This document provides information on the duties, responsibilities, knowledge, physical characteristics, and working conditions of various oil and gas pipeline professionals. It describes the roles of oil pipeline operators and maintenance workers, control center operators, gaugers, utility workers, and tank farm operators. Similar details are provided for gas pipeline compressor operators, control operators, and utility operators. Essential skills, knowledge requirements, and personal characteristics are outlined for each role.
Ronald Abella is applying for the position of A/C Mechanical cum Document Controller. He has over 15 years of experience in facilities maintenance and document control. His responsibilities have included maintaining HVAC systems, performing preventative maintenance, and managing document control systems. He is proficient in CAFM, Maximo, and Microsoft Office applications.
This document provides a career profile and work experience summary for an individual with over 22 years of experience in the oil and gas production process, including separation, gas lift, compression, and dehydration. They have extensive experience as a pipeline technician, foreman, operator, and roustabout. Their skills include proficiency in regulatory compliance, production monitoring and optimization, equipment operation and maintenance, and team-based and independent work. They seek to leverage their analytical problem-solving abilities and communication skills.
JHF has been providing innovative compressed air solutions in the Midwest since 1938. They offer comprehensive compressed air system services including design, installation, maintenance, and training. JHF serves clients in Minnesota, Wisconsin, North Dakota, South Dakota, and Northern Iowa through their expertise in compressed air audits, equipment, controls, piping systems, service/parts, and customer training. They aim to maximize their clients' productivity through optimized compressed air systems and minimizing operational costs.
The document presents Manatee County's Comprehensive Maintenance Plan (CMP) for traffic control devices. The CMP defines procedures, tasks and objectives to maintain core functions like traffic signals, signs, and markings. It includes maintenance procedures, inventories, inspections, priorities and supporting documents. The CMP aims to provide accountability through a methodical, measurable approach. Challenges in developing the CMP included resources and buy-in, while opportunities include funding options and changes in leadership supporting the new approach.
JHF has been providing compressed air solutions in the Midwest since 1938. They offer comprehensive compressed air system design, equipment, maintenance, and training. JHF serves clients in Minnesota, Wisconsin, North Dakota, South Dakota and Northern Iowa by providing air compressors, air dryers, filters, audits, controls, piping installation, service, parts, and seminars. Their goal is to partner with clients to improve productivity through optimized system performance, lower costs, and increased reliability.
This document discusses key design parameters for chemical process control systems. It covers the classification of process variables, including manipulated, disturbance, measured and unmeasured variables. The document also addresses the main objectives of control systems, which are ensuring stability, suppressing disturbances, and optimizing economic performance. It questions what variables should be measured, what inputs can be manipulated, and what control configurations are best depending on the number of inputs and outputs in the chemical process. Finally, it describes the main types of control configurations: feedback, inferential, feedforward, and combinations of feedback and feedforward control.
The document outlines the duties of a Head of Mechanical Maintenance Department which include scheduling regular maintenance works and assigning tasks to engineers, managing a team of 15 maintenance staff, supervising preventative maintenance and equipment inspections, tracking maintenance reports and progress, overseeing the installation and repair of various equipment types, procuring spare parts, providing training to other staff, and interviewing and hiring new employees.
This document provides an introduction to process control. It defines a process as an operation that transforms raw materials into a more useful state. The objectives of process control are to produce desired outputs from inputs in the most economical way. Processes can be described by differential equations and are affected by various internal and external conditions. Effective process control requires maintaining safety, meeting production specifications, and optimizing economics while addressing changing external influences. Examples of processes include unit operations in chemical plants and manufacturing units. The document outlines the basic components of a process control system and loop.
Ronald Abella is applying for the position of A/C Mechanical cum Document Controller. He has over 15 years of experience in facilities maintenance and document control. His responsibilities have included maintaining HVAC systems, performing preventative maintenance, and managing document control systems. He is proficient in CAFM, Maximo, and Microsoft Office applications.
This document provides a career profile and work experience summary for an individual with over 22 years of experience in the oil and gas production process, including separation, gas lift, compression, and dehydration. They have extensive experience as a pipeline technician, foreman, operator, and roustabout. Their skills include proficiency in regulatory compliance, production monitoring and optimization, equipment operation and maintenance, and team-based and independent work. They seek to leverage their analytical problem-solving abilities and communication skills.
JHF has been providing innovative compressed air solutions in the Midwest since 1938. They offer comprehensive compressed air system services including design, installation, maintenance, and training. JHF serves clients in Minnesota, Wisconsin, North Dakota, South Dakota, and Northern Iowa through their expertise in compressed air audits, equipment, controls, piping systems, service/parts, and customer training. They aim to maximize their clients' productivity through optimized compressed air systems and minimizing operational costs.
The document presents Manatee County's Comprehensive Maintenance Plan (CMP) for traffic control devices. The CMP defines procedures, tasks and objectives to maintain core functions like traffic signals, signs, and markings. It includes maintenance procedures, inventories, inspections, priorities and supporting documents. The CMP aims to provide accountability through a methodical, measurable approach. Challenges in developing the CMP included resources and buy-in, while opportunities include funding options and changes in leadership supporting the new approach.
JHF has been providing compressed air solutions in the Midwest since 1938. They offer comprehensive compressed air system design, equipment, maintenance, and training. JHF serves clients in Minnesota, Wisconsin, North Dakota, South Dakota and Northern Iowa by providing air compressors, air dryers, filters, audits, controls, piping installation, service, parts, and seminars. Their goal is to partner with clients to improve productivity through optimized system performance, lower costs, and increased reliability.
This document discusses key design parameters for chemical process control systems. It covers the classification of process variables, including manipulated, disturbance, measured and unmeasured variables. The document also addresses the main objectives of control systems, which are ensuring stability, suppressing disturbances, and optimizing economic performance. It questions what variables should be measured, what inputs can be manipulated, and what control configurations are best depending on the number of inputs and outputs in the chemical process. Finally, it describes the main types of control configurations: feedback, inferential, feedforward, and combinations of feedback and feedforward control.
The document outlines the duties of a Head of Mechanical Maintenance Department which include scheduling regular maintenance works and assigning tasks to engineers, managing a team of 15 maintenance staff, supervising preventative maintenance and equipment inspections, tracking maintenance reports and progress, overseeing the installation and repair of various equipment types, procuring spare parts, providing training to other staff, and interviewing and hiring new employees.
This document provides an introduction to process control. It defines a process as an operation that transforms raw materials into a more useful state. The objectives of process control are to produce desired outputs from inputs in the most economical way. Processes can be described by differential equations and are affected by various internal and external conditions. Effective process control requires maintaining safety, meeting production specifications, and optimizing economics while addressing changing external influences. Examples of processes include unit operations in chemical plants and manufacturing units. The document outlines the basic components of a process control system and loop.
The document provides information on process line diagrams, symbols, and standards. It discusses general instruments and how they are represented with a balloon and internal code. It also covers symbols for different types of transmitters, valves, controllers, and line diagrams. Guidelines are provided for instrument identification and procedures in piping and instrumentation diagrams. Letter codes used for instrument identification and examples are also included.
Session 03 - History of Automation and Process IntroductionVidyaIA
In this session you will learn:
History of Industrial Automation
Types of Industrial Automation
Process Industries
Overview of Continuous & Batch Process
This document discusses instrument maintenance practices at National Fertilizers Limited, a chemical process industry. It outlines the importance of instrumentation in process industries and describes various types of control loops used. It then discusses different types of maintenance practices including day-to-day, preventative, shutdown, and breakdown maintenance. Finally, it outlines upgrades made to instrumentation systems, including replacing old pneumatic and single loop controllers with a distributed control system and programmable logic controllers to improve reliability, efficiency, and optimization.
Ganesh Narendra Salvi is seeking a position as an Operation Supervisor - Engineer in the oil and gas sector. He has over 18 years of experience in control panel operations, process operations, and field operations in oil and gas plants, pipelines, and terminals in India and the Middle East. His experience includes monitoring equipment and processes, starting up and shutting down units, and ensuring safety systems are functioning properly.
In this session you will learn:
Basics of control systems
Open and Closed loop control systems
Elements of automatic control
Two position control system
Modes of automatic control
The document discusses shop floor control in manufacturing. It covers key concepts like loading, scheduling, dispatching, and monitoring in shop floor control. Loading involves checking resource availability and assigning work orders. Scheduling develops detailed production schedules using techniques like forward/backward scheduling and priority rules. Dispatching implements schedules based on real-time shop floor status. Monitoring tracks work progress, throughput, quality and provides performance feedback using tools like dashboards and Gantt charts. Overall, the document provides an overview of the main functions and processes involved in shop floor control systems that plan and control work flow on the manufacturing plant floor.
The document summarizes various control system and electrical contracting projects undertaken, including: simple pump control systems, autoclave control, heated press control, designing and building viscometer systems to measure viscosity, building viscosity control systems, automating a filling production line, building dispensing and mixing control systems, undertaking modifications and repairs in various industrial environments, building electronic motor control boards, and various motion control systems using PLCs. It also lists electrical contracting work such as inspection and testing, lighting installations and repairs, new power installations, replacement of distribution boards, fault finding, machine moving, dado trunking installations, hotel rewiring, power surveying, and emergency lighting testing.
In this session you will learn:
Instruments
Transmitters
Control valves
Valve actuators
Valve positioner
For more information, visit: https://www.mindsmapped.com/courses/industrial-automation/complete-training-on-industrial-automation-for-beginners/
In this session you will learn:
Basics of control systems
Open and Closed loop control systems
Elements of automatic control
Two position control system
Modes of automatic control
For more information, visit: https://www.mindsmapped.com/courses/industrial-automation/complete-training-on-industrial-automation-for-beginners/
Soft Computing Technique and Conventional Controller for Conical Tank Level C...ijeei-iaes
In many process industries the control of liquid level is mandatory. But the control of nonlinear process is difficult. Many process industries use conical tanks because of its non linear shape contributes better drainage for solid mixtures, slurries and viscous liquids. So, control of conical tank level is a challenging task due to its non-linearity and continually varying cross-section. This is due to relationship between controlled variable level and manipulated variable flow rate, which has a square root relationship. The main objective is to execute the suitable controller for conical tank system to maintain the desired level. System identification of the non-linear process is done using black box modelling and found to be first order plus dead time (FOPDT) model. In this paper it is proposed to obtain the mathematical modelling of a conical tank system and to study the system using block diagram after that soft computing technique like fuzzy and conventional controller is also used for the comparison.
Job Execution in Industrial System Design is an important topic learned by instrumentation engineering students. The text referred William G Andrew, H B Williams-Applied Instrumentation in the Process Industries_ Practical Guidelines. 2-Gulf Publishing (1974)
This document discusses the implementation of condition monitoring programs. It begins by defining condition-based maintenance (CBM) and explaining that the goal of CBM is to ensure safe and reliable equipment operation at optimal cost. It then lists reasons why CBM is required, such as improved quality, cost benefits from reduced downtime and maintenance, and ensuring equipment is available when needed. The document provides an overview of common condition monitoring technologies like vibration analysis, ultrasonics, thermography, and oil analysis. It also discusses best practices for setting up a CBM program, including selecting critical equipment and components to monitor, establishing measurement parameters and frequencies, and implementing the program in a phased approach.
SQC refers to using statistical techniques to control quality and achieve specifications during manufacturing. There are two main methods: 1) Process control monitors quality as products are made and 2) Product control checks quality after production before shipping. Control charts are graphical tools developed by Walter Shewhart to detect unnatural variation. A control chart has a central line for the average and upper and lower control limits usually set at 3 sigma above and below the average.
Process control examples and applications Amr Seif
Process control involves maintaining the output of a process within a desired range through mechanisms and algorithms. For example, controlling the temperature of a chemical reactor to maintain consistent product output. There are different types of process control including regulatory control to maintain performance at a certain level, feedforward control which anticipates disturbances to compensate before they affect the process, and adaptive control where the controller modifies its own parameters based on dynamic process conditions. Discrete control systems make event-driven or time-driven changes to processes.
This document discusses automation in the pharmaceutical industry. It defines automation and describes its advantages such as improved quality, reduced costs, and increased safety. Automation can occur at various stages of manufacturing like material handling, production processes, and quality control. The document also discusses process control and variables like temperature, pressure, and flow that are important to measure. It provides examples of automation in tablet manufacturing that can improve material handling and specific unit operations.
Kenneth Oates has over 15 years of experience in gas turbine inspection, repair, maintenance, and operation. He has worked on gas turbines for the U.S. Navy and at industrial facilities. Oates is currently part of a team contracted by GE to inspect, troubleshoot, and repair cranes at a power plant module production facility. Previously he maintained and operated remote operated vehicles for offshore oil projects. Oates also has experience supervising personnel and leading teams to ensure safe gas turbine operations and maintenance aboard Navy vessels.
This document discusses two types of maintenance packaging approaches: block packaging and equalized/phase/progressive packaging. Block packaging involves grouping all maintenance tasks into a small number of large work packages ("A", "B", "C", "D" checks) that have long ground times. It is best for fleets with many spare aircraft and a centralized maintenance base. Equalized packaging breaks the large checks into many smaller packages with approximately equal ground times of less than 8 hours. It simplifies manpower planning and maintenance scheduling for fleets with low aircraft utilization and no spare aircraft. Both approaches have advantages and disadvantages depending on the operator's fleet size, route structure, and maintenance resources.
This document provides an introduction to process control. It discusses the importance of precise control of variables like temperature, pressure, and flow in process industries. Process control is necessary to reduce variability, increase efficiency, and ensure safety. Key terms are defined, like process variable, set point, error, and load disturbance. The components of control loops like transducers, transmitters, and different signal types are also explained.
Basic Facts about Oil and Gas Energy and Production CompaniesTexas Energy Mutual
Texas Energy Mutual is an oil and gas company founded by energy industry veterans with over 150 years of collective experience. It focuses on exploration and production projects in Texas and Oklahoma, using its expertise to maximize results for shareholders. Exploration and production companies discover oil and gas reservoirs, drill wells, and produce and sell petroleum. They report daily, monthly, and quarterly production in barrels of oil, with a barrel equivalent to 42 gallons, and sometimes use the term barrel of oil equivalent to describe natural gas production. Reserves are the remaining quantities of oil and gas in the ground, which deplete over time through production, so companies also focus on exploration to locate new reserves and acquire existing producing properties.
The document provides information on process line diagrams, symbols, and standards. It discusses general instruments and how they are represented with a balloon and internal code. It also covers symbols for different types of transmitters, valves, controllers, and line diagrams. Guidelines are provided for instrument identification and procedures in piping and instrumentation diagrams. Letter codes used for instrument identification and examples are also included.
Session 03 - History of Automation and Process IntroductionVidyaIA
In this session you will learn:
History of Industrial Automation
Types of Industrial Automation
Process Industries
Overview of Continuous & Batch Process
This document discusses instrument maintenance practices at National Fertilizers Limited, a chemical process industry. It outlines the importance of instrumentation in process industries and describes various types of control loops used. It then discusses different types of maintenance practices including day-to-day, preventative, shutdown, and breakdown maintenance. Finally, it outlines upgrades made to instrumentation systems, including replacing old pneumatic and single loop controllers with a distributed control system and programmable logic controllers to improve reliability, efficiency, and optimization.
Ganesh Narendra Salvi is seeking a position as an Operation Supervisor - Engineer in the oil and gas sector. He has over 18 years of experience in control panel operations, process operations, and field operations in oil and gas plants, pipelines, and terminals in India and the Middle East. His experience includes monitoring equipment and processes, starting up and shutting down units, and ensuring safety systems are functioning properly.
In this session you will learn:
Basics of control systems
Open and Closed loop control systems
Elements of automatic control
Two position control system
Modes of automatic control
The document discusses shop floor control in manufacturing. It covers key concepts like loading, scheduling, dispatching, and monitoring in shop floor control. Loading involves checking resource availability and assigning work orders. Scheduling develops detailed production schedules using techniques like forward/backward scheduling and priority rules. Dispatching implements schedules based on real-time shop floor status. Monitoring tracks work progress, throughput, quality and provides performance feedback using tools like dashboards and Gantt charts. Overall, the document provides an overview of the main functions and processes involved in shop floor control systems that plan and control work flow on the manufacturing plant floor.
The document summarizes various control system and electrical contracting projects undertaken, including: simple pump control systems, autoclave control, heated press control, designing and building viscometer systems to measure viscosity, building viscosity control systems, automating a filling production line, building dispensing and mixing control systems, undertaking modifications and repairs in various industrial environments, building electronic motor control boards, and various motion control systems using PLCs. It also lists electrical contracting work such as inspection and testing, lighting installations and repairs, new power installations, replacement of distribution boards, fault finding, machine moving, dado trunking installations, hotel rewiring, power surveying, and emergency lighting testing.
In this session you will learn:
Instruments
Transmitters
Control valves
Valve actuators
Valve positioner
For more information, visit: https://www.mindsmapped.com/courses/industrial-automation/complete-training-on-industrial-automation-for-beginners/
In this session you will learn:
Basics of control systems
Open and Closed loop control systems
Elements of automatic control
Two position control system
Modes of automatic control
For more information, visit: https://www.mindsmapped.com/courses/industrial-automation/complete-training-on-industrial-automation-for-beginners/
Soft Computing Technique and Conventional Controller for Conical Tank Level C...ijeei-iaes
In many process industries the control of liquid level is mandatory. But the control of nonlinear process is difficult. Many process industries use conical tanks because of its non linear shape contributes better drainage for solid mixtures, slurries and viscous liquids. So, control of conical tank level is a challenging task due to its non-linearity and continually varying cross-section. This is due to relationship between controlled variable level and manipulated variable flow rate, which has a square root relationship. The main objective is to execute the suitable controller for conical tank system to maintain the desired level. System identification of the non-linear process is done using black box modelling and found to be first order plus dead time (FOPDT) model. In this paper it is proposed to obtain the mathematical modelling of a conical tank system and to study the system using block diagram after that soft computing technique like fuzzy and conventional controller is also used for the comparison.
Job Execution in Industrial System Design is an important topic learned by instrumentation engineering students. The text referred William G Andrew, H B Williams-Applied Instrumentation in the Process Industries_ Practical Guidelines. 2-Gulf Publishing (1974)
This document discusses the implementation of condition monitoring programs. It begins by defining condition-based maintenance (CBM) and explaining that the goal of CBM is to ensure safe and reliable equipment operation at optimal cost. It then lists reasons why CBM is required, such as improved quality, cost benefits from reduced downtime and maintenance, and ensuring equipment is available when needed. The document provides an overview of common condition monitoring technologies like vibration analysis, ultrasonics, thermography, and oil analysis. It also discusses best practices for setting up a CBM program, including selecting critical equipment and components to monitor, establishing measurement parameters and frequencies, and implementing the program in a phased approach.
SQC refers to using statistical techniques to control quality and achieve specifications during manufacturing. There are two main methods: 1) Process control monitors quality as products are made and 2) Product control checks quality after production before shipping. Control charts are graphical tools developed by Walter Shewhart to detect unnatural variation. A control chart has a central line for the average and upper and lower control limits usually set at 3 sigma above and below the average.
Process control examples and applications Amr Seif
Process control involves maintaining the output of a process within a desired range through mechanisms and algorithms. For example, controlling the temperature of a chemical reactor to maintain consistent product output. There are different types of process control including regulatory control to maintain performance at a certain level, feedforward control which anticipates disturbances to compensate before they affect the process, and adaptive control where the controller modifies its own parameters based on dynamic process conditions. Discrete control systems make event-driven or time-driven changes to processes.
This document discusses automation in the pharmaceutical industry. It defines automation and describes its advantages such as improved quality, reduced costs, and increased safety. Automation can occur at various stages of manufacturing like material handling, production processes, and quality control. The document also discusses process control and variables like temperature, pressure, and flow that are important to measure. It provides examples of automation in tablet manufacturing that can improve material handling and specific unit operations.
Kenneth Oates has over 15 years of experience in gas turbine inspection, repair, maintenance, and operation. He has worked on gas turbines for the U.S. Navy and at industrial facilities. Oates is currently part of a team contracted by GE to inspect, troubleshoot, and repair cranes at a power plant module production facility. Previously he maintained and operated remote operated vehicles for offshore oil projects. Oates also has experience supervising personnel and leading teams to ensure safe gas turbine operations and maintenance aboard Navy vessels.
This document discusses two types of maintenance packaging approaches: block packaging and equalized/phase/progressive packaging. Block packaging involves grouping all maintenance tasks into a small number of large work packages ("A", "B", "C", "D" checks) that have long ground times. It is best for fleets with many spare aircraft and a centralized maintenance base. Equalized packaging breaks the large checks into many smaller packages with approximately equal ground times of less than 8 hours. It simplifies manpower planning and maintenance scheduling for fleets with low aircraft utilization and no spare aircraft. Both approaches have advantages and disadvantages depending on the operator's fleet size, route structure, and maintenance resources.
This document provides an introduction to process control. It discusses the importance of precise control of variables like temperature, pressure, and flow in process industries. Process control is necessary to reduce variability, increase efficiency, and ensure safety. Key terms are defined, like process variable, set point, error, and load disturbance. The components of control loops like transducers, transmitters, and different signal types are also explained.
Basic Facts about Oil and Gas Energy and Production CompaniesTexas Energy Mutual
Texas Energy Mutual is an oil and gas company founded by energy industry veterans with over 150 years of collective experience. It focuses on exploration and production projects in Texas and Oklahoma, using its expertise to maximize results for shareholders. Exploration and production companies discover oil and gas reservoirs, drill wells, and produce and sell petroleum. They report daily, monthly, and quarterly production in barrels of oil, with a barrel equivalent to 42 gallons, and sometimes use the term barrel of oil equivalent to describe natural gas production. Reserves are the remaining quantities of oil and gas in the ground, which deplete over time through production, so companies also focus on exploration to locate new reserves and acquire existing producing properties.
Professional PowerPoint template for oil and gas presentations.
This is a fully customizable template with individual graphic elements and images. You are free to adjust cover, divider, and content slider header layouts.
Download at: http://www.powerpointteam.com/oil-industry-powerpoint-template.html
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Introduction to Oil and Gas Industry from Upstream (Exploration & Production), Midstream (Transportation & Storage), to Downstream (Refining, Petrochemical, & Marketing)
Potential health hazard associated with handling pipe used in oil and gas pro...Salim Solanki
Potential health hazard associated with handling pipe used in oil and gas production that may be contaminated with radioactive scale from naturally occurring radioactive materials (norm).
ERHC Energy Inc. Presentation at 19th Western Africa Oil, Gas & Energy Confer...Dan Keeney
This is the presentation delivered by ERHC Energy Inc. President and CEO Peter Ntephe at the 19th Western Africa Oil, Gas & Energy Conference 2013, held in Windhoek on April 23, 2013.
ERHC Presentation at the 8th Annual Sub-Saharan Africa Oil & Gas ConferenceDan Keeney
ERHC Energy President and CEO Dr. Peter Ntephe presented during the opening day of the 8th Annual Sub-Saharan Africa Oil & Gas Conference, explaining how the decline in oil prices have impacted small exploration companies.
This document discusses Puppet workflows, including:
1. Basic and end-to-end Puppet workflows involving code repositories, Puppet Masters, agents, and VMs.
2. Options for node classification, certificate exchange, and provisioning VMs in end-to-end workflows.
3. Example workflows involving testing, rapid scaling, and planning considerations like users, timescales and legacy systems.
This document introduces pipeline analytics capabilities that can help improve operational performance for oil and gas pipeline companies. It discusses opportunities in regulatory compliance, safety management, pipeline integrity management, and plant reliability management. Required business capabilities include learning from operating experience to anticipate conditions, identify unusual situations, and drive improved results. Necessary analytical capabilities combine data with models in areas like prediction, classification, and optimization to impact compliance, integrity, safety, and capital control. Examples show how predictive analytics could demonstrate and predict compliance performance, increase project control, and predict plant or equipment failures. Feedback is requested from pipeline professionals to refine these ideas.
Data Science Case Studies: The Internet of Things: Implications for the Enter...VMware Tanzu
The Internet of Things: Implications for the Enterprise
The Internet Of Things (IoT) is already a reality but getting value out of that is still in its infancy. This session analyzes the implications of IoT for the enterprise with examples from the work we have done.
Rashmi Raghu is a Principal Data Scientist at Pivotal with a focus on the Internet-of-Things and applications in the Energy sector. Her work has spanned diverse industry problems including uncovering patterns & anomalies in massive datasets to predictive maintenance. She holds a Ph.D. in Mechanical Engineering with a minor in Management Science & Engineering from Stanford University. Her doctoral work focused on the development of novel computational models of the cardiovascular system to aid disease research. Prior to that she obtained Master’s and Bachelor’s degrees in Engineering Science from the University of Auckland, New Zealand.
The document summarizes a presentation on decision-making in the oil and gas industry. It discusses how increased focus on uncertainty modeling may have "confused more than enlightened". It also examines how companies say they deal with uncertainty versus what they actually do. While some use advanced methods, others rely on simple what-if scenarios or treat uncertainty deterministically. The document cautions against processes done just because tools are available, rather than for clear decision-making goals. It stresses the importance of addressing the most critical uncertainties.
An offshore pipeline is used to transfer oil or gas from offshore platforms to onshore terminals. It is similar to an onshore pipeline but is laid underwater in a straight line or gentle curve. Offshore pipelines are concrete coated for protection and stability, use sacrificial anodes for cathodic protection, and do not require right-of-way or above-ground stringing like onshore pipelines. They transfer oil from offshore production platforms and subsea wells to shore.
Data as the New Oil: Producing Value in the Oil and Gas IndustryVMware Tanzu
Oil and gas exploration and production activities generate large amounts of data from sensors, logistics, business operations and more. Given the data volume, variety and velocity, gaining actionable and relevant insights from the data is challenging. Learn about these challenges and how to address them by leveraging big data technologies in this webinar.
During the webinar we will dive deep into approaches for predicting drilling equipment function and failure, a key step towards zero unplanned downtime. In the process of drilling wells, non-productive time due to drilling equipment failure can be expensive. We will highlight how the Pivotal Data Labs team uses big data technologies to build models for predicting drilling equipment function and failure. Models such as these can be used to build essential early warning systems to reduce costs and minimize unplanned downtime.
Panelist:
Rashmi Raghu, Senior Data Scientist, Pivotal
Hosted by:
Tim Matteson, Co-Founder -- Data Science Central
Video replay is available to watch here: http://youtu.be/dhT-tjHCr9E
This document discusses big data in the oil and gas industry. It defines big data as high volumes of data from various sources that comes in at a fast velocity. This data has value for oil and gas companies by enabling quicker and more accurate decisions. The document outlines sources of big data growth for oil and gas companies and how big data is driving innovation. It also discusses how the oil and gas industry represents the majority of the energy industry and how big data can provide value through business decisions, investments, production planning and safety.
“The Digital Oilfield” : Using IoT to reduce costs in an era of decreasing oi...Karthikeyan Rajamanickam
Executive Summary:
oWe decided to create this point-of-view after seeing many abstract presentations and esoteric concepts on Digital Oilfield, IoT, Big Data and Analytics.
oThis is our attempt to bring a practical implementation view to IoT by combining Digital Oilfield and IoT.
oHere, we also envisage sharing our IoT experience and lessons learnt in implementing Digital Oilfield solutions around IoT.
oThe following comprise our fundamental business case for Finance:
oPRODUCTION FORECAST
oFAULT COMPARTMENTS
oWELL LOCATION OPTIMIZATION
The petroleum industry involves exploring for oil and gas deposits, extracting them from the ground, refining oil into fuel products like gasoline and diesel, and transporting and marketing these products. It is divided into upstream (exploration and production), midstream (transportation, storage, and processing), and downstream (refining and distribution) sectors. Globally, oil accounts for around 33-53% of energy consumption in different regions. The United States consumes around 25% of the world's oil production each year. The petroleum industry represents the world's largest industry in terms of revenue.
The document discusses analyzing stress in a buried branch connection using pipe stress analysis software Caesar II. The initial results using the basic soil model showed unrealistic high stresses at a tee. Further review found the basic soil model had much weaker axial than lateral soil springs. Switching to the more realistic American Lifelines Alliance soil model resulted in stress levels within acceptable limits by providing more balanced soil resistance. The lessons learned were to not rely solely on software and have a deep understanding of its limitations and assumptions.
The document outlines the life cycle of oil and gas wells, including planning, drilling, completion, production, and abandonment phases. It describes the planning process including well classification and formation pressure considerations. Key aspects of drilling are discussed such as rig types, crews, casing, and use of drilling mud to remove cuttings from the wellbore.
Chinna Praveen Kumar is a Terminal Operator with over 5 years of experience in oil and gas operations. He currently works for HPCL Mittal Energy Ltd. in Bathinda, India, where his responsibilities include operating equipment like pumps, meters, tanks, and pipelines to receive, store, blend, and dispatch crude oil and refined products. He also assists with the commissioning of new facilities and equipment. Previously, he worked for Hi Tech Carbon managing carbon black feedstock storage and handling operations.
Michael Duncan has over 30 years of experience overseeing natural gas processing plant operations including cryogenic processing, H2S amine treatment, dehydration units, and NGL storage. He is skilled in maintaining safe operations, equipment inspections, process monitoring and adjustments, troubleshooting issues, and training new employees. Duncan seeks a leadership role where he can utilize his extensive experience and skills in communication, safety, and team development.
The document outlines the responsibilities of an operations or control room operator role. Key responsibilities include:
1) Monitoring and controlling production facilities through a distributed control system to ensure safe and efficient operations. This includes starting up and shutting down equipment, maintaining process parameters, and isolating equipment for maintenance.
2) Keeping detailed records of operational data like pressure, temperature, and flow rates. Ensuring equipment is well maintained and requesting repairs when needed.
3) Coordinating with other departments to ensure smooth plant operations and shutdowns. Applying safety procedures for both operations and maintenance.
Thomas Lally has over 20 years of experience as a power plant operator and boiler plant operator. He holds numerous licenses including a Maryland First Grade Stationary Engineers License. He has a Bachelor's Degree in Environmental Engineering Technology from Temple University. Currently he works as a Power Plant Operator for NAES Corporation, where his responsibilities include operating and maintaining steam production processes, software systems, and ensuring environmental compliance.
Hilario C. Dicag is applying for a position as a Senior Rotating Equipment Technician. He has over 22 years of experience as a mechanical technician working on rotating equipment like compressors, pumps, and turbines in oil, gas, and power industries. His resume lists his employment history including his most recent role as a Senior Rotating Equipment Technician for Saudi Aramco Total Refining and Petrochemical Company where he performed maintenance, inspections, and repairs on rotating equipment. He is seeking a similar position where he can utilize his extensive experience maintaining critical rotating equipment.
Dear Sir,
I'm Subramanian Narayanasamy from saudi arabia working in NES Global Ltd Client SADARA PETROCHEMICAL COMPANY and I have 14 years experiences in oil & gas company Maintenances field.
MY CONTRACT END OF THIS MONTH JANUARY-31-2018 PLEASE ANY VACANCES IN OUR CONCERN
PLEASE CONSIDER MY CV .
S. Jaya Kumar has over 30 years of experience in instrumentation, including 17 years in the oil and gas sector. He has extensive experience commissioning and maintaining control systems, turbines, compressors, and other equipment. Some of his roles include supervising instrumentation installation and commissioning of a steam boiler and compressor in Nigeria. He is proficient in DCS systems, PLCs, vibration monitoring, and calibrating process instruments.
This document provides a summary of Marvin Fernandez Balani's career objective, qualifications, work experience, and skills. His objective is to obtain a position as a Protection Engineer focusing on fire and electrical systems or automation engineering. He has over 15 years of experience in operations, maintenance, and project roles in industries such as oil and gas, utilities, and construction. His technical skills include SCADA, PLC, electrical systems, and fire protection. He is seeking a role that utilizes his engineering degree and experience.
This resume is for a Maintenance Supervisor position at a meat processing facility. The supervisor will oversee the repair, maintenance, and operation of all equipment including ammonia systems, air and water filters, plumbing, and more. They will also train and evaluate maintenance employees, ensure production schedules are met, manage the computerized maintenance system, coordinate work to minimize downtime, and recommend capital improvements.
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Digital Transformation Compass
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Duties & responsibility
1. Oil and Gas Pipeline Professionals:
Duties, Responsibilities, Knowledge, Physical
Characteristics and Working Conditions
2. Essential Skills
• Reading
• Document use
• Numeracy
• Writing
• Oral communication
• Thinking skills
• Computer skills
• Working with others
• Continuous learning
3. Oil Pipeline Operators and Maintenance Workers
• Oil pipeline operators and maintenance
workers ensure that pipeline systems
operate safely, efficiently and reliably.
• Pipeline systems transport oil and oil
products via:
• flow lines that connect oil wells to oil
batteries (storage facilities)
• pipeline gathering systems that
connect production fields to main
pipelines
• main pipeline transmission lines that
carry oil from major points of
production to refineries or to other
markets.
4. Working Conditions
• Pipeline systems operate 24 hours a day, year round, so
control centre operators may work eight or 12 hour
shifts. They usually work in an office. Other workers
may work eight hour day shifts.
• Utility workers and gaugers work both indoors and
outdoors in all types of weather conditions.
• They are required to lift items weighing up to 20
kilograms.
• All pumping station personnel must be acquainted with
safety procedures associated with handling oil and oil
products.
5. Knowledge Required
• Safety procedures, first aid and CPR
• WHMIS (Workplace Hazardous Materials
Information System)
• Mechanics
• Electrical work
• Basic electronics or instrumentation
• Chemical engineering technology
• Petroleum engineering technology
• Mechanical engineering technology
6. Personal Characteristics
• Oil pipeline operators and maintenance
workers need the following characteristics:
– precise
– flexible
– good communication skills
– the stamina and endurance required to perform
repetitive tasks
– able to work effectively as a member of a team.
7. Personal Characteristics: Cont’d
• They should enjoy
– taking responsibility, adhering to prescribed work procedures
and doing physically active work.
– controlling equipment, instruments and machinery, analyzing
information to solve problems, and working with others.
• In an emergency
– oil pipeline operators must be able to evaluate the situation and
respond to it quickly and correctly.
– The safety of a number of people and the efficient operation of
the oil pipeline system often depend on their good judgement.
– Control centre operators also need goodcolour vision to
interpret colour computer graphics.
8. Maintenance Worker’s responsibilities
• Workers' responsibilities vary from one company
to another.
• oil pipeline maintenance workers:
– check the equipment (pumps, motors, valves, traps) at
pumping stations and related sites
– co-ordinate operations with control centre operators
– monitor the quality of the products shipped
– make adjustments to the equipment
– respond to problems when they occur along the
pipeline system.
9. Tank farm operators
• In some companies, they employed at pumping stations, usually
located near tank farms (large storage facilities for oil and oil
products)
• From control room, They:
– monitor instruments that provide information about product levels in
storage tanks and the flow rates, pressures, volumes, densities and
temperatures of products being shipped
– `operate computers that remotely control valves, product separation
and pumps
– direct the work of gaugers and utility workers (described below)
– monitor the work of contract personnel while at the tank farm and
pumping station
– check various areas of the pumping station to ensure proper and safe
operation
– may check remote pumping stations.
10. Tank Farm Operators: Cont’d
• They report directly to station supervisors and
are expected to assume supervisory
responsibilities when station supervisors are
absent.
11. gaugers
• Gaugers may work at pumping stations
• Gaugers :
– make routine checks of the pumping station or remote stations
– take readings and make necessary adjustments
– keep detailed records of oil flow, temperature, density and pressure in the pipeline
– take samples of crude to evaluate quality
– take precise readings from meters
– send and receive pipeline scrapers
– maintain equipment
– determine month end tank inventories
– may prepare calculations for receipts and deliveries of oil and oil products.
• Under direct supervision, gaugers also may:
– route the correct product to the pumps from the tanks
– check to see that incoming and outgoing products are moving through the correct meters and
that meters are working properly
– take samples of various products
– conduct simple laboratory tests to check product quality and grade.
12. Utility workers
• Utility workers work closely with gaugers and
assist them with their work.
• As they gain experience, utility workers usually
are given more responsibility and, after two or
three years, may advance to gauger positions.
• In addition to their work with gaugers, utility
workers are responsible for general maintenance,
housekeeping in the pumping station (washing
walls, cleaning floors) and general site safety.
13. Oil Pipeline Control Centre Operator
• Oil pipeline control centre operators use sophisticated
computerized equipment to monitor and control
pipeline activities for large regions from one
centralized control centre
• From control rooms, they:
– monitor operations including flow and product quality
measures, storage levels, line
– balance and leak detection
– operate control valves, block valves, product separation
and pumps
– provide information to gaugers, maintenance and other
personnel (gaugers and utility workers)
14. Working Conditions
• Pipeline control centres generally are located in urban
areas where pipeline companies have their operating
headquarters.
• Oil pipeline control centre operators usually work in
offices surrounded by monitors, phones and other
electronic control equipment.
• Pipeline systems operate 24 hours a day, year round, so
control centre operators often work eight or 12 hour
rotating shifts.
• Shifts may include nights, holidays and weekends and
on-call shifts on a rotational basis.
• Overtime also may be required.
15. Personal Characteristics
Oil pipeline control centre operators need the following
characteristics:
• able to work changing shifts and remain alert
• precise, analytical and detail oriented
• responsible, able to take charge and handle high pressure
situations
• flexible
• excellent problem solving and decision making skills
• a safety conscious attitude
• good oral and written communication skills
• good colour vision to interpret colour computer graphics
• able to work effectively as a member of a team.
16. Personal Characteristics: Cont’d
• In an emergency
– Oil pipeline control centre operators must be able to
evaluate the situation and respond to it quickly and
correctly.
– The safety of a number of people and the efficient
operation of the oil pipeline system often depend on
their good judgment.
• Oil pipeline control centre operators should enjoy
controlling equipment, instruments and
machinery, analyzing information to solve
problems and working with others.
17. Knowledge Required
• Electrical Technology
• Electronics or instrumentation
• Chemical engineering technology
• Petroleum engineering technology
• Mechanical engineering technology
• field experience such as instrumentation,
electrical or mechanical maintenance in field
compressor or pumping stations and facilities
18. Gas Pipeline Operators and
maintenance Workers
• Known as Control Room Operator, Gas
Compressor Operator
• Gas pipeline operators and maintenance
workers monitor the day to day operations of
meter and compressor stations essential to
the distribution and smooth flow of gas
through pipelines
19. Gas compressor operators
• Gas compressor operators monitor
compressor and metering equipment and
maintain station areas.
• Gas pipeline companies may have different
categories of gas compressor operators.
• As people learn more about compressors and
metering, they usually are given more
responsibilities and move up to higher levels.
20. • Working Area
– Gas compressor operators usually work at several different compressor stations and meter
stations. At meter stations,
• they may:
– operate and monitor the operation of gas wells feeding into gathering systems
– monitor, program and adjust electronic and pneumatic measuring devices
– operate and maintain dehydrators and other wellsite equipment
– record the temperature, pressure and volume of gas in the pipeline
– take samples of gas and conduct basic tests
– analyze flow characteristics
– add chemicals to flow lines as required
– submit daily reports on facility operations.
• At compressor and measurement stations, they may:
– ensure that all equipment is operating normally and perform minor mechanical
– maintenance, adjustments and repairs
– take readings from the various gauges and instruments
– make manual adjustments to valves or equipment.
21. Gas compressor operators : Cont’d
• Gas compressor operators must be aware of
unusual changes in compressors and metering
operations.
• When problems occur, they usually are
responsible for handling the immediate problem
and recommending any necessary changes.
• They also may be required to paint, wash, clean
and do the general housekeeping necessary at
each station.
22. Gas Control Operators
In highly automated gas pipeline systems,
compressor stations and meter stations may be
controlled entirely by gas control operators at other
locations who:
• monitor meters, gauges, indicators and alarm
systems that provide information about the
temperature, flow, pressure and amount of gas at
any one place along the pipeline or at meter or
compressor stations
• keep regular records
• respond to problems when they occur
23. Gas Control Operators: Cont’d
• Gas control operators' duties vary with the
level of automation of the pipeline system.
• Those working with highly automated systems
may handle problems and make adjustments
by using equipment in a control room.
• Those working with less automated systems
may instruct other personnel to make manual
adjustments at the location of the problem or
at another control area.
24. Gas Control Operators: Working
Conditions
• Gas flows through pipelines around the clock, every day of the year,
so gas pipeline operators may 12 hour work shifts or be on call
outside of their regular Monday to Friday working hours.
• Gas pipline maintenance workers work outdoors in all kinds of
weather conditions and in remote locations.
• They also may be required to drive to a variety of stations to check
and repair equipment.
• All operators and workers are required to lift equipment weighing
up to 20 kilograms.
• Gas compressor operators, pipeline operators and maintenance
workers must be aware of potential hazards and know how to
handle emergency situations.
• Hazards include fluids under high pressure and deadly hydrogen
sulphide which often is a component of gas that comes directly
from the well.
25. Gas Control Operators: Personal
Characteristics
Gas pipeline operators and maintenance workers
need to be:
• precise
• responsible
• handy with tools
• interested in working with machines and
complex equipment
• comfortable around large, noisy equipment
• able to work on their own with little
supervision.
26. Gas Control Operators: Personal
Characteristics
Gas pipeline operators and maintenance
workers should enjoy:
• doing a variety of tasks
• controlling equipment, instruments and
machinery
• analyzing information to solve problems
• working alone and with others in a team.
27. Start to Work
• In larger companies, new employees usually are hired as
utility workers
• Initially, utility workers may do many of the physical jobs
such as cleaning, painting and maintaining pipeline stations
• As they gain experience, they may be given additional
responsibilities in other areas of compressor or meter
stations
• It often takes a few years before utility workers can
officially be classified as gas compressor operators
• During the training period, utility workers may have
opportunities to take in-house and technical school courses
on compressor, metering and control room operations
28. Gas Utility Operator
• Gas utility operators install and service gas utility
pipeline systems that transport natural gas from
its source to points of use such as building meter
sets.
• Gas utility systems include:
– gas transmission distribution systems under various
levels of pressure
– gas mains and services
– pressure controllers and regulators
– gas meter and measuring.
29. Gas Utility Operator: Cont’d
Gas utility operators:
• interpret prints and specifications to determine the location, size and materials
required to install gas mains
• install and maintain cathodic protection to prevent corrosion in steel and
aluminum pipes
• locate underground gas systems and conduct routine surveys of gas mains and
distribution lines to detect and locate escaping gas
• carry out routine gas system maintenance functions
• operate and maintain regulating, measuring and odourizing facilities
• provide information about underground gas distribution lines and observe
excavation work
• to ensure that underground gas facilities are protected
• investigate reports of gas leaks to determine the exact location and extent of leaks
• use equipment to expose gas lines and repair damaged pipes
• use laptop computers to keep records of work performed and the location and
condition of pipelines
30. Gas Utility Operator: Working
Conditions
• Gas utility operators work at physically demanding
tasks both indoors and outdoors.
• Operators generally work a 40 hour work week but
overtime may be required to deal with emergencies or
to meet construction deadlines.
• Working with explosive gases and power tools can be
dangerous.
• To avoid injury, gas utility operators must follow safety
codes and regulations and, during emergency
situations, follow the specified procedures.
• Operators may be required to lift items weighing up to
20 kilograms.
31. Gas Utility Operator: Personal
Characteristics
Gas utility operators need the following
characteristics:
• mechanical ability
• manual dexterity
• the intellectual ability to succeed in the
formal training
• the ability to get along well with customers
and fellow workers