Growmax Water Industrial Osmosis High Pro 10 to 75 m³/day – Custom Reverse Osmosis Plants

Growmax Water High Pro Industrial Osmosis: 10 to 75 m³/day

The Growmax Water High Pro range consists of industrial reverse osmosis plants for facilities that have far outgrown the scale of a commercial unit. They produce 10 to 75 m³/day of water, or 10,000 to 75,000 liters per day, and include a frame, high-pressure pump, membrane housings, and control panel.

This is the point at which osmosis ceases to be an add-on and becomes a water treatment installation: the raw water, prefiltration, reject water, storage, and downstream distribution must all be carefully considered. That is why we work on a project basis.

What a High Pro project includes

• Prefiltration: solids removal, carbon filtration, and dechlorination to protect the membranes.
• Ultrafiltration when required by the raw water.
• Industrial reverse osmosis: frame with high-rejection membranes, high-pressure pump, and instrumentation.
• Disinfection of the produced or stored water.
• Complete turnkey plants, including storage tanks and pressure systems.

Available capacities

The range is available in ten sizes: 10, 15, 20, 25, 30, 40, 45, 50, 60, and 75 m³/day. The choice depends not only on peak consumption but also on the planned operating hours, available storage volume, and incoming water quality. The same consumption can be met by a smaller unit operating longer hours to fill a tank, or by a larger unit operating on demand.

How it is sized

To provide a quote, we require at least an analysis of the incoming water (TDS or conductivity, hardness, iron, chlorine, silica), the flow rate and daily volume you need, the pressure and flow rate available at the connection, the average water temperature, and the site conditions (space, electrical supply, and drainage for reject water). Using this data, we determine the number of membranes, pumping requirements, prefiltration, and recovery.

Reject water is not a minor detail

All osmosis systems produce reject water. Standard household and commercial units operate at an approximate 2:1 ratio for water with 500 ppm TDS at 25°C. In an industrial plant, the recovery percentage is adjusted during the design phase, but the reject water volume remains high in absolute terms: drainage must be planned, and it is worth investigating whether that water can be reused.

Do you really need osmosis?

Before making the switch, it is important to be clear: carbon filters such as the Pro Grow 2000 L/h or the Super Grow 800 L/h remove chlorine, chloramines, and sediment but do not lower the EC. Only reverse osmosis reduces the EC. If your problem is chlorine rather than hardness, an osmosis plant is an unnecessary expense.

The previous step: the commercial range

If your consumption is below 10 m³/day, the commercial range is probably right for you. The step immediately below this series is the Grow Max 3000 L/day, and below that are the Mega Grow 1000, the Max Pump 700, the Power Grow 500, and the Grow MiniMax 75.

Related products

• Industrial Osmosis GMP-S 12 to 108 m³/day — the other industrial range, for even higher flow rates.
• Grow Max 3000 L/day — the next commercial step down.
• 10" and 20" deionization kit — the final stage for achieving 000 ppm.
• Growmax Water spare parts and filters and osmosis tubing.

At GrowIndustry we only work with proven quality products and trusted brands.

Every item goes through a check before shipping to make sure it arrives in perfect condition and ready to use.

Your satisfaction is our priority.

1. First and foremost, consult us: these plants are quoted and sized to order; they are not supplied as off-the-shelf catalog items.
2. Gather a complete analysis of the feed water: conductivity or TDS, hardness, iron, silica, and free chlorine.
3. Determine your actual consumption: daily volume, peak flow rate, and expected operating hours.
4. Check your connection: available pressure and flow rate, electrical supply, and drainage for the reject water.
5. With this data, we determine the configuration: number of membranes, pumping, pre-filtration, and target recovery.
6. Once operational, follow the maintenance plan: monitor pressures, clean the membranes, and record the permeate conductivity.