DAW Consulting LLC的动态

When it comes to #commercial #simulation #vendors with proprietary methods, you have three choices - trust, test or understand - in increasing order of costs and decreasing order of risks. What you go for depends on your company's culture. If your company's culture is one of reducing expenses via better understanding your tools used in operations, then consider hiring a highly-skilled independent consultant to explain the intricate differences between tools that your in-house staff may not be aware of. In one of my favorite consulting jobs, I was asked to summarize the prevailing wellbore multiphase flow tools and deep dive into their methods providing pros and cons of each. My findings stunned the experts in that company in a positive way. I showed that with a little digging you could even find the details of methods. A big eye opener was that a lot of these methods could be easily coded in google sheets, meaning they could be converted into a REST API if needed. Below is one example I used in that project where I deep dived into a popular commercial tool for the #threephaseflow #holdup calculation for each of the gas, oil and water phases using an iterative two-stage method. One of my own publicly-accessible previous theses was used (on pg. 51, fig. 17 of "Real-time Calibration of Drift-Flux Flow Models"). In another project which did not get off the ground, I was asked to simulate the detailed upward-downward flow paths and multiphase flow characteristics in a range of currently available DHGS (#downholegasseparation) tools. However, I communicated that the premise of the project's objective was wrong because the wells selected with these installed DHGS tools would need to have close to the same multiphase flow characteristics at the inlet location of the tools in order to provide an unbiased, merit-based comparison and quantification of their relative gas separation efficiencies. The wells could be different but at the inlet to the DHGS tools, the flow characteristics would need to be similar. This meant adequate (and further) validation of the wells selected to ensure this requirement. This did not sit well with the potential client because wells were to be selected at random for the comparison and I informed them in that case the project would yield flawed results. As a #consultant specializing in #multiphaseflow in #wellbores, #pipelines and #variablearea flow #constrictions or #expansions (chokes, valves, nozzles, ejectors, diffusers, venturis, perforated conduits, hydraulic pumps, obstructions, etc.) I would like to invite you to connect with me if you have problems needing clarity or reliable solution. If an approach is nonsense, I will tell you without fear or favor. If something has promise, I will help you make it practical and beneficial. Even if you're a smaller company, my turn-around time for small-scale work is fast (days, not weeks). Let's work!

Grow reservoir management with our engineering software!?? Our reservoir engineering software is a for the energy industry, enhancing efficiency and performance. ?#ReservoirEngineering #EnergyIndustry #InnovationInOilAndGas #DataDrivenDecisions #OilAndGasTech #ReservoirManagement #EngineeringSoftware #EfficiencyOptimization #EnergyInnovation #StrategicResourcePlanning

Completions engineers shift focus to optimizing drillout performance in 2024. Seek modern engineering solutions to tackle extended reach wells. www.StrykerDrilling.com #Rockies #Completions #Data #Chemistry #Modern #Engineering

?? Transform Your Pipeline Integrity & Engineering Management Elevate your pipeline operations with our latest one-pager, crafted for professionals committed to excellence in pipeline integrity and pipeline engineering management. Discover how Technical Toolboxes empowers your team with: ?? Pipeline Integrity Management ?? Advanced Pipeline Engineering Calculations ?? Centralized Data Management ?? Lifecycle Management Tools Unlock the full potential of your pipeline projects—streamline processes, reduce risks, and achieve industry compliance with precision. Download our one pager on how we have helped 19 of the top 20 operators streamline their process. ?? Download Now: https://hubs.ly/Q02KR6Zx0 #PipelineIntegrity #PipelineEngineering #TechnicalToolboxes #DataManagement #EngineeringTraining

?? This is how AI imagened me ?? in my new Task….(#DRM or #Design_Risk_Management) ? Assessing risks during the design process in order to reduce harm to user and to the organization is necessary from both sides of cost/time and safety. Risk mitigation involves systematically reducing the likelihood or the impact of a risk. To reduce harm and maximize the benefits of our engineering designs of infrastructure, power plant, oil, gas and petrochemical plant, we need to incorporate risk management into our design decisions to identify, assess, control, and evaluate the risks in a systematic way. #RiskManagement #DRM #DesignRiskManagement #Design_Risk_Managemen

Abstract The data necessary for the design, construction and operation of a subsea pipeline system involves many applications and software covering design, construction specifications, fabrication and installation records, inspection database and more. So far, most of the data is exchanged under the format of manually produced reports between clients and contractors, but also to and from manufacturers and subcontractors or other project stakeholders. This was identified as a significant improvement opportunity in terms of cost, time, and quality. As the industry goes through digital transformation, data structuring is a need faced by all. However, diverging data structure creates the need to re-process the data to a mutually acceptable format at each interface point and many times, with a significant cost, quality, and schedule impact. The PDEF project was started with the aim to agree on an industry-wide common interchange format for all the data that is issued in the design, construction, and operation of a subsea pipeline. The primary objective is to exchange data more efficiently between the different parties involved in a subsea field development project. PDEF initially covers subsea pipelines and will be extended to encompass the entire pipeline system, including risers, spools and jumpers, in-line structures and more. PDEF covers the entire product life-cycle, from conceptual studies to operation. PDEF is multi-disciplinary, including business domains such as operating data, linepipe, routing, metocean, geotechnical, fabrication, installation, etc.

*MPFM WORKING PRINCIPLES*...???? *What is MPFM and What is the function and purpose of MPFM.?* Multiphase Flow Meters *(MPFM)* are devices used to measure the individual oil, water and gas flow rates in a multiphase flow. The term *MPFM* is used to define also the metering of wet gas streams (i.e. multiphase flow where the gas content is very high). *How does a multiphase flowmeter work?* Every known physical multiphase flow metering solution relies on a com-bination of at least three or more different sensing technologies, one of the most common of which relies on the Venturi tube using differential pressure sensors to measure flow rate, combined together with another technol-ogy such as gamma ray attenuation to calculate the density and composition of the fluid and the mass/volume fractions of oil, gas and water. *What is the process of multiphase flow?* Multiphase flow refers to the simultaneous flow of more than one fluid phase through a porous media. Most oil wells ultimately produce both oil and gas from the formation and often also produce water. Consequently, multiphase flow is common in oil wells. *What are the basics of multiphase flow?* The phases present in a multiphase flow are composed of:- 1. Solids, which are normally in the form of relatively small particles; the solid phase is incompressible and has non-deformable interfaces with the surrounding fluids. 2. Liquids, which are also relatively incompressible, but their interfaces with the other phases are deformable. 3. Gases, where the phase is compressible and deformable. *What are the problems with multiphase flow?* It is common in petroleum engineering, especially in production, transportation, and processing of oil and gas. However, multiphase flow can also cause various issues, such as pressure drop, flow instability, corrosion, erosion, and measurement errors. The inspection of MPFM should be done frequently to get accurate data and results. *Types of Flow Meters for Different Applications*..:- 1. Positive Displacement Flow Meters. 2. Turbine Flow Meters. 3. Vortex Flow Meters. 4. Magmeter. 5. Ultrasonic Flow Meters. 6. Mass Flow Meters. And there are some other types... *Advantages of Multiphase Flow Meters* . 1. Production allocation metering. 2. Fiscal or Custody transfer. 3. Flow Assurance.

Engineering firms that offer foundation testing services are sometimes challenged or even overwhelmed by the data analysis processes because of the mere quantity of analyses required in a very short time. Whether due to competing job commitments or the complexity of the data collected in the field, some testing firms require external assistance to complete the testing process. GRL’s senior engineers make available their world-wide experience gathered during several decades of dynamic foundation analysis available to resolve difficult situations. GRL also offers analysis of data obtained with the Pile Integrity Tester, Cross-Hole Analyzer and Thermal Integrity Profiler, as well as review of analysis results and reports. Most GRL Engineers have achieved Advanced Level or higher on the PDCA/PDI Dynamic Measurement and Analysis Proficiency Test. Credit: GRL Engineers, Inc. Learn more: https://lnkd.in/ep-wkW8Y #PileBuck #EandCmedia #construction #civilengineering #geotechnical #deepfoundations

?????? ???????????? ???? ?????????????????????? ?????????????????? ?????? ????????'?? ???????? ??????????????! Years ago, Luis Fernando Perez Armas, Ph.D. often shared stressful, almost horror-like stories about his job related to resource planning and forecasting in the oil & gas industry. Fast forward to today, and Luis's narrative has transformed dramatically. After years of hard work and research, he's found solutions that could have made his past job so much easier. It’s an awesome feeling to discover solutions for our past and current problems, especially ones we didn't even know existed. It’s a sort of revelation, haha! Luis has just written a great article that looks at how mathematical optimization can solve these kinds of problems. He explains how math, data science, and programming skills can come together to make resource planning “easy.” This article shows the real-world impact these tools can have. Check out the article here #???????????? #?????????????????????? #????????????????????????

?? Join us for the upcoming #OFM Workflows session, tailored to enhance your team's expertise! Here are the topics we'll cover: - QC Tools (Basic and advanced) - Smart Workover System (SWS) - Dynamic Reservoir Quality Index (DRQI) - Well Integrity Surveillance and Monitoring System (WISMS) - Re-frac Candidate Recognition Workflow - Time To Trip (TTT) ESP Production Optimization System - Waterflood Date analytic System - Smart and Fully Automated System for Water Encroachment - Synthetic time-Lapse Production Surveillance - Integrating Simulation Data with Data Analytics - Rapid well ranking workflow - Characterizing Water Breakthrough - Liquid Loading Workflow - Condensate Bank detection and remediation Workflow - Unconventional Production Optimization Workflow - Infill Drilling Workflow - Waterflood Surveillance and management system - Cyclic Steam Injection - Dynamic Back allocation Workflow - Shortfall Management - Radius of investigation and Dynamic saturation map - Candidate Recognition - Production Forecasting Don't miss out on the opportunity to speed up your OFM adoption by attending the suggested webinars. Register here: https://lnkd.in/gkduWizV Sensia Global SLB Rockwell Automation #OFMWorkflows #Webinars #OilfieldManagement #TeamTraining