HUM OIL PRESS; it is designed to produce oil and cake, by extracting oil by pressing oil seeds in the worms of the press after they are conditioned at cooker. According to the entry conditions of the next extraction unit, required amount of oil is left in cake. The construction of the press has a very important role in ensuring accuracy of the oil amount to remain in cake and the capacity.
HUM Press consists of a continuous, helical thread that revolves within a stationary, perforated cylinder. As the shaft turns, there is a reduction in volume that results in pressure in the pressing section. The extracted oil flows through the slots distributed over the barrel circumference. The foots-laden extracted oil collected in the oil pan is delivered to the HUM Oil Foots Separator (HFSP). Oil cake leaves the HUM Press through an adjustable conical annular cross-section and is then delivered to the HUM Cake Cooler (HCCL)
Design, material and life time of the cage bars, scraper bars and worms is very critical. Also, the motor, belt-drum, reducer, press main shaft, bearings and the body, where the pressing power is transmitted, have been developed to meet the demand in the best manner using the most advanced technology and engineering. The importance of research-development is ever increasing in today’s economy, where competition at the highest level is being experienced. Firms are could only survive by attaining and using the technological developments in the shortest time.
HUM Oil Cold Presses (HCPR) is designed for single-finish pressing without seed preheating, or for pressing at low temperatures. HUM Oil Cold Press (HCPR) processes removed hulls in HUM Dehulling (HDHL) that has been crushed in HUM Crushing (HCRC) according to its type, as well as uncrushed feedstock.
HUM Oil Finish Presses (HFPR) are designed for single-finish pressing without following HUM Extraction (HEXT) the finish press processes cleaned in (HDHL), crushed in (HCRC) and hydro-thermally prepared seed.
HUM Oil Pre-Presses (HPPR) is designed for pre-pressing in HUM Oil Seed Preparation (HPRP) for HUM Extraction (HEXT), or as the pre-stage for secondary pressing operation. The finish press processes cleaned in (HDHL) crushed in (HCRC) and hydro-thermally prepared seed.
With the modifications and the renovations made in the new model Oil Screw Presses, which are the latest product of HUM’s research and development activities,
|Model||NYP 15F||NYP 30F||NYP 60F||NYP 15||NYP 30||NYP 60|
|Capacity (ton/day)||Sunflower, Canola||25-35||50-60||90-100||130-150||250-300||500-600|
|Oil content in cake (%)||5-8||5-8||5-8||17-20||17-20||17-20|
|Main motor power (kW)||75||160||315||110||250||500|
THE DISTINGUISHING PROPERTIES OF HUM OIL SCREW PRESSES
The eqiupment consist of unique welding process, multi-layer hard facing, pure alloy on the final surface, high abrasion and corrosion resistance. The wear parts of screw presses (worms, collars, cage bars) are under the guarantee of HUM for 18 months in operation time. HUM collaborates with “T-1 ADA” company, which is specialized in corrosion and abrasion resistance spare parts manufacturing.
Oil seeds must be cooked in cooker beforehand in order to improve oil productivity and to evaluate cake better. So, during pressing seed gains an appropriate structure and oil cell is easily broken down, releasing oil and humidity. Humidity, which is released by the gradually increasing temperature, is removed from the vents. With the adjustment of seed temperature in the cooker, optimum seed properties, which must be attained before and after pressing, are obtained. In practice, cooker diameter, heating surface, steam pressure and blending rate is determined based on press capacity.
HUM Cooking is engineered for the cooking and/or conditioning of oilseeds during the HUM Oil Seed Preparation (HPRP) process previous to the HUM Oil Pressing (HPRS) or HUM Flaking (HFLK). Vertical multi-stage cookers with floors or horizontal rotary conditioners of simple stage and big size are used. Besides sterilizing and decontaminate the seeds, this process objective is to provide them with plasticity, reduce the oil’s viscosity and clot the proteins.
THE CHANGES AFFECTING OIL PRODUCTIVITY BY HEATING IN THE COOKER
THE PROPERTIES THAT MAKE HUM COOKER EXCLUSIVE;
It is necessary to use the HUM Oil Screening Tank to reduce the sediment ratio in the oil to a certain level before it is sent to the decanter or metallic filter to filter the pre-existing sediment.
The screen allows the residue to be removed from the oil by means of specially profiled wedge wire screens and thrown out.
These specially profiled wire screens are placed above the oil level and fixed. The residue, which accumulates in the bottom of the prismatic oil tank, is collected on the screen with pellet scrapers.
|MODEL||SC 15||SC 30||SC 45|
|Screening area (m²)||4||6||9|
|Overall dimensions (mm)||4100 x 1850 x 1850||5250 x 2000 x 2100||6500 x 2400 x 2400|
|Foots content in oil (%)||3 - 5|
|Main motor power (kW)||2,2 + 1,1||4 + 1,1||7,5 + 1,1|
An important step before solvent extraction is to bring the cake from the oil press to the desired part size/size. Thus, the efficiency of the extractors in the solvent extraction unit is increased. Hum cake crusher should be used for this process.
|Type||KS 410||KS 416|
|Capacity (Ton/24 hours)||300||500|
|Roll Dimensions (mm)||400 x 1000||400 x 1600|
|Main Motor Power (kW)||22||30|
|Weight (kg)||3.920 kg||6.350 kg|
|Length-Width-Height (mm)||1614 x 1300 x 1551||2600 x 1900 x 1850|
The temperature of oily cake coming from screw press, is too high for processing in the extraction. In order to enter the cake into the extractor, it’s temperature is needed to be decreased to 50 - 55 ’C. HUM Cake Coolers (HCCL), such as horizontal type, with pallet, with fixed special sectional screen, with aspiration system are used for cooling of many kind of oily seed cake.