TAILIEUCHUNG - Compressor and Pump Curves1Compressor and Pump Curves1© 2004 AspenTech - All Rights Reserved. EA1000.32.02 09 Compressor and Pump Curves.2Compressor and Pump CurvesWorkshopIn this module, compressor and pump curves will be used to model the

Compressor and Pump Curves 1 Compressor and Pump Curves 1 © 2004 AspenTech - All Rights Reserved. 09 Compressor and Pump Curves .2 Compressor and Pump Curves Workshop In this module, compressor and pump curves will be used to model the behaviour of simulated compressors and pumps. Using curves to model these unit operations allows HYSYS to accurately simulate actual plant equipment. Learning Objectives Once you have completed this module, you will be able to: • • • • Specify and attach head and efficiency curves to compressors Use single and multiple curves to model compressors Attach head curves to pumps Accurately model existing plant equipment with HYSYS Prerequisites Before beginning. | Compressor and Pump Curves 1 2004 AspenTech - All Rights Reserved. 09 Compressor and Pump Curves Compressor and Pump Curves 1 2 Compressor and Pump Curves Workshop In this module compressor and pump curves will be used to model the behaviour of simulated compressors and pumps. Using curves to model these unit operations allows HYSYS to accurately simulate actual plant equipment. Learning Objectives Once you have completed this module you will be able to Specify and attach head and efficiency curves to compressors Use single and multiple curves to model compressors Attach head curves to pumps Accurately model existing plant equipment with HYSYS Prerequisites Before beginning this module you should have a reasonable understanding of the HYSYS program and be familiar with adding and basic configuration of Pumps and Compressors. 2 Compressor and Pump Curves 3 Don t worry if you haven t built the case mentioned. The ADV6_AdvancedRecycles_ file contains this case. Compressor Curves Using compressor curves in your HYSYS simulation allows you to accurately model existing plant equipment. You can determine if an existing compressor is able to meet the specifications of your process. Using compressor curves allows HYSYS to calculate heads and efficiencies that are dependant on the flow rate. If the flow rate through the compressor is known to be constant a single pressure rise and efficiency can be supplied. If however the flow rate is expected to change using a compressor curve will allow HYSYS to calculate new heads and efficiencies based on the current flow rate. This results in greater accuracy in the simulation and allows HYSYS to more closely model actual plant equipment. Workshop In this workshop you will add a set of multiple curves to the K-stage 2 compressor in the Advanced Recycle Module simulation. 1. On the Parameters page ensure that the Polytropic and Adiabatic Efficiency boxes both read empty . These values must read empty because the .

• Sáng kiến kinh nghiệm
• Analysis of the compressor blades
• The first and second stage compressor blades of a gas turbine
• Compressor blades of a gas turbine
• The studied compressor blade
• The geometric models of blades
• Techno economic evaluation of pipeline compression system
• Gas compressor operation evaluation on natural gas pipeline network
• Techno economic evaluation
• Gas compressor operation evaluation
• Gas compressor and pipeline
• Công nghệ hóa học
• Phần mềm mô phỏng
• Giới thiệu về Compressor
• Mô phỏng Compressor
• Mô phỏng công nghệ hóa học
• Mô phỏng máy nén
• Bài giảng Rotating Equipment
• Rotating Equipment
• Reciprocating compressor
• Khai báo thông số bơm
• Thông số của bơm
• Single stage transonic axial compressor
• Recirculation bleeding channels
• Reynolds averaged Navier Stokes analysis
• Total pressure ratio
• Adiabatic efficiency
• Stall margin
• Gas compressor power in a natural gas pipeline network
• Natural gas pipeline network
• The gas compressors
• Recirculation channel
• Reynolds averaged Navierstokes analysis
• Stable range extension
• Environmental advances
• Volatile organic compounds
• Semi volatile organic compounds
• Indoor air quality
• Natural gas compressor stations
• manual compression
• compression techniques
• principles compressors
• auxiliary equipment
• compressor technology
• the compression ratio
• báo cáo khoa học
• báo cáo hóa học
• công trình nghiên cứu về hóa học
• tài liệu về hóa học
• cách trình bày báo cáo
• Proposed algorithm
• 1 Experiment’s tools and platform environment
• Proposed algorithm top down flowchart
• Proposed system components
• Compressor MATLAB code
• Air Emissions
• Petroleum
• Refinery
• steam boilers
• process furnaces
• process heaters
• compressor engines
• tài liệu điện tử
• giáo trình điện tử
• công nghệ điện tử
• cơ khí điện tử
• vi mạch điện
• chế tạo máy
• ngành điện tử
• điện cơ điện tử
• kỹ thuật điện
• cách mạch điện tử
• compressor oil
• geological survey standards
• curriculum oil
• lubrication technology
• technology Petrochemical
• Oil and Lubricants
• gas dehydration
• Kỹ thuật lạnh cơ sở
• Nguyên tắc của một số loại máy nén
• Hệ thống làm lạnh
• Tìm hiểu máy nén
• Hoạt động máy nén
• Thành phần máy nén
• Bài giảng Máy nén
• Tăng áp cho dòng khí
• Tính toán dòng khí
• Thông số vật lý dòng khí
• Công suât máy nén
• Dynamic Modeling
• UniSim Design
• Add the compressor
• Surge and Stonewall curves
• Specify Head
• Efficiency curves
• Machinery component maintenance
• Balancing of machinery components
• Ball bearing maintenance
• Rotating equipment components
• Centrifugal compressor rotor repair
• Protecting machinery parts against loss of surface