Some projects VIRO Arnhem
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This document provides project examples for a company that performs code and stress analysis for equipment and piping according to ASME standards. It lists projects analyzing a steam boiler for BP Nerefco, a steam boiler for BASF Antwerpen from 2013-2014, and a water treatment module for the Prelude FPSO including code analysis according to ASME and structural analysis according to API RP 2A and AISC standards.
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This document provides a status update on the AKPO de-bottlenecking project. It summarizes that separator B has been evaluated and can handle the increased flows from de-rating the pressure to 22.5 barg. However, several pieces of equipment on separator B will need to be changed including increasing the port size on two control valves and replacing three pressure safety valves and their associated piping. The conclusions confirm separator B's capacity and list the specific equipment that requires changes.
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This document provides a status update on the AKPO de-bottlenecking project. It summarizes that separator B has been evaluated and can handle the increased flows from de-rating the pressure to 22.5 barg. However, several pieces of equipment on separator B will need to be changed including increasing the port size on two control valves and replacing three pressure safety valves and their associated piping. The conclusions confirm separator B's capacity and list the specific equipment that requires changes.
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1) Gathering necessary input data from PRV datasheets, piping drawings, and relief load compositions from simulators.
2) Preparing utility drawings and design basis information on piping class and relief system constraints.
3) Building the model in Flarenet by inputting basic info, main components, piping, PRVs and creating scenarios.
4) Running model calculations for header sizing, scenarios, depressurization, fire zones, and tailpipe sizing.
5) Checking results for variables, messages, and visual inspection for issues like choking.
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ADVANCED PRODUCTION LOGGING, CASED HOLE & PRODUCTION LOG EVALUATION
The following agenda is based on three morning and three afternoon sessions daily, each session approximately one to 1-1/4 hours in length. These sessions are labelled M1, M2, M3, and A1, A2, and A3 respectively. Note that class problems (PROBLEMS), movies (MOVIES), and guest lecturers (GUEST) have been highlighted. Numerous log examples for class discussion are also presented throughout the course.
Hydrotest REPORT FOR 4'' 158m Line.
This hydro-test report summarizes the pressure testing of a 4" diameter and 158m long gas pipeline. Key details include:
- Water will be used to fill, flush, and pressure test the pipeline at 147 bar, which is 150% of the design pressure of 98 bar.
- Calculations are provided to determine the volume of water needed, expected back pressures, and pump requirements. Factors like elevation changes, pipe dimensions, and friction losses are accounted for.
- Test equipment will be calibrated and certified. Instruments will monitor and record pressure and temperature during the test.
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Process Flarenet Model Setup(Fan, Yi)
This document provides guidance on setting up a flarenet model including:
1) Gathering necessary input data from PRV datasheets, piping drawings, and relief load compositions from simulators.
2) Preparing utility drawings and design basis information on piping class and relief system constraints.
3) Building the model in Flarenet by inputting basic info, main components, piping, PRVs and creating scenarios.
4) Running model calculations for header sizing, scenarios, depressurization, fire zones, and tailpipe sizing.
5) Checking results for variables, messages, and visual inspection for issues like choking.
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This document discusses grain stabilized 16-20 MnCr5 steel used for inner races and tripods. It provides an overview of the current process flow for manufacturing these components at GKN Driveline, including cropping, annealing, forming, and case hardening steps. It also discusses using niobium steel to prevent coarse grain formation and describes previous industrial experience using 16MnCr5 steel with niobium. The document proposes potential improvements to better understand the effects of processing parameters on microstructure and grain size. It outlines a plan for a master's thesis to use simulation software to model precipitate evolution under different thermo-mechanical treatments and optimize processing to achieve maximum grain pinning forces.
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•Initial (reconnaissance) assessment….
♦Basic knowledge of geological and environmental conditions
♦Review of previous investigation results
♦Measurements of water levels
♦Sampling & preliminary assessment of water quality
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The document provides an overview of Jacobs, an engineering company, and discusses their approach to sizing relief valves for supercritical fluids. It then presents a case study example of calculating the relief requirements for a vessel containing methane undergoing an external fire. The key steps involve: (1) gathering process data; (2) determining heat input from the fire; (3) calculating fluid properties as temperature increases; (4) determining mass and volume relief rates; (5) calculating choked flow rates; and (6) sizing the required relief valve orifice. The example demonstrates that relief of supercritical fluids can involve complex two-phase flow that requires specialized modeling approaches.
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Some projects VIRO Arnhem
- 1. VEH_KL SPEC_rev03_NR Code and stress analysis for equipment and piping according ASME Project examples Steam Boiler BP Nerefco
- 2. VEH_KL SPEC_rev03_NR Project examples Steam Boiler BASF Antwerpen 2013 / 2014
- 3. VEH_KL SPEC_rev03_NR Water treatment Module for Prelude (FPSO) • Code and stress analysis for equipment and piping according ASME • Steel structure according API RP 2A – WSD and AISC