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Water and waste water treatment systems |
| Year established : |
1977 |
Business : |
Manufacturer |
 Bono Energia awarded by Petrofac International for the supply of two water tube boilers in Turkmenistan.
Bono Energia awarded by Petrofac International for the supply of two water tube boilers in Turkmenistan.
Bono Energia has been awarded by Petrofac International for the supply of two water tube boilers for Turkmengas in Turkmenistan
Bono Energia has been awarded by Petrofac International for the supply of two water tube boilers for Turkmengas in Turkmenistan. In the existing gas sweating plant the two boilers will supply steam for process use. The water tube boilers will produce each 70.000 kg/h steam at a pressure of 49 barg and a temperature of 272°C firing natural gas and light oil.
Founded in 1977 and part of the CANNON Group since 1988, ARTES Ingegneria S.p.A. (BONO ARTES) is one of the leading Comapnies in charge of water and waste water treatment systems.
CANNON BONO ARTES designs and manufactures industrial and civil water treatment systems on a turn-key basis.
Our range of products are:
- Desalination & Drinking Water Production Plants;
- Industrial Process Water Treatment Plants;
- Water Treatment Plants for Steam & Power Production;
- Industrial Waste Water Treatment Plants;
- Civil Waste Water Treatment Plants;
- Water Recovery Plants.
ARTES Ingegneria S.p.A. (BONO ARTES) is based in Italy with offices in Salerno, Milan and a workshop in Oliveto Citra near Salerno.
Water tube steam boilers mod
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| Industrial Process Water Treatment It is widely common to make reference to process water treatment when water is considered as a raw material in an industrial process.
When water is a raw material, it has to strictly meet the requirements due to the concerned process in terms of purity, salinity, microbiological presence, pathogens, solids, turbidity, undesirable salts. ARTES Ingegneria (BONO Artes) is able to demonstrate particular experience in supplying process water treatment for the following industrial markets:
Beverages, Soft drinks
Food
Pharmaceutical
Textile
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| Ion-Exchange Demineralisation Plants Demineralisation is concerned with the removal of all mineral matter from the Boiler Feed Water (BFW) in order to maintain high heat-transfer efficiency in the boiler by preventing deposition of precipitated scale and preventing corrosion or deterioration of surfaces in contact with water. Moreover when production of steam is related to power generation through a steam turbine, a higher water quality is mandatory to meet requirements of the turbine manufacturer.
Demineralisation can be accomplished through the following processes that could be placed in sequence to guarantee the highest water quality:
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| Sea Water Desalination The access to water sources is an important issue where there is poor availability of well and surface water. This is particularly true in desert areas or wherever the possibility of desalinating sea water could be an advantage because of the difficulties of drilling deep wells or due to the extremely poor quality of the surface water.
The technologies employed by BONO Artes in the desalination of sea water are based on membrane processes.
In particular the â heartâB of the process scheme is a Reverse Osmosis unit where saline water is pumped in cross flow on the elements with enough pressure to overcome the high osmotic pressure and enable a satisfactory recovery factor.
Energy saving solutions are implemented with high-rejection energy saving permeators and with the use of â energy recoveryâ device enabling the energy of the high pressure concentrate to be transferred to the incoming feed water thus reducing the required power per unit of desalinated water.
Key issues in the treatment of sea water are the filtration and debacterisation of the incoming water.
Filtration could be performed again with membrane technologies (ultrafiltration, microfiltration) or with pressure-type media filters.
The choice of the type of filtration is deeply influenced by the type of sea water intake since large solid particles should be prevented from entering the desalination plant from the rough filtration unit in the intake.
Since sea water is a â living environmentâ with presence of micro-organisms and algae, debacterisation is critical to avoid any growth of bacteria on the Reverse Osmosis elements.
Another important factor in the design of a sea water desalination plant is the correct choice of the construction materials because of the corrosiveness due to the high content of Chlorides.
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| Softening Hardness is often an issue in several industrial processes because of the risk of precipitates and inorganic fouling associated with it.
Removal of hardness-associated ions calcium and magnesium is in particular extremely important in the following industrial applications:
Textile industry
Beverages and soft drinks
Food preparation
In the softening process, hardness-producing elements of calcium and magnesium are removed and replaced with sodium by a Strong Acid cation resin.
If water containing calcium or magnesium is passed through an ion-exchanger, these metals are taken-up by the resin which simultaneously gives out sodium in exchange.
After the overall capacity of the bed to retain hardness has been exhausted, the unit is removed from service and backwashed with a solution of sodium chloride. This removes the calcium and magnesium in the form of their soluble chlorides and at the same time restores the resin in the form of original sodium conditions.
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| Water Recovery Recovery of waste water and re-use in industrial and civil applications is a target and a necessity while facing an exponential increase of population and reduction of the fresh water resources.
This issue is directly affecting the industrial world too. The limited availability of fresh water jointly with the need to implement desalination to get it, makes the water cost rise firmly. |
| Well Water Pre-treatment Well water is by far the most commonly used source of water for most civil and industrial applications where there is large availability of water in aquifers at low depth from the ground level.
Well water is roughly defined by the following characteristics:
The salinity is strictly dependant upon the chemical composition of the soil with which water is in contact. The Dissolved Solids content could be in the range 50 - 5,000 ppm
Since there is no contact with air, well water is normally characterised by a low presence of micro-organisms, bacteria, algae, fungi.
Turbidity and suspended solids are normally in the lowest range but concentration could rise if water is extracted just after the drilling of the well or in case the aquifer lowers due to excessive water suction.
The presence of oils and organics in the well water is normally not likely to occur unless there is a possible source of contamination. | |
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