This is a quick overview of a Budget 2000 GPD RO plant with a Single 4040 Reverse Osmosis Membrane.
Applications:
Drinking water
Food & Beverage
Electroplating
Boiler Feed Water
Domestic use
Petrochemical industry
Process Water
Wastewater reuse
Agriculture
Pretreatment of EDI or Mixed Bed
Benefits
Fully Equipped & Customizable
Individually Tested and preserved
Expandable & Skid Mounted
Low Operation & Maintenance Costs
Components Easily Accessible
Easy Maintenance & Servicing
Pre-Plumbed Wired & Assembled
RO Plant flow ratings
The production rating of all the RO plants is based on an ideal quality source water, so in situations, with low to poor quality source water the actual flow rate produced by an RO plant can be as low as 30 to 70 % of the rated maximum capacity. So, in other words, a 100 Litre Per Hour plant typically will produce between 30 to 80 litres per hour in real-world applications.
Please also note that during flushing procedures the RO plant will require 3 times the rated output of the RO from the source. (For example, a 100 litre per RO plant will require a minimum flow rate of 300 Litres per hour from the source).
Keep in mind that none of the RO plants are designed to be or should be run 24 hours a day, as this will lead to damage of both the components and membranes.
The RO plants require a minimum of 2 - 3 bar pressure from the source water, if you are using gravity feed then you should consider putting a pressure pump In to feed the RO system.
Waste Water
As the RO process filters water to such a fine level, the membranes need to flush themselves as they run to remove the contaminants and minerals caught on them. This flushing results in wastewater, which will go straight down the drain.
On the smaller size industrial RO plants, the wastewater to product water ratio is typically between 1:1 and 2:1. So for every 1 Litre produced by the reverse Osmosis plant between 1 to 2 litres will be used to flush the membranes and goes down the drain.
With the large-scale RO plants, the wastewater to product water is typically between 1:2 and 1:1. So for every 1 litre of product water produced by the plant between .5 to 1 litre of water is used to flush the membranes and goes down the drain.
Please keep in mind that the exact wastewater-to-product water ratio will depend on several factors such as the quality of the source water and what quality of product water you are trying to produce. Normally the lower the TDS you are trying to produce from the RO plant, the high the wastewater ratio will be.
The RO Plant requires a minimum of 2 bar incoming water pressure.
Product water quality
Typically with most municipal supplies, the Industrial RO plants should produce product water with a TDS of less 10. However, please note that this will depend on the quality and TDS of the source water. Higher source water TDS will lead to a much higher TDS level in the final product water.
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