Softeners GAMMA 3 are made with the utmost attention to the overall dimensions: in particular, the models for home use (up to 30 liters of resin) are manufactured in facilities block, cabin cruisers, compact and easy-to-housing
The use of high quality materials and care in the dimensions and in assemblies, RANGE 3 softeners to ensure a high level of reliability.
The resins are regenerated under volumetric control allows a good save water and salt; also good value/purchase price of the equipment is really affordable systems GAMMA 3.
Designed and constructed specifically for the treatment of boiler water, these softeners are able to supply softened water continuously, without stopping programmed for the regeneration of the resins.
These devices use tanks for salt in PE with screw cap and can be mounted on stainless steel frame, so that they are also easily used for field applications.
The ECONOMY series is characterized by simple models of small and medium size, consisting of a mixed bed of ion exchange resins, with cylinders PE liner and reinforcement VTR.
They are suitable for small daily production of demineralized water for technical uses, directly from mains water, or for maintaining quality of recirculating systems; in this case also in conjunction with active carbon for the removal of traces of surfactants, as well as chlorine, odor and coloring substances.
The produced water quality is indicated by a conductivity meter in line with digital display and audible alarm on reaching the set point-set.
The standard models of ECONOMY series provide resin beds by 4, 8, 15, 25, 50 liters, but can also be sized according to the needs of the customer.
The DEMI FAST series are designed to produce high purity grade demineralized water, for all those technical applications where use is moderate daily amounts (from 1 to 200 liters / day) and is desired to have the right escort and with costs of very low production.
The LABORATORY LINE is produced to meet all the needs of demineralized water with various degrees of purity, required by testing laboratories of any size.
All models are equipped with numerous amenities designed to adapt perfectly to any special needs and guarantee high reliability with content management costs
DMNE is a series of automatic demineralizers made with ion exchange resins regenerated.
The materials used for the construction of these devices are all highly selected according to very strict standards of quality and reliability; therefore the result is of installations of high technology and easy to use.
They are manufactured in two versions:
- Two columns regenerable (strong cationic, strong anionic)
- Three columns, two of which are renewable (strong cationic, anionic strong) and a mixed bed disposable.
DMNE is a series of automatic demineralizers made with ion exchange resins. The materials used for the construction of these machines are all highly selected according to very strict standards of quality and reliability; therefore the result is of installations of high technology and easy to use.
DMNE is a series of automatic demineralizers made with ion exchange resins. The materials used for the construction of these machines are all highly selected according to very strict standards of quality and reliability; therefore the result is of installations of high technology and easy to use.
The deferrizers series DFTE, DFTE-p and QFTE are fully automatic systems whose filter bed is defined as a function of the overall characteristics of the water to be treated; usable materials as filter beds are the following:
Pirolusite. Is the common name for the mineral manganese dioxide. IS a mineral extraction with weight content of 40 to 85% of manganese dioxide. With the treatment of pyrolusite you can achieve a degree of iron removal in excess of 20 mg/l.
The pyrolusite is an oxidizing material with high specific gravity of about 4.0.
It can be used in two ways:- Along with the sand and anthracite, in varying percentages (Series QFTE), to combine the filtering power of the sand with the oxidizing properties of pyrolusite;- Using the 100% of pyrolusite (series DFTE) in an adequate filter for oxidation and filtration.No need for chemical regeneration.
No need for chemical regeneration. Requires backwashing better if with insufflation of air, for a correct operation of the filter.
Birm (Burgess Iron Removal Method). Birm is produced through the activation of manganese salts to saturation on a sand of aluminum silicates . Following the manganese ions are oxidized in the solid form with potassium permanganate . To ensure the functionality of the oxidant birm is necessary the presence of dissolved oxygen (DO ) in the water to be treated and the alkalinity should be greater than twice the combined concentration of sulphates and chlorides. It may be necessary also be bubbled air to have a dissolved oxygen content that exceeds at least 15% of the iron content, especially if the water to be treated has a concentration of Fe > 3.0 mg / l .
Is the dissolved oxygen oxidizes the iron , while the Birm acts as a catalyst that enhances the reaction between oxygen, dissolved iron and manganese .4-5 mg/l."Birm can not be used for water containing H2S or organic matter concentration > 4-5 mg / l. Chlorination reduces the efficiency of Birm and lowers considerably its catalytic properties .
For Birm is not necessary No chemical or regeneration.
The absolute non-toxicity and the particular characteristics of these iron removal, make it one of the most common treatment techniques in Europe and the United States. Moreover, thanks to the remarkable versatility of the pilot valves, it is possible to intervene on both the timing and flow of backwashing so as to adapt each plant to the specific water to be treated and the needs of the user.
The Line of DEMINERALIZERS GAMMA 3 ha been specifically designed to meet every need of demineralized water at both the analytical laboratory level both for industrial production cycles. The range of products available is the result of careful research of market requirements, in particular as regards the technical-analytical uses in analysis laboratories. The use of an adequate standard of quality for each type of analysis is believed to be fundamental to the reliability of the final results, it is that water is used as a component of a reagent, both as eluent, both as a benchmark. It is therefore extremely important that each laboratory instrument is flanked an apparatus capable of providing water to a suitable degree of purity. It is increasingly common for the same manufacturers of analytical instruments clearly indicate a certain quality standards for the water to be used in combination with its product.