SERGIO ENDÜSTRİYEL SAN. TİC. LTD. ŞTİ.

VIRGINOLIVE OIL NATUREL FIRST OLIVE OIL   You can try specially produced olive oil, which emphasizes olive taste and aroma in natural olive oils with a maximum of 2.0% acid, in your salads, appetizers and hot meals. It is classified as slightly flawed as the acidity rate is higher than virgin olive oil. These oils are called Natural or just virginoliveoil. It is much more convenient to use in cooking. Maximum 27 degrees of water is used in our olive oils that we produce with cold press. Since high temperature negatively affects the nutritional values and fragrant structure of olive oil, the aromatic components and nutritional values of olive oils obtained at low water temperature are much higher compared to other methods.

EXTRAVIRGIN OLIVE OIL NATURAL LEAKING OLIVE OIL   This acid is less than 0.8% and can be consumed naturally, it is the sought after flavor of salads, sauces, hot and cold dishes. Natural extra virgin olive oil is obtained by squeezing the unripe green olives collected early in October-November by cold pressing method. It is suitable to consume raw rather than using it while cooking. It can be used in the mornings and evenings by drinking one tablespoon for medicinal purposes, as well as in cold meals, appetizers and salads. Its taste is fruity and fresh. Maximum 27 degrees of water is used in our olive oils that we produce with cold press. Since high temperature negatively affects the nutritional values and fragrant structure of olive oil, the aromatic components and nutritional values of olive oils obtained at low water temperature are much higher compared to other methods.

INDUSTRIAL CONTINUOUS SYSTEM OLIVE OIL EXTRACTION FACILITIES Continuous systems known as continuous or continuous systems; On the one hand, olives enter and on the other hand, they are the processes where olive oil is ready for final consumption. Olives in this system; it is constantly in motion between sequential processing machines. Olivemax Pro + 74 is designed for olive producers who want to process the customer's olive in an industrial dimension. Olive Oil Extraction Plant; Olive conveyor auger and bunker, olive washing machine, crusher bunker and elevator, crusher, malaxer, dough pump, decanter, vibration screen, oil pump, vertical - horizontal pirina elevator, resting tank, separator, oil container with pump, water heating boiler, electricity Consists of panels and consoles. The working principle of the facility; Olives are poured into the bunker of the olive conveyor belt and transported to the washing machine. Olives that are purified from leaves are then washed in an olive washing machine without damaging the meat. Olives poured into the hopper of the Crusher Spiral are transported to the crusher. In the crusher, olives are broken and become semi-dough. The semi-dough is kneaded at the time and temperature determined by the operator in the malaxer group and made ready for oil extraction. The dough is pumped to the decanter with the help of a dough pump. Adding water to the dough takes place with a flow meter. Olive pulp is separated into phases under the effect of centrifugal forces in the decanter and olive oil, blackwater and pirina are obtained. Oil and black water are purified from small particles with the vibration sieve located in front of the decanter. The Oil Pump sends the oil to the separator rest tank. Pirina is carried out of the factory by horizontal and vertical pirina augers. Olive oil is separated from small particles in the separator and is ready for consumption. With the pumped oil container, the oil is delivered to the desired location. The facility is controlled by the Electric Control Panel. The heat requirement of the facility is provided by the Boiler Unit. APPLICATIONS Olive Oil Extraction Two Phase System (Ecological System) The olive pulp, whose kneading is completed, is fed to the decanter without water by means of a dough pump. The incoming product comes out of the decanter as oil and blackwater rice. As a result, while the moisture rate of the pirin coming out of the two-phase system is higher than the three-phase system, water is not used in the system. Karasu comes out of decanter with pomace. It does not require additional water to be given to the decanter during the tightening. The pomace from the decanter contains high humidity due to the accompanying blackwater. It is difficult to maintain. The phenol values of the extracted oil are higher than the three-phase system. Acid and peroxide values are the same. Three Phase System (Classic System) The olive dough, whose kneading is completed, is fed to the decanter with the addition of water in a certain amount and temperature. The incoming product comes out of the decanter as oil, blackwater and pomace. While the moisture content of the pirin coming out of the three-phase system is lower compared to the two-phase system, water is used in the system. Blackwater and pirina come out of the decanter separately. Water is added to the decanter at a certain temperature while squeezing. The humidity of the pina coming out of the decanter is lower than the two phase pomace. About 48 - 58%. The phenol values of the extracted oil are lower than the two-phase system. Acid and peroxide values are the same.

DESIGN AND TECHNICAL SPECIFICATIONS • High performance with modern and economical design, • Wide product range suitable for every need, • They can be manufactured from multi-stage, vertical or horizontal type, end-suction norm pumps, inline, split-suction double suction pumps, • It can be produced as noble spare and joker pump sets according to the needs, • They can be manufactured with electric motor or diesel engine or both, in packages, Shaft material X20Cr13 or   It can be manufactured in stainless steel, cast iron or bronze, • Body material changes according to the pressure class, • Eccentric in suction line selected according to pump flow,   There is concentric reduction in the discharge line, • Suction and discharge line valves can be butterfly valves or rising spindle valves, if the check valve is a disco check valve, • Suction and discharge are also connected to common collectors and pumps, providing ease of installation, • Shaft sealing is provided with soft package seals in accordance with NFPA conditions. • Single suction, closed impeller, balanced with axial load balance holes and wear rings, dynamically balanced • Pressure fixing valve is available as standard, • Control systems can be designed in the same panel or as a separate type panel, Compatible with building automation systems, • Weekly test program, audible and light alarm available, • Hydrophores are ready for assembly in complete package with expansion tank, connection set and control panel, • Extensive service network and plenty of spare parts. • Our products can be designed in accordance with NFPA 20 standards. USAGE PLACES • Industries • Constructions • Schools • Hotels • Industrial Facilities • Sprinklers • Hydrant Systems TECHNICAL INFORMATION •   Flow                                  Up to 2800 m³ / h •   Pressure                              : 420m •   Speed                                    Up to 2900 rpm •   Fluid Temperature            : -10 ° C 'to +140 ° C

ALUMINUM BODY DIAPHRAGM PUMP PVDF BODY DIAPHRAGM PUMP PP BODY DIAPHRAGM PUMP Such pumps are used when pressure is required in chemical transfer. The body material and diaphragm of the pump are selected specially according to the usage area and the property of the liquid to be transferred. Since it works with air, it is suitable to work in flammable environments. Such pumps; They work with compressed air. The 2 diaphragms inside the pump are connected by a common shaft. Compressed air passes through the air distribution system, first pushing one diaphragm and then the other diaphragm with pressure. The diaphragm on one side is pressurized and pressurized, while the diaphragm on the other absorbs the fluid. When the compressed air changes direction and pushes the suction diaphragm, the fluid is discharged while the other diaphragm is sucked. Thus, while one side absorbs the liquid simultaneously, the other side presses the liquid. usage areas Air diaphragm pumps; used in fluid transfer, tank and barrel emptying, feeding and circulation processes BASIC FEATURES Dry suction Working without electricity Variable flow Fluid transfer containing particles Ex-proof feature Viscous fluid transfer

END SUCTION CENTRIFUGAL PUMPS Flow 1700m³ / h'ekad is Discharge head Up to 100m . The series is designed for printing non-corrosive liquids without large solid particles. . They are single-stage pumps and, thanks to the use of couplings in connection with the motor, offer the possibility to leave the motor or pump without displacement when necessary. . The overall dimensions of the snail comply with the TS EN 733 standard. . Suction and Delivery flanges comply with ISO 7005-2 / PN 16 standard. . Closed wheel is used in its series and balancing holes between the blades are balanced in dynamic loads in order to minimize axial loads. . Soft seal is used for shaft sealing. According to the demand, shaft sealing can also be provided with mechanical seal. . Thanks to its design, the wheel bearings and the packing can be easily replaced when necessary.

END SUCTION CENTRIFUGAL PUMPS Flow 1700m³ / h'ekad is Discharge head Up to 100m . The series is designed for printing non-corrosive liquids without large solid particles. . They are single-stage pumps and, thanks to the use of couplings in connection with the motor, offer the possibility to leave the motor or pump without displacement when necessary. . The overall dimensions of the snail comply with the TS EN 733 standard. . Suction and Delivery flanges comply with ISO 7005-2 / PN 16 standard. . Closed wheel is used in its series and balancing holes between the blades are balanced in dynamic loads in order to minimize axial loads. . Soft seal is used for shaft sealing. According to the demand, shaft sealing can also be provided with mechanical seal. . Thanks to its design, the wheel bearings and the packing can be easily replaced when necessary.

END SUCTION CENTRIFUGAL PUMPS Flow 1700m³ / h'ekad is Discharge head Up to 100m . The series is designed for printing non-corrosive liquids without large solid particles. . They are single-stage pumps and, thanks to the use of couplings in connection with the motor, offer the possibility to leave the motor or pump without displacement when necessary. . The overall dimensions of the snail comply with the TS EN 733 standard. . Suction and Delivery flanges comply with ISO 7005-2 / PN 16 standard. . Closed wheel is used in its series and balancing holes between the blades are balanced in dynamic loads in order to minimize axial loads. . Soft seal is used for shaft sealing. According to the demand, shaft sealing can also be provided with mechanical seal. . Thanks to its design, the wheel bearings and the packing can be easily replaced when necessary.

How Gear Pump Works? In Gear Pumps, two gears working together are mounted in a body. The gear connected to the drive shaft drives the idler gear. The vacuum formed by the movement of the gears working with each other at the small tolerances of the body carries the fluid into the pump. The fluid that fills into the gear cavities proceeds towards the pump outlet under the pressure created by the sliding rolling motion of the gears with each other. Gear pumps can operate in both directions. Transfered Liquids: Alkyd, Asphalt, Acids, Honey, Vegetable Oils, Bitumen, Paint, Glass Water, Chocolate, Detergent, Melted Rubber, Fuel-Oıl, Glucose, Glycerine, Gress, Animal Oils, Isocionate, Gel, Gelatin, Cocoa Yağo, Tar, Caustics , Cream, Mineral Oils, Printing Ink, Molasses, Diesel Oil, Naphtha, Paraffin, Petroleum Products, Poiol, Polyester, Resin, Soap Raw Material, Hot Oils, Solvents, Shampoo, Syrups, Sweeteners, Toluene, Glue, Varnish, Wax, Olive Oil . Gear Pump General Features: Flow rate: 0,5 - 200 m³ / h Pressure: 0 - 15 BAR Performance: With positive displacement, the pump pressure increases and the flow decreases slightly. The flow increases as the pump speed increases. NPSH: 0 - 6 meters Fluid: In all viscous fluids that do not contain hard particles Noise: Quiet with helical gear design. Power: Power increases with increasing Speed and Pressure. Discharge Line: By-pass is absolutely necessary in Discharge lines that may be closed. Temperature: Carbon Mattresses (-40 / 300 ° C) - Bronze Mattresses (-40 / 180 ° C) Viscosity: max. 100,000 SSU Sealing: Graphite, Teflon, Braided Seals - Mechanical Seal Production Types: By rusty - Without rust With steam jacket - Without steam jacket Bearing Plain Bed Outboard Bearing External Slip Bed All machinable metals Gear Pumps Installation and Commissioning Coupling adjustment should be checked. The suction pipe must be airtightly connected and the pump must be protected from dirt using a suitable filter. The suction line is 15 m. In fluids with a length exceeding 10000 SSU; suction pipe, pump, one or two pipe sizes should be larger. Compensator should be placed in suitable places to prevent additional load on the pump due to the installation. When braided graphite packing is used; seal pressure should be adjusted to flow 15-20 drops per minute. The suction circuit must be filled with fluid at the first start. During the first start of the pump; The pump shaft is turned by hand several times. Although they work in both directions, they work quietly in the OK direction. Pumps with By-Pas must be operated in the direction of OK. For this reason, the direction of rotation should be checked. Coupling adjustment should be checked The valves on the pipeline should be open. The pump is ready for operation if the above conditions are met.

Mono Pumps are pumps that provide a smooth, linear and measurable flow. These pumps operate silently and without vibration. Their most important feature is that they do not create turbulence by maintaining continuity. As a result, it does not change the viscosity of the fluid in mono pumps. Mono pumps are suitable for the transfer of low and high viscosity fluids as well as the transfer of abrasive, sticky, crushing and foaming sensitive fluids with their stabilization focused operating principles. It never breaks the fibers of the fluid inside and does not make any changes in the product structure. Mono Pumps generally protect the quality of products and systems by preventing foaming or excessive watering of solid or semi-solid fluids. With these advantageous features, Mono Pumps can transfer fluids smoothly in many sectors, even under the toughest application conditions.