1. Do not speed and pressure considerations
Pumps are power hungry components, demands much more of their living costs in the form of energy than anything else, so minimizing pump speed is always a big advantage for efficiency. Supply pressure can be significantly reduced by up to 50% use of the latest reverse osmosis membrane elements, with lower pollution potential and reduced weight loss, while flow rates increased many times. Further gains can be made if the pumps are connected to inverters that the speed of each unit able to be tailored exactly to the output requirements of the best reverse osmosis system. This also means that the life span of many applications can be extended considerably.
2. Determine, which is best for you, – a stand-alone or centralized system
An autonomous device may Reverse Osmosis large amounts of water to produce, but only at a level of purity that meets Grade 3 standards. It is, however, possible to achieve higher purity with a self-contained unit by using a combination of reverse osmosis and ionization. As most laboratory purification systems should comply with BS EN ISO 3696 and provide water to where it is needed, one or more self-contained units can be placed at desired locations. Space as a valuable raw material in most laboratories, the selected water treatment solution should be as inconspicuous as possible while still delivering the required amount and the quality of the water. In these situations can feed a centralized system of an induction loop system more suitable. In centralized systems, it may be possible to improve the efficiency and pumps are connected to frequency converters, whereby the speed of each pump which fit the required yield of the process and waste water treatment.
3. Consider cross contamination issues
Modern reverse osmosis systems play a major role in Clean in Place (CIP) practices, to eliminate the complete removal of all traces of contaminants, the possibility of cross-contamination between the different product lines.
4. Think of the waste
The cost of the disposal of sewage rising steadily, making it increasingly important for companies to consider ways of minimizing waste and improving the opportunities for recycling. A large volume of your waste water can be purified by conventional methods of filtration – including dissolved air flotation, bioreactors and Reverse Osmosis – a waste water stream which is typically of a higher purity than that of tap water supplies and which can normally be produced produce at a lower cost per cubic meters. This water can then be used for the washing down or similar tasks. However, note that the components of food waste are often difficult to predict. This is due to the difference in biochemical oxygen demand (BOD) and pH in effluents of fruit, vegetables and meat products, and the seasonal nature of many food production and collection processes. For example, washing of vegetables generates with a high solids loading, dissolved organic, and optionally surface-active substances, all of which have an influence on the choice of the filter system and can prevent re-use in some cases.
5. Choose an easily maintained system and prepare for surge
A typical reverse osmosis system would be activated carbon adsorption and protect softening and maximize help reduce the life of the device to maintenance. Even so, all water treatment systems require routine cleaning and maintenance to ensure consistent performance and reliability. The key is to have a unit that is quick and easy to maintain and replace wear parts choose. The cost of consumables account must be taken of systems containing significant amounts of resins, chemicals, and cleaning solutions can be quickly profitable. It should also be noted that although a reverse osmosis system in a position to the total amount of water to be delivered in the time, it may not be able to meet sudden demand must, therefore, be considered sufficient purified water storage facilities.
6. An additional tip – talk to a good supplier
To help you make the right decisions regarding the specification and maintenance factors from the outset, choose a provider who is willing to assist you with you in the field and to identify the best solution for your needs. A clear system, coupled with ongoing technical support from an experienced provider will ensure that you receive an efficient, economical and reliable supply of purified water. The water purification system that demonstrably gives determine the most options for users is reverse osmosis, but finding the right answers to the questions above will help you enjoy the ultimate level of efficiency of the use of this technology.