Water filtering - Import export

The standard model is made with wetted parts manufactured in AISI 304, the support legs in treated and painted carbon steel, filter element of quartz sand of suitable grain size. Special executions and alternative materials are available on request. Typical applications: tertiary treatment of civil and industrial waste water, surface water clarification, treatment of drinking water, primary filtration of civil and industrial waste water, clarification of metallurgical industry cooling water, algae removal, pre-treatment for ultra-filtration membrane installations, pre-treatment for ozonisation plants, finishing treatment with active carbon. - Low first costs and plant management costs - High efficiency and reliability for the removal of suspended solids, even colloidal - Exclusive backwash system which uses raw water rather then filtered water - External sand recirculation system - Ease of installation Possibility of gravity feed, thanks to its low pressure drops

Automatic rinsers respectively with 4 and 6 positions operate using a water injection system with continuous flow. An optional recirculation kit with an integrated filtration system allows the use of a sterilizing or rinsing solution. An 'air blowing' version is also available. These machines allow the internal rinsing of new containers before filling, without wetting the exterior, using water previously filtered through a 0.35µm filtration cartridge. They do not require equipment for additional formats: format change is achieved through a few simple adjustments. The machines are entirely constructed in AISI 304 Stainless Steel and with plastic materials compliant with relevant directives. Machines provided in this manner are ready for integration into bottling or food packaging lines. Production: 800 bottles/hour for 4 positions - 1500 bottles/hour for 6 positions.

The water to be filtered enters via the inlet connector tangentially to the cylindrical body, it falls on the acceleration cone and increases more and more speed - The centrifugal force that is created by separating 'water the suspended solids with higher specific weight . A separation occurred the filtered water is conveyed into the outlet manifolds, while the impurities descend into the collecting tank where, special deflectors shall reset the speed preventing the ascent. The contaminant is removed drenandolo continuously or in time through the discharge valve. Uses: • For the protection of installations in which circulates industrial or domestic water. • For the protection of closed or open circuits of hot and cold water, cooling systems (in particular of the spray nozzles and the evaporating bodies). • For protection of the gland, the labyrinth seals and clutch rings Carbon mechanical seals for pumps and turbines.

ALS® – Acidless Separation® by IKOI is a revolution in the metal refining industry. It achieves silver and gold separation without any chemicals. This Green Technology has obvious benefits for the environment and the communities, as well as a positive effect on the economics of the industry. ADVANTAGES OF ALS®: No use of chemicals. ALS® is a real Green technology No Precious Metals losses Fast process Safety and security No need of Precious Metals lock-up Easy metal control and accountability at every step of the process Easy to use Flexible (it can process a wide range of alloys) Low OPEX Low Maintenance No need of additional equipment (scrubbers, filters, waste water treatment plants etc.)

Hospitals, institutions, canteens, the food preparation industry and fast-food restaurants have large cooking facilities, in some cases capable of preparing thousands of meals a day, the amount of emissions into the atmosphere is just as great, imposing, in some cases, the need for effective treatment. The SKF system. SKF is a filtering complex specifically designed for use on effluent from large kitchens. It is a system that incorporates several active filtration stages on different fractions of pollutants. The SKF system can automatically provide its cleaning (water unit), keeping the filters at a constant level of efficiency. The genesis of this machine is the result of compaction and adaptation for the specific industrial use typical of complex odour effluent treatment. An ideal treatment system involves the combination of high-efficiency filters on the corpuscular and non-corpuscular fractions of the effluent.

Electrophoresis and Powder Painting is performed by a fully automated new generation painting system Pre-treatment Preparation of the surface to be painted is the key to successful painting, ensuring adhesion of the layer of paint and resistance to corrosion. Parts are pre-treated non-stop in a tunnel divided into eight stages, using environmentally friendly chemicals; the plant has already been prepared for use of the new nanotechnologies. Pre-treatments: Pre-degreasing Degreasing Rinsing Rinsing Activation Phosphatizing Rinsing Demi-rinsing Electrophoresis Electrophoresis painting is a painting surface treament which gives parts made of iron, steel and other alloys (electrical conductors) improved ability to resist corrosion. It is characterized by uniform depositing of epoxy resin on the surface of the part, ensuring long-lasting good protection against aggression from chemical agents and other factors; it also ensures improved adhesion of top coats of paint. Electrophoresis painting offers several important benefits: Uniform thickness and total covering of all parts, including sharp corners. Ability to control the thickness of the paint by adjusting application voltage and time and paint temperature. Thicknesses of 15 to 40 µ may be obtained, depending on the type of paint (the newest paints can even reach thicknesses of 60 ÷ 70 µ). Excellent resistance in saline mist tests, more than 500 hours, thanks to crystalline phosphatization pre-treatment. Good appearance and therefore top quality finish: the coating of paint is distributed perfectly over the surface. Following electroplating, treated elements are rinsed with ultra-filtered water at the rising unit in the circuit, permitting near-total collection of the paint that adheres to the elements but has not been electroplated. Electrostatic Powder Painting Powder painting is a surface finishing treatment for parts made of metal (aluminum, steel etc.) and alloys characterized by electrostatic application of powder paint which is then polymerized in a kiln. Powder painting prevents corrosion and makes the objects treated resistant to chemical and atmospheric agents. It also permits creation of a vast range of different surface colors and effects: orange-peel, embossed, hammered, etc. The powder painting procedure is ecologically sound because it significantly reduces risk to workers and the environment. Powder painting, electrophoresis or sanding: our mission is achieving excellence in our work through advanced technologies and careful choice of materials. This great care and commitment allows us to pass on the savings resulting from quality and durability to our customers.