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- info@mizuiosmosa.co.id
- Jl. SMP 135 No. 37, Pondok Bambu, Duren Sawit, Jakarta Timur 13430
In the manufacturing, pharmaceutical, and food and beverage industries, high-purity water is not just a utility, but a crucial production asset. If you are budgeting for a new factory or facility, knowing the accurate 10000 GPD industrial reverse osmosis system price and its technical specifications is a crucial step to avoid swelling operational expenses (OPEX) in the future.
Many procurement managers get trapped by cheap initial investment figures (CAPEX), but ignore the technical specification details. As an engineer who has been involved for more than a decade in water treatment technology, I often encounter systems that fail to operate optimally in just 6 months due to the selection of components that do not match the raw water characteristics.
This article was specially compiled by the technical team of PT Mizui Osmosa Teknovisa to provide a comprehensive, transparent, and technical guide for those of you who need a medium-capacity RO system (Medium Industrial Scale).
Before entering the realm of pricing, we must align our perception regarding capacity. In water treatment terminology, GPD stands for Gallons Per Day.
For a capacity of 10,000 GPD, the metric conversion is as follows:
Daily: ± 37,854 Liters per day (assuming 24-hour operation).
Per Hour: ± 1,577 Liters per hour or 1.58 m³/hour.
This capacity is the “sweet spot” or the most ideal size for medium-scale industries, such as:
Bottled Drinking Water (AMDK) Factories: Medium-scale cup or bottle production lines.
Boiler Feed Water: Boiler feed water to prevent scale in steam pipes.
Hospitals: Clean water needs for hemodialysis (with additional post-treatment) or sterilization.
Pharmaceutical & Cosmetic Industries: As process water (Purified Water).
If your factory’s water needs are in the range of 1.5 to 2 m³ per hour, then the 10,000 GPD unit is the most efficient choice.
The price of a system highly depends on the “innards” or components used. At PT Mizui Osmosa Teknovisa, we do not just assemble, but engineer systems to be durable. Here is a breakdown of the technical specifications.
1. Main RO System Components
A reliable 10,000 GPD RO system consists of four main blocks:
Pre-Treatment: Prevents early fouling (clogging) of the membrane.
High Pressure Pump: The heart of the system to overcome osmotic pressure.
Membrane Assembly: The main contaminant separation unit.
Control & Instrumentation: The brain that regulates automation.
2. Membrane and Housing Specifications
To achieve a capacity of 10,000 GPD, the most common and stable configuration used is:
Membrane Type: Brackish Water (BW) 4040.
Number of Membranes: 4 to 6 units (depending on the desired Recovery Rate).
Housing: Stainless Steel 304 or FRP (Fiber Reinforced Plastic) size 4040.
Engineer’s Note: Why not use a large 8040 type membrane? For a capacity of 1.5 m³/hour, using a 4040 membrane (4-inch diameter) provides better design flexibility (2:2:1 or 3:2 array) to maintain cross-flow velocity, so the membrane does not clog quickly compared to forcing the use of 1 unit of 8040 membrane.
3. High Pressure Pump (The Heart of the System)
This is the component that consumes the largest electrical power in the 10000 GPD RO machine.
Type: Vertical Multistage Centrifugal Pump.
Material: Mandatory Stainless Steel 304/316 (Wetted parts).
Reference Brands: Grundfos, CNP, or equivalent.
Operating Pressure: 10 – 15 Bar (depending on raw water TDS).
Clients often ask, “Why are there vendors offering a price of 50 million, while others offer 150 million for the same capacity?”. The answer lies in the following details:
1. Piping Material: PVC vs Stainless Steel
Low Cost: Using standard PVC pipes for high-pressure lines. This is very dangerous and risks bursting/leaking in the long run.
PT Mizui Osmosa Teknovisa Standard: We use Stainless Steel 304 schedule 10 or 40 pipes for High-Pressure lines, and PVC Class AW/Rucika for Low-Pressure/Permeate lines. Durability is our priority.
2. Level of Automation (PLC vs Relay)
The installation cost of a 10 thousand GPD RO machine is also influenced by the control panel.
Conventional Relay System: Cheaper, but minimal protection features.
PLC (Programmable Logic Controller) System: Enables more precise Auto-Flush, Real-time TDS Monitoring, and pump protection (Dry Run Protection) features.
3. Digital vs Analog Instrumentation
The use of a digital Flowmeter (digital Rotameter) and online Conductivity meter will certainly add to the cost compared to manual needle indicators, but provides vital accuracy data for predictive maintenance.
Based on market data per 2025-2026, here is the estimated industrial drinking water depot package price or 10,000 GPD Industrial RO system:
| System Grade | Price Range (Estimate) | Key Specifications | Intended Use |
| Basic / Economy | IDR 65,000,000 – IDR 85,000,000 | High Pressure PVC Pipe, Manual Flush, China/Taiwan Brand Pump, Painted Iron Frame. | Refill Water Depots, MSMEs, Low TDS Raw Water (<500 ppm). |
| Industrial Standard | IDR 95,000,000 – IDR 135,000,000 | High Pressure SS304 Pipe, Auto-Flush, CNP/Grundfos Pump, SS304 Frame, TDS Monitor. | Food Factories, Pharmaceuticals, Textiles, Boiler Needs. |
| Premium / Pharma | > IDR 180,000,000 | Full SS316L (Sanitary Grade), Siemens/Omron PLC, Touch Screen HMI, CEDI Integration. | Pharmaceutical Industry (WFI), Laboratories, Semiconductors. |
Disclaimer: The prices above are estimates for the RO unit only, not including shipping, civil installation, and storage tank costs. To ensure the quality of the processed water complies with regulations, you can refer to the drinking water quality standards set by the National Standardization Agency (SNI) or water quality guidelines from the WHO Guidelines for Drinking-water Quality.
Buying a machine is one thing, operating it is another. Here is the operational cost analysis.
1. Electrical Power Consumption of 10000 GPD RO Machine
Generally, a 10,000 GPD RO uses a main pump with a power of about 2.2 kW to 3 kW (3 Phase). Combined with the feed pump and dosing pump, the total power consumption ranges from 4 kW – 5 kW.
Estimate: If operating 10 hours/day, the industrial electricity cost (assuming IDR 1,500/kWh) is around IDR 75,000 per day. Much cheaper compared to buying tank water.
2. Comparison of 10000 vs 20000 GPD RO
If your needs are close to 2 m³/hour, should you go straight to 20,000 GPD?
Engineer’s Advice: If the factory’s growth projection is high in the next 2 years, jumping to a 20,000 GPD RO (4 m³/hour) can be more economical in the long run because you only invest in one larger control system and pump, rather than buying two separate 10,000 GPD machines.
Why do hundreds of industries entrust their Water Treatment Plant (WTP) needs to us?
Custom Engineering: We do not sell “canned” products. We analyze your raw water lab test results first, then design a specific system (Customized Design).
Component Transparency: We provide complete Data Sheets. What is written in the quotation is what is installed in the field.
After-Sales Service & Troubleshooting: We provide periodic service contracts and Chemical Cleaning (CIP) to ensure your membrane lasts up to 3-5 years.
Performance Warranty: We provide a warranty not only on spare parts but on the quality of the water produced (Output Conductivity/TDS).
Investing in a water treatment system is a strategic decision. Mistakes in determining the 10,000 GPD RO specifications early on can be fatal to your production process. Do not let price speculation disrupt your budget planning.
Contact the PT Mizui Osmosa Teknovisa Engineering Team Today: We are ready to conduct site surveys and free water sampling (for certain areas) to provide technical proposals and precise price quotations.
WhatsApp / Phone: +62 813 1417 0122
Email: info@mizuiosmosa.com
Address: Jl. SMP 135 No. 37, Pondok Bambu, Duren Sawit, East Jakarta 13430
PT Mizui Osmosa Teknovisa – Your Trusted Industrial Water Engineering Partner.
