Oil & Gas

Join this webinar to understand the new requirements for electronic injury and illness reporting, how to correctly fill out the OSHA 300, 301, and 300A logs, more. Price:$200.00. Contact info : OnlineCompliancePanel Phn. no. +1-510-857-5896 Fax-+1-510-509-9659 info@onlinecompliancepanel.com Event link - https://www.onlinecompliancepanel.com/webinar/OSHA-s-E-Recordkeeping-and-Significant-Injury-Reporting-Rules-Updates-to-be-compliant-with-in-2019-506899/JANUARY-2019-ES-TRAININGREGISTRY

In this 1-day course participants will learn the best practices in Measure Schematics in relation to the Enhanced Production Audit Program and to Directive 17 (Measurement). It can be used as the communication tool to articulate oil and gas production operations for production accountants. By walking through the Measurement Schematics from oil and gas production from the wellhead to the pipeline, the operator/operations engineer gain a common understanding of the operations in the field. All parties are on the same page and walk towards operational excellence. Through measurement schematics, operation personnel can focus on the issues in the field and resolve them quickly. This course is created for Oil and Gas Operation Professionals, Production / Operation Engineers and Production Accountants who would like to gain an understanding of Measurement Schematics in the Enhanced Production Audit Program and Directive 17.

This one-day Assertiveness course is designed for anyone at any level within an organization, to better communicate with others in their work/business environment, using assertive skills. Assertive skills involve a variety of appropriate interpersonal behaviours including the following: giving positive feedback, providing information, asking requests of others, giving constructive criticism or being on the receiving end of feedback, criticism, or saying “no” without feeling guilty. Using assertive skills will help increase self-confidence, increase one’s own self-respect and respect of others, allow one to have better stress and time management skills, and finally, have overall better communications with others in the workplace to successfully achieve business goals. Who Should Attend: The Becoming More Assertive In the Workplace course is designed for all roles in the workplace, and is recommended for anyone looking to improve their communications with others in the workplace.

This NSI Technologies course is designed for engineers involved in detailed design and analysis of hydraulic fracture treatments. A good understanding of, and familiarity with, fracturing fundamentals, materials selection (fluids/ proppant), and applications is required. Emphasis is placed on analyzing fracturing pressure data during pumping, and during the subsequent pressure decline, and use of this data to recognize common problems. A wide range of real field problems will be tackled in the practical sessions (which comprise more than 50% of the course) The “workshop” format for this course uses examples of actual problem wells from various environments. These examples place emphasis on 3-D fracture modeling for analysis/design, and the sessions are conducted using NSI’s fracture simulators StimPlan/E-StimPlan. The course includes NSI’s comprehensive manual, augmented with special material discussing fracturing in complex formations.

This 2-day Introduction to Petroleum Geology course is designed for anyone interested in basic petroleum geology, hydrocarbon structure, and geological methods. This course is designed as a non-technical overview to give the participant a good understanding of why hydrocarbon is produced in certain areas and how it is found. Participants can expect to learn terminology and methods commonly used in the industry. Who Should Attend: An Introduction to Petroleum Geology is a non-technical overview of Geology and is open to anyone in any discipline in the Oil and Gas industry.

This course emphasizes the multi-disciplinary nature of Acid Fracturing, covering the differences between Propped Fracturing and Acid Fracturing including integrated with Acid Chemistry, Etched Conductivity, Acid Reaction kinetics, wormholing fluid loss, acidizing materials and treatment execution/QC. There is some emphasis on StimPlan software for acid fracturing design. Learning Objectives • Gain general knowledge in basic theory and application of acid fracturing. • How to determine the volume of rock removal and acid stoichiometry. • Develop step-by-step procedure for estimating acid fracturing variables and developing preliminary treatment design goals and pump schedule designs. • How to determine and measure acid reaction and fluid loss/wormholing parameters. • How to evaluate/select appropriate acid fracturing materials. • How to perform the critical field QC for good acid fracturing results. • Gain proficiency in the use of StimPlan.

This intensive 2-day course is designed for practitioners, Engineers, and specialists who have worked in EPC companies and/or operating companies. The course is designed to help participants learn more about engineering/design, manufacturing, tests, installation operations, and maintenance features of API 610 Centrifugal Pumps installed in oil, gas and petrochemical industries. It is a seminar-style course with significant class time discussion. Preparation for the class will be important for all participants who want to benefit fully from the course by reviewing of class notes and references in advance. The course is based on API 610 and practical case studies to improve attendees academic and practical experiences. The course blends design and engineering subjects, with manufacturing, test, installation, pre-commissioning, commissioning, and maintenance/troubleshooting issues of the new pump applications. Prerequisite: 2-3 years of project experience preferred.

The Production of Oil and Natural Gas course will provide comprehensive knowledge and practical know-how of integrated subsurface and surface production engineering. The techniques used in the production of oil and natural gas are presented and examples are discussed. Topics include properties of petroleum fluids, inflow performance of wells. Wellbore hydraulics, multiphase flow in pipes, choke, separation and transportation systems. The discussions of production technology will be complemented by artificial lift methods, well problems and optimization. Who Should Attend: Production Engineers, Reservoir Engineers, Facility Engineers, Managers, and other oil and gas personnel interested in learning oil and gas production, from the reservoir to the surface production facilities will find this course of benefit.

Smart wells provide real time monitoring and control of production and injection by downhole valves and sensors. The sensors provide data to remotely regulate the well performance and optimize production. Smart well technology minimizes well intervention and maximizes reservoir productivity. Since the initiation of first smart well in 1997 ( North sea), considerable number of smart wells are developed in the world. In this course, the basic principles and fundamentals of intelligent completions are discussed. Smart well and smart field planning, design and implementation are presented. The main considerations for screening, modeling and application of smart wells are covered and field applications are presented. This course is intended for Managers, Engineers (including reservoir, production, drilling and completion), planning and operations staff and personnel of other disciplines interested in becoming familiar with smart well technology and the potential applications.

The purpose of this seminar is to increase the skill and knowledge of Engineers, managers and operators in ABSA (Alberta Boilers Safety Association), BCSA (British Columbia Safety Authority) and Safety Code requirements in Alberta and British Colombia Oil and Gas industries. Seminar Objectives The overall objective of this seminar is to give students a background in: 1. ABSA and BCSA requirement for Design, Fabrication, Construction, Welding, Inspection, In-service Inspection of Pressure Equipment. The minor objectives are outlined below: 1. Interfaces between ABSA and AER (Alberta Energy Regulator) 2. Interfaces between BCSA and OGC (British Columbia Oil and Gas Commission) Prerequisites: Basic Pressure Piping and Pressure Vessel knowledge. This seminar is not affiliated with ABSA or BCSA.

This HAZOP course will give attendees a complete grounding in what HAZOPs are, their purpose and how to organize them. The course will discuss what has to be done to prepare for a HAZOP and the documentation required. Who should attend HAZOPs will be reviewed. The course will discuss in detail the HAZOP methodology and risk ranking. The roles of the key team members will also be discussed. In addition a significant portion of the course will be to discuss the role of the facilitator and the requirements for a good facilitator. Attendees of this course will participate in a mock HAZOP and will be able to play the role of facilitator and team members. The course will also review the HAZOP reporting requirements as well as a review of HAZOP jargon and glossary. Who Should Attend Project Managers, Process Engineers, Plant Engineers, Operations Superintendents, Automation Engineers and anyone likely to participate in a HAZOP will find his course helpful and interesting.

This 2-day course is designed to help participants learn more about engineering/design, manufacturing, tests, installation operations, and maintenance features of API 617 Centrifugal Gas Compressors installed in oil, gas and petrochemical industries. It is a seminar-style course with class discussion. Preparation for the class will be important for all participants who want to benefit fully from the course by reviewing of class notes and references in advance. The course is based on API 617 and practical case studies to assist attendees in improving both their academic and practical experiences. The course blends design and engineering subjects, with manufacturing, test, installation, pre-commissioning, commissioning, and maintenance/troubleshooting issues of the new compressor applications. This course will also help you to attend technical meetings with vendors with improved confidence. Prerequisite: 2-3 years of project experience preferred.

Petroleum refineries may appear complicated at first glance. Breaking them down into a series of units makes the process easier to understand. This course covers the basic building blocks of a typical refinery, from crude oil inlet to distribution. This 2-day course begins by discussing energy trends and outlook. It focuses then on the core refining processes including feedstock properties, process chemistry, process variables, operating conditions, unit configuration, and refinery products. Refining processes are discussed in detail. This program is designed to serve as an introduction to petroleum refining processing. For each process, purpose, basic chemistry, process flowsheets and typical operating parameters are reviewed. The integration of these processes to achieve different refining objectives is also addressed. This course provides technical details; however, it is designed to be understood by, and of benefit to both technical and non-technical personnel.

This 1 1/2 day course is designed to provide petroleum professionals with completions options and familiarize them with issues that should be taken into consideration as part of planning and designing a completions job. It includes both horizontal and vertical wells, rock mechanics, will review current and primary techniques for horizontal completions, and will provide an understanding of completion diagnostics. In this course students: • Will understand the role of reservoir quality in vertical and horizontal wells • Will understand the effects of reservoir quality with depth control • Are introduced to the basics of rock mechanics • Are introduced to the various completion options for wells • Will understand the various completion options for horizontal wells • Will gain an insight of relative costs for different completion options • Will gain an insight of production results based on completion options • Will gain an understanding of the various diagnostic techniques

The pipeline industry is a dynamic industry that has evolved over several decades in Canada. From initial planning, to Front End Engineering and Design (FEED) and sometimes several decades ahead to the decommissioning and abandonment of the pipeline – The Canadian Pipeline Fundamentals course will introduce newcomers to the pipeline industry and to issues throughout the life of a pipeline. The Canadian Pipeline Fundamentals course is designed as an introduction for non-technical professionals and new engineers and technologists to the pipeline industry. Who Should Attend The Canadian Pipeline Fundamentals course would be appropriate for both newcomers to the pipeline industry, business development professionals, those in non-technical roles who wish to understand the different business units in their organization as well as non-industry individuals wishing to gain a better understanding of the stages in the life of a pipeline.

This one day course will cover a high-level overview of natural gas processing to understand the key processing steps required to make saleable products from raw gas (from wellhead to marketplace). The overall process block flow diagram will be used to illustrate how the various individual plant operations are integrated to create gas plants capable of handling feeds from gas fields. You will gain a basic understanding and working knowledge of the major processes encountered in the processing and transportation of natural gas. The course is in plain language easily understandable for individuals either in technical, managerial or support roles. The Fundamentals of Natural Gas Processing course is designed for a wide range of audiences, is fully interactive and utilizes fundamental technical exercises and terminology to learn key points. Useful and handy reference material, process animation, equipment cut view, equipment internals and a lot of diagrams are included in course.

Petroleum refineries may appear complicated at first glance. Breaking them down into a series of units makes the process easier to understand. This course covers the basic building blocks of a typical refinery, from crude oil inlet to distribution. This 2-day course begins by discussing energy trends and outlook. It focuses then on the core refining processes including feedstock properties, process chemistry, process variables, operating conditions, unit configuration, and refinery products. Refining processes are discussed in detail. This program is designed to serve as an introduction to petroleum refining processing. For each process, purpose, basic chemistry, process flowsheets and typical operating parameters are reviewed. The integration of these processes to achieve different refining objectives is also addressed.

This course will introduce participants to the art of reading Piping & Instrumentation Diagrams (P&ID;) which are typically used in the chemical and process industries by Engineers and Technologists in the design and construction phase, and by Operations and Maintenance staff once facilities are up and running. At the end of this course, you will be able to: ? Understand how the facilities relate to the drawings ? Speak the same language as the Operators and Engineers of the facilities ? Participate in design reviews, HAZOP and other studies ? Propose changes or modifications to improve the system

On one hand, this one-day SAGD course can be considered a crash course for individuals who have just started work in SAGD industries, while on the other hand it is a course for individuals who have been working in SAGD for many years but have never had the chance to grasp a “high level picture” of SAGD plants. The In-Situ Oil Extraction: SAGD course explains important and popular aspects of SAGD plants in a plain language easily understandable for individuals in managerial and technical roles. Three main segments of SAGD plants/projects will be covered; CPF (Central Processing Facility), pipelines and well pads. The approach taken is to initially take a black box approach for each element of the plant by covering the goal and duty of the item, then going through the black box by introducing different technologic bases and finally providing a physical sense regarding their size or other frequently-referred operating parameters.

Overview: This presentation will help you become acquainted with the latest information regarding IFRS for companies in the resource sector. Why should you Attend: Extractive industries, involved in the search for mineral resources, including oil, gas, minerals, and similar non-regenerative resources, have unique accounting and reporting issues, particularly in regards to the evaluation of assets, revenues and expenditures. Areas Covered in the Session: Why the accounting for this sector is different How resource assets are evaluated Special rules for measuring revenues and expenditures How revaluation rules apply to the Oil, Gas, and Mining industries Other specific requirements of IFRS 6 Required disclosures