mineral reduction.
Brackish Water Reverse Osmosis (BWRO): Designed for brackish water (TDS 1,000 – 10,000 ppm). This unit relies on multimedia filter pre-treatment to lower the SDI (Silt Density Index), protecting membranes from fouling while operating at medium pressure for energy efficiency.
Seawater Reverse Osmosis (SWRO): For coastal facilities, we implement seawater desalination systems. Our technical advantage lies in the integration of Energy Recovery Devices (ERD) capable of recovering pressure energy, making operations significantly more cost-effective.
For critical applications like high-pressure boilers, the system must remove specific ions.
Water Softener System: Utilizes cation resin to exchange calcium and magnesium ions that cause limescale. This is vital for cooling tower protection.
Demineralization Plant: Combines cation-anion exchangers and a Mixed Bed Polisher. This technology produces water with extremely low conductivity (< 1 µS/cm), preventing silica deposits on turbines and boiler pipes.
The industrial water cycle is incomplete without final treatment that complies with environmental regulations, such as the KLHK (Ministry of Environment and Forestry) Wastewater Quality Standards. Our services include advanced IPAL units:
Membrane Bioreactor (MBR): This technology revolutionizes waste treatment by combining biological degradation with membrane filtration. The result is a compact solution (saving 50% land area) that produces clear effluent ready for recycling (Water Reuse).
Many factories operate with obsolete industrial water treatment systems. We offer retrofit services: replacing saturated filter media, upgrading to Low-Energy membranes, and modernizing manual control panels to automatic PLC/SCADA systems for accurate data logging.
Building a water utility facility is not just about assembling components. The EPC (Engineering, Procurement, Construction) approach we apply ensures perfect integration:
Engineering: Design based on software simulation and actual laboratory water analysis, not assumptions.
Procurement: Selection of components (pumps, instrumentation, valves) from Tier-1 global brands for high durability.
Construction: Installation that complies with industrial safety and quality standards.
With this approach, you get a tailor-made water treatment system, not a forced mass-produced product.
Understanding technological differences is crucial before investing. Below is a comparison between conventional and modern systems.
Table: Evolution of Water Treatment Systems
| Parameter | Conventional System | Modern System (Mizui Osmosa) |
| Design Basis | Copy-paste of old designs | Customized based on actual water analysis |
| Primary Filtration | Single Sand Filter | Multi-stage filtration & Ultrafiltration (UF) |
| Energy Consumption | High (Standard Pumps) | Low (Application of VSD & ERD) |
| Waste Output | Standard disposal effluent | Clear effluent (Water Reuse Ready) |
Integrated System Process Flow
Generally, our process flow follows these stages:
Raw Water Intake → Pre-treatment (Filtration) → Main Unit (RO/Demin) → Polishing (EDI/Mixed Bed) → Distribution.
Every stage is equipped with online sensors (pH, Flow, Conductivity) connected to a central panel for real-time monitoring.
Choosing an industrial water treatment system is a strategic decision with long-term impact. A well-designed installation will suppress operational costs and guarantee the smoothness of your production.
PT Mizui Osmosa Teknovasi is ready to be your technical partner in designing, building, and maintaining reliable water utility systems.
