Growmax Industrial Osmosis Water GMP-S 12 to 108 m³/day – Custom Reverse Osmosis Plants

Growmax Water GMP-S Industrial Osmosis: 12 to 108 m³/day

The GMP-S series is Growmax Water's high-end industrial reverse osmosis range: large-capacity plants producing 12 to 108 m³/day of water, or 12,000 to 108,000 liters per day. They are designed for agricultural, industrial, and process facilities where treated water is a critical raw material and the supply cannot fail.

Compared to the High Pro series, the GMP-S scales up: more membranes, more pumping capacity, and greater flexibility for demanding configurations. When daily consumption approaches the High Pro's upper limit, this is the range to choose.

What a GMP-S project includes

• Pre-filtration: solids filtration, carbon beds, and dechlorination to protect the membranes.
• Ultrafiltration when raw water turbidity or organic matter requires it.
• Industrial reverse osmosis: skid with multiple high-rejection membranes, high-pressure pump, instrumentation, and control panel.
• Disinfection of the produced water and storage.
• Complete turnkey plants with tanks, pressure groups, and distribution lines.

Available capacities

Five sizes: 12, 24, 48, 72, and 108 m³/day. The gaps between models are deliberately large because, in this range, the design is determined not only by the equipment's nominal capacity but also by operating hours and storage volume.

Data required for quoting

To prepare a quote, we need a complete analysis of the feed water (conductivity or TDS, hardness, iron, manganese, silica, free chlorine, and SDI, if available), the required daily volume and peak flow rate, the pressure and flow rate of the water supply, the water temperature, the available electrical supply, and the facility's characteristics, including the drainage for the reject water. This allows us to determine the configuration, target recovery rate, and scope of supply.

Reject water management and consumption

Osmosis always produces reject water. For reference, domestic and commercial systems operate at an approximate 2:1 ratio for water with 500 ppm TDS at 25°C. In a plant of this scale, recovery is optimized during the design phase, but the absolute reject water flow rate is important: the drainage must be sized accordingly, and, where feasible, the reject water should be evaluated for reuse in applications that can tolerate higher salinity.

Before making the jump

It is worth remembering: carbon filters such as the Pro Grow 2000 L/h, Super Grow 800 L/h, Garden Grow 480 L/h, or Eco Grow 240 L/h remove chlorine and sediment but do not lower the EC. Only reverse osmosis reduces salinity. If your only problem is chlorine, an industrial plant is an unnecessary extra cost.

Lower-tier options

Below this range is the High Pro Industrial Osmosis range of 10 to 75 m³/day, and below that is the commercial range, whose immediately lower tier is the Grow Max 3000 L/day, followed by the Mega Grow 1000, the Max Pump 700, the Power Grow 500, the Maxquarium 000 PPM, and the Grow MiniMax 75.

Related products

• High Pro Industrial Osmosis 10 to 75 m³/day.
• 10" and 20" deionization kits.
• 1/4", 3/8", and 1/2" osmosis tubing.
• Growmax Water spare parts and filters and osmosis pressure pump.

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. Consult us before purchasing: each GMP-S plant is a project that is quoted and sized to order.
2. Prepare a complete analysis of the raw water: conductivity or TDS, hardness, iron, manganese, silica, and free chlorine.
3. Specify the daily volume and peak flow rate you need, as well as the planned operating hours.
4. Check the site conditions: space, electrical supply, water inlet, and drainage for reject water.
5. With that information, we define the configuration, target recovery, and supply capacity in the proposal.
6. During operation, keep records of pressures, permeate conductivity, and membrane cleanings to maintain performance.