GMAutoflow specialise in softening equipment for commercial and industrial use, supplying equipment from a wide range of manufacturers tailored to meet your needs. We currently supply to a wide range of industries, including;
Agricultural
Commercial/Industrial water softeners are used to remove the hardness from the water. The hardness of water is determined by the amount of Calcium and Magnesium dissolved in water. The more Calcium and magnesium the water contains the harder it is. The total water hardness is divided into temporary hardness and permanent hardness.
Particularly the temporary hardness causes problems and leads to scale formation, mainly as a result of water temperature changes. The lime scale that is released in the form of small crystals causing many problems and great expense in maintenance.
GM/Autoflow can supply numerous types of industrial water softeners in either "Simplex", "Duplex","Triplex" or even "Quad" systems.We design and build our systems using the tried and tested manufacturers, either "Fleck" or "GE Osmonics", although we can supply others if the system requires something different.
Simplex, Term used for a single vessel system, we supply industrial softeners that regnerate on either a time controlled basis or meter controlled for where the usage will tend to vary from day to day. Typical application are where the usage per day has been calculated and will not vary hugely, whilst not being required 24 hours per day.
Duplex. Term used to describe a twin vessel system as with the simplex system when the programmed volume has been reached the service unit that is exhausted goes immediately into regen and the unit that was in stand by automatically goes into service thus ensuring 24/7 soft water production. Typical applications are Hotels, Restaurants, Car Washes and where the anticapated usage is not accurate or may well increase during seasonal operations.
Triplex. Term used to describe a three vessel system this will enable you to achieve high service flowrates should high peak flow rates be required. The system sensors monitors flow rates and makes two of the three units come into service should the demand require it as with a Duplex system when the programmed capacity has been reached the exhausted unit goes into regeneration, the other two continue on in service, each unit has its own individual controls so they can be programmed to run in a number of formats to suit the clients requirements. Typical applications are large hotels, leisure parks and bottling plants.
Quad. This is fundemtally the same as a Triplex system, only using 4 vessels configured to suit the customers flow rate requirements. Generally only used where very high flow rates are required on a constant basis.
