Profect Design Screw Peanut Oil Expeller in Namibia
- Use: Peanut Oil
- Type:Peanut Oil Expeller Machine
- Production Capacity: 10tpd-99%
- power supply: 380V 50HZ 3 phase 5 wire, can be designed for you
- Dimension(L*W*H): 46*24*26cm
- Weight: 130kg-1600kg
- Advantage: high oil output,low oil residue in cake
- Market: Namibia
Design and Construction of Oil Expeller Press with Structural Analysis of Screw with Ansys
The pressure on screw was determined & applied in the created meshed design in Ansys. From the achieved stress analysis it can be concluded that the screw used in this project is within safety
This document summarizes a research project that designed, constructed, and analyzed an oil expeller press. The researchers designed the press using ANSYS to simulate stresses on the screw. They constructed the press using locally available mild steel. Testing showed the press achieved extraction efficiencies between 68-85% and capacities of 98.52-140 gm/min for various seeds. Structural
Design and Stress Analysis of Screw Shaft for Peanut Oil Screw Press Expeller | Data Lay, Academia.edu
unit An approximate endurance limit, Pitch 15 16 17 mm S′e = 0.504Sofu surface for factor, S u ≤ 1400MPa Calculation Maximum Stress 6.74 6.58 6.21 MPa Vol. 16 No. 1 August 2019 ISSN: 2509-0119 210 Design and Stress Analysis of Screw Shaft for Peanut Oil Screw
Screw shaft is the main component of the oil extraction machine. Existing screw press oil expeller is the JY 200 machine with 220W motor power and 1500rpm. The von-Mises stress of existing screw design is 94.11 MPa and the modified screw design is 89.876 MPa for theoretical.
Design and Stress Analysis of Screw Press Oil Expeller, IRE Journals
A mechanical oil expeller press was designed and analyzed with simulation software (ANSYS) in this paper. This expeller can be used in small scale oil extraction. ASME shaft design code was used in designing the screw shaft of the press. Locally available material (mild steel) was used in manufacturing of the expeller.
Adesoji M. Olaniyan, Olayinka R. Karim, “Design and Development a Small-scale Peanut Roaster”, Federal University Oye-Ekiti, Department of Agricultural and Bioresources Engineering, 2017. Mr. Amol A. Patil, “A Review on the Oil Expeller Screw Shaft”, Internal
Development and Performance Evaluation of an Optimized Screw type Domestic Oil Expeller, IEOM Society
Screw Oil Expeller, Oil Extraction Efficiency, Quality Function Deployment, Design Analysis, Design of Experiments 1. ... process followed by the CAD design. In this developed screw expeller, seeds are confined in barrel through a hopper and extraction of the
The seeds are continuously fed to the expeller screw which grinds, crushes and presses the oil out as it passes through the machine. During this operation for high friction co-efficient it
Design And Stress Analysis Of Screw Press Oil Expeller
ASME shaft design code was used in designing the screw shaft of the press. Locally available material (mild steel) was used in manufacturing of the expeller. A 20 hp, 3-phase electric motor was used for running the machine and the rpm of the screw was maintained 140 rpm.
- The main aims of this paper design and stress analysis of screw press oil expeller. There are several processes to extract oil from these e.g. chemical, centrifuge and mechanical. A mechanical oil expeller press was designed and analyzed with simulation software (ANSYS) in this paper. This expeller can be used in small scale oil extraction. ASME shaft design code was used in designing the
