|Company Name||Contact Info||Location|
KET-MAK MAKİNE VE TESİS İMALAT SAN.TİC.A.Ş.
İSTANBUL MERMERCİLER SAN. SİT. 32. SOK. NO: 11 KÖSELER KÖYÜ / DİLOVASI / KOCAELİ / TÜRKİYE
Contact Info: +90 262 728 1375
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KETMAK Inc., established in 1997 by Engineer A. Levent KETENCI, manufactures machinery and equipment utilized for mineral enrichment and treatment & recycling of the waste water of all kinds of mining industries such as gold, copper, silver, chromium, magnesite, marble, granite, ceramics, aggregate, sand, coal, feldspar, etc. KETMAK, whose goal is always continuous development without abandoning its principles in line with its vision since establishment, has become a pioneer, particularly in mining sector. KETMAK has added to its portfolio over 700 organizations in domestic and abroad with its successful projects in the field of mineral beneficiation and industrial waste water treatment & recycling systems starting with the marble industry. Today, the plants installed by KETMAK in 28 different countries of the world continue to operate successfully. KETPOL Inc. was founded under KETMAK Group Companies in 2011 to provide logistics support to the plants installed by KETMAK. Ketpol serves in the field of treatment chemicals and filter clothes which have vital roles in treatment systems.
Filter presses are the oldest method for sludge dewatering. Filter presses have become the most common equipment of treatment and mineral enrichment plants by means of able to discharge nearly dry cakes, practical usage, automatic discharge mechanisms and able to be applied different processes. Filter press dimensions that we produce: 630x630 800x800 1000x1000 1500x1500 2000x2000 (mm) Our filter press types (according to the plate types): Chamber Membrane Mix-pack (Chamber+Membrane) Optional Features: Drip Tray Automatic pressurized cloth washing Cake Washing (Backwash) Automatic Air Blowing (Cake Drying / Middle Hole Discharge)
Reverse osmosis system which is used as a kind of advanced filtration method is mainly the process of removing anion and cation ions in the water. High pressure pumps are used for reverse osmosis systems. Pressurized water is delivered to membranes and by means of that process, water becomes purified. Reverse osmosis systems can be classified as: Tap water reverse osmosis systems Brackish water reverse osmosis systems Sea water reverse osmosis systems Mobile reverse osmosis systems Application Fields: Water bottling plants Irrigation and greenhouse Textile factories Quarries City drinking water facilities Hotel, camping and schools Boiler feed water preparation Water recovery systems Other industrial processes
Application Fields Pumping of domestic and industrial raw wastewater Wastewater treatment plants Pumping of rain water Drainage and releasing works Brand KETMAK Model BERG 40 BERG 50 BERG 75 Capacity 15 m 270 m³/h 15 m 390 m³/h 15 m 450 m³/h Power 40 Hp 50 Hp 75 Hp Impeller Diameter 290 mm 305 mm 340 mm Exit Diameter DN 150 / PN 6 Power Consumption 30 kW, 50Hz 37 kW, 50Hz 55 kW, 50Hz Hull Material GG 22 Protection Class AISI 4140 Protection Class IP 55 Revolution 1450 d/d Current 380V, 48A
Waste water collected in the equalization pool is pumped to the sedimentation tank regularly by the submersible pump in that pool. During the pumping, particles in wastewater decompose by injecting flocculant to the system (dosing) and weighing dirty particles are collected in the conical part of the tank as settling faster than the normal speed; and finally clean water that are collected at the top part passes to the clean water tank standing near the sedimentation tank. By means of special inner structure of our sedimentation tanks, it is prevented that the settled particles to foul the upper flow as turning to the upper part due to waste water fed from the top. We produce sedimentation tanks with various dimensions according to need. Standard sedimentation tank diameters: 3300 mm 4200 mm 5000 mm 6000 mm 7000 mm
Polyelectrolyte used as flocculant is used commonly in drinking water and waste water treatment. Polyelectrolyte can be supplied as dry or liquid. Dry (powder) polyelectrolyte must be made into solution prior to use. This unit which is designed to provide ease of operation operates fully automatically together with storage part. Our dosing units are composed of three divisions with different stirring speeds, by means of this flocculant solution becomes ideal for use. Solution concentration in the unit, whose capacity is in the range of 500 lt/h - 10.000 lt/h, can be adjusted from 0,05% to 0,5%.
Producer KETMAK Model DP 900 Type Diaphragm Capacity 470 lt/h Power 0,25 KW Current 380V, 0.5A Motor Revolution 1450 d/d Dosing Quantity Adjustable Entrance Size DN25 Exit Size DN25 Diaphragm Size 115mm Diaphragm Strock 10mm Diaphragm Material Rubber coated with teflon Protection Class IP 55
Model KYN 5000 Motor 13/17 KW Cooling Type Water cooling Exit Pressure 6 bar Flowrate 85 m3/h Impeller Size Ø226 mm Protection Class IP 55 Entrance Size DN100 PN6 Exit Size DN80 PN6 Body Material GG 22 Inner Lining Rubber 65-70 Shor Impeller Material AISI 4140 Weight 180 kg Driving System Direct Electricity Feding 380V, 50 Hz, 28A Revolution 1500-3000 rpm Sealing Type Mechanical Seal (Tuc-Tuc) Producer KETMAK Model KYN 6000 Motor 15 KW Cooling Type Water cooling Exit Pressure 6 bar Flowrate 75 m3/h Impeller Size Ø226 mm Protection Class IP 55 Entrance Size DN100 PN6 Exit Size DN80 PN6 Body Material GG 22 Inner Lining Rubber 65-70 Shor Impeller Material AISI 4140 Weight 190 kg Driving System Pulley drive Electricity Feding 380V, 50 Hz, 24A Motor Revolution 1450 rpm Pump Revolution 2200 rpm Sealing Type Mechanical Seal (Tuc-Tuc)
Sand filters are high efficiency units designed to remove insoluble particles of various sizes and suspended solids in water. While the sand filters keep the suspended solids in the water, they also protect the units to be installed after them from sediment, allowing them to fully fulfill their duties. Therefore, the main unit that must be in a general treatment system is the sand filter. Fully automatic sand filters have a structure consisting of different sizes of Quartz and anthracite layers in polyethylene or steel tanks. Thanks to this structure, filtration is ensured to be more efficient by spreading not only on the upper surface of the filter bed but also on all layers.
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