Oil & Gas Plant Construction, Project Execution PlanDavid H Moloney
Details of how a Gas & Oil Plant is constructed, and how the progress, safety and quality is monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
The Oil and Natural Gas Value Chain; PETROLEUM INDUSTRY STRUCTURE; THE AMERICAN PETROLEUM INSTITUTE CLASSIFICATION OF THE PETROLEUM INDUSTRY; UPSTREAM OIL AND GAS SECTOR; Business Cycle of Upstream; Components of the Upstream Sector; Upstream Oil Company Targets; MIDSTREAM SECTOR; DOWNSTREAM PROCESS AND SECTOR; Distribution of Refined Products; PETROLEUM REFINING; Distillation of Crude Oil; PETROLEUM COMPANIES TYPES; International Oil Companies (IOCs); Nation Oil Companies (NOCs); Operator Companies (or Exploration and Production (E &P) Companies); Types of exploration and production companies; Service Petroleum Companies; Types of service companies; MAIN PETROLEUM COMPANIES PARTICIPANTS IN THE INTERNATIONAL OIL MARKET; SEVEN SISTERS (or ANGLO-SAXON) ; Composition and history; New Seven Sisters
Introduction to Oil and Gas Industry from Upstream (Exploration & Production), Midstream (Transportation & Storage), to Downstream (Refining, Petrochemical, & Marketing)
FTA Construction Management Handbook - 2012Yusuf Yıldız
U.S. Federal Transit Administration (FTA) tarafından hazırlanan, inşaat projelerinde proje yönetimi ve geliştirilmesi konularını kapsamlı bir şekilde ele alan el kitabı.
Oil & Gas Plant Construction, Project Execution PlanDavid H Moloney
Details of how a Gas & Oil Plant is constructed, and how the progress, safety and quality is monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
The Oil and Natural Gas Value Chain; PETROLEUM INDUSTRY STRUCTURE; THE AMERICAN PETROLEUM INSTITUTE CLASSIFICATION OF THE PETROLEUM INDUSTRY; UPSTREAM OIL AND GAS SECTOR; Business Cycle of Upstream; Components of the Upstream Sector; Upstream Oil Company Targets; MIDSTREAM SECTOR; DOWNSTREAM PROCESS AND SECTOR; Distribution of Refined Products; PETROLEUM REFINING; Distillation of Crude Oil; PETROLEUM COMPANIES TYPES; International Oil Companies (IOCs); Nation Oil Companies (NOCs); Operator Companies (or Exploration and Production (E &P) Companies); Types of exploration and production companies; Service Petroleum Companies; Types of service companies; MAIN PETROLEUM COMPANIES PARTICIPANTS IN THE INTERNATIONAL OIL MARKET; SEVEN SISTERS (or ANGLO-SAXON) ; Composition and history; New Seven Sisters
Introduction to Oil and Gas Industry from Upstream (Exploration & Production), Midstream (Transportation & Storage), to Downstream (Refining, Petrochemical, & Marketing)
FTA Construction Management Handbook - 2012Yusuf Yıldız
U.S. Federal Transit Administration (FTA) tarafından hazırlanan, inşaat projelerinde proje yönetimi ve geliştirilmesi konularını kapsamlı bir şekilde ele alan el kitabı.
The APM Risk SIG presented a Quantitative Risk Analysis event on 11th February 2016 that provided perspectives across the project stakeholder spectrum, from client decision-makers to risk analysts and consultants. Dr David Hillson, The Risk Doctor, spoke about assessing overall project risk with quantitative risk analysis.
An exploration of the practical application of QinetiQ’s Risk and Cost audit models to benchmark project (and business) health and improve forecast cost and schedule out-turn
Drawing on case examples, the speakers will describe how QinetiQ’s audit capabilities are used to assess risk and cost maturity of projects and organisations. They will explore how the models are applied to establish current maturity levels and develop prioritised action plans, allowing organisations to focus on delivering rapid and tangible improvement.
2014-06-09 TCTP - Development Planning & Project Management for Cambodia & Laos (JICA, MOFA, INTAN). My input was as a seasoned lecturer/consultant in "Financial analysis for development project" ~ using real life first hand experiences during my 6-months stint as an IDB Project Expert in 'Project Financing' to Turkmenistan's State Bank for Foreign Economic Affairs (TFEB) at Ashgabat during the height of the 1998 Asian Financial Crisis -- using a case study: a new Ammonia/Urea Plant in Chardhow.
Many attractive investment projects – for instance in energy efficiency – are not carried out for various reasons (lack of capital, information, manpower…). Companies find it difficult to come up with a well-informed, satisfactory answer to the essential question: which projects are the most profitable in the long-term? What they need is a practical working method that is straightforward to use and produces reliable investment guidance. Life cycle costing is just such a method.
Life cycle costing (LCC) compares project cost estimates over the lifetime of a project. This application note shows how you can perform a rational LCC analysis by following a simple, 6-step procedure. The procedure uses common spreadsheet tools, so it’s time-efficient, and it teaches you how to derive numbers from a limited set of input variables, numbers that are good enough to make an informed decision.
Many attractive investment projects – for instance in energy efficiency – are not carried out for various reasons (lack of capital, information, manpower…). Companies find it difficult to come up with a well-informed, satisfactory answer to the essential question: which projects are the most profitable in the long-term? What they need is a practical working method that is straightforward to use and produces reliable investment guidance. Life cycle costing is just such a method.
Life cycle costing (LCC) compares project cost estimates over the lifetime of a project. This application note shows how you can perform a rational LCC analysis by following a simple, 6-step procedure. The procedure uses common spreadsheet tools, so it’s time-efficient, and it teaches you how to derive numbers from a limited set of input variables; numbers that are good enough to make an informed decision.
Investment contribution to strategic objectives!
Business cases based on RoI or NPV seldom contribute to any benefits over time or support the strategic objectives. Return on Strategy is an excellent method to calculate strategic contribution per invested SEK.
The main hypothesis of a traditional business case is that we can isolate the effects of an investment over time (3-5 years) to calculate its benefit contribution. But the fact is that the hypothesis is far from true. In the ‘new normal’ we need new investment management methods that eliminates ‘the X factor’ (unpredictability).
The Goodwind Company (together with Pro4u and ValueMiner) has developed a concept "Return on Strategy" to evaluate and optimize the strategic contribution of the Investment portfolio. How much objective contribution do we get per invested SEK?
In December 2015, the UK’s National Audit Office reported that one-third of UK government projects were either unachievable or in-doubt. This would have come as a great surprise to most commentators, in particular that two-thirds of the projects were forecast to be on track! It is not immediately clear from the report on what basis these projects are secure about their on-time delivery. How can a project forecast with confidence that it will deliver on time?
The APM Risk SIG presented a Quantitative Risk Analysis event on 11th February 2016 that provided perspectives across the project stakeholder spectrum, from client decision-makers to risk analysts and consultants. Dr David Hillson, The Risk Doctor, spoke about assessing overall project risk with quantitative risk analysis.
An exploration of the practical application of QinetiQ’s Risk and Cost audit models to benchmark project (and business) health and improve forecast cost and schedule out-turn
Drawing on case examples, the speakers will describe how QinetiQ’s audit capabilities are used to assess risk and cost maturity of projects and organisations. They will explore how the models are applied to establish current maturity levels and develop prioritised action plans, allowing organisations to focus on delivering rapid and tangible improvement.
2014-06-09 TCTP - Development Planning & Project Management for Cambodia & Laos (JICA, MOFA, INTAN). My input was as a seasoned lecturer/consultant in "Financial analysis for development project" ~ using real life first hand experiences during my 6-months stint as an IDB Project Expert in 'Project Financing' to Turkmenistan's State Bank for Foreign Economic Affairs (TFEB) at Ashgabat during the height of the 1998 Asian Financial Crisis -- using a case study: a new Ammonia/Urea Plant in Chardhow.
Many attractive investment projects – for instance in energy efficiency – are not carried out for various reasons (lack of capital, information, manpower…). Companies find it difficult to come up with a well-informed, satisfactory answer to the essential question: which projects are the most profitable in the long-term? What they need is a practical working method that is straightforward to use and produces reliable investment guidance. Life cycle costing is just such a method.
Life cycle costing (LCC) compares project cost estimates over the lifetime of a project. This application note shows how you can perform a rational LCC analysis by following a simple, 6-step procedure. The procedure uses common spreadsheet tools, so it’s time-efficient, and it teaches you how to derive numbers from a limited set of input variables, numbers that are good enough to make an informed decision.
Many attractive investment projects – for instance in energy efficiency – are not carried out for various reasons (lack of capital, information, manpower…). Companies find it difficult to come up with a well-informed, satisfactory answer to the essential question: which projects are the most profitable in the long-term? What they need is a practical working method that is straightforward to use and produces reliable investment guidance. Life cycle costing is just such a method.
Life cycle costing (LCC) compares project cost estimates over the lifetime of a project. This application note shows how you can perform a rational LCC analysis by following a simple, 6-step procedure. The procedure uses common spreadsheet tools, so it’s time-efficient, and it teaches you how to derive numbers from a limited set of input variables; numbers that are good enough to make an informed decision.
Investment contribution to strategic objectives!
Business cases based on RoI or NPV seldom contribute to any benefits over time or support the strategic objectives. Return on Strategy is an excellent method to calculate strategic contribution per invested SEK.
The main hypothesis of a traditional business case is that we can isolate the effects of an investment over time (3-5 years) to calculate its benefit contribution. But the fact is that the hypothesis is far from true. In the ‘new normal’ we need new investment management methods that eliminates ‘the X factor’ (unpredictability).
The Goodwind Company (together with Pro4u and ValueMiner) has developed a concept "Return on Strategy" to evaluate and optimize the strategic contribution of the Investment portfolio. How much objective contribution do we get per invested SEK?
In December 2015, the UK’s National Audit Office reported that one-third of UK government projects were either unachievable or in-doubt. This would have come as a great surprise to most commentators, in particular that two-thirds of the projects were forecast to be on track! It is not immediately clear from the report on what basis these projects are secure about their on-time delivery. How can a project forecast with confidence that it will deliver on time?
Project Development Routemap UK – Caribbean Knowledge Exchange Programme
Lachit Deka_Project Controls_London Conference
1. IMPORTANCE OF PROJECT CONTROLS
- OIL & GAS PROJECTS
BY LACHIT DEKA
COST ESTIMATING AND PROJECT CONTROLS
FOR OIL & GAS INDUSTRY - CONFERENCE
HOLIDAY INN, LONDON
14TH & 15TH OCT, 2015
3. London, 15-Oct-2015
WHY PROJECT CONTROLS….??
DURATION AND COST
ARE IMPORTANT SUCCESS FACTORS IN ANY
PROJECT. PROJECT CONTROLS HELPS
STAKEHOLDERS TO UNDERSTAND PROJECT STATUS
AT ANY STAGE DURING PROJECT EXECUTION
6. London, 15-Oct-2015
PROJECT SCHEDULE
PROJECT SCHEDULE IS DEVELOPED TO
REFLECT THE STRATEGIES THAT ARE VITAL
FOR PROJECT SUCCESS.
IT COVERS THE ENTIRE SCOPE OF WORK IN
A VERY STRUCTURED WAY WITH INTER-
RELATIONS AMONG VARIOUS PROJECT
PHASES / ACTIVITIES.
A SCHEDULE WORKSHOP WITH KEY
STAKEHOLDERS IS MUST BEFORE
FINALIZING THE PROJECT SCHEDULE.
8. London, 15-Oct-2015
PROJECT PERFORMANCE
PROJECT PERFORMANCE IS MEASURED BASED
ON ACTUAL PROGRESS OF ACTIVITIES AT
ANY POINT OF TIME.
FOR ALL PROJECT PHASES, THERE ARE
INTERMEDIATE PROGRESS GATE SYSTEMS
WHICH ARE AGREED INITIALLY AND ACTUAL
PROGRESS IS MEASURED ACCORDINGLY.
EARNED VALUE MANAGEMENT IS WIDELY USED
FOR MEASURING PROGRESS AND
ACCORDINGLY PROJECT PERFORMANCE IS
COMPARED AGAINST THE PLAN.
11. London, 15-Oct-2015
BUDGET X EARNED PROGRESS (% COMPLETE)
EARNED VALUE REPRESENTS THE
VALUE OF WORK PERFORMED AND IT
IS NOT AFFECTED BY THE ACTUAL
HOURS OR COSTS SPENT
EARNED VALUE
12. MAN-HOUR PERFORMANCE INDICATOR (MPI) =
EARNED VALUE (HOURS) / SPENT TO DATE (HOURS)
COST PERFORMANCE INDICATOR (CPI) =
EARNED VALUE (COST) / SPENT TO DATE (COST)
SCHEDULE PERFORMANCE INDICATOR (SPI) =
EARNED VALUE (%) / PLANNED VALUE (%)
Question:
IF > 1, GOOD OR
BAD…..??????
PERFORMANCE INDICATORS
16. London, 15-Oct-2015
FORECASTING HELPS TO:
IDENTIFY TRENDS (POSITIVE OR NEGATIVE)
PREDICT THE FINAL COST OR DURATION OF THE
PROJECT
DETERMINE ANY CORRECTIVE ACTIONS THAT NEED
TO BE TAKEN TO REVERSE ADVERSE TRENDS
FORECAST AT COMPLETION (FAC):
ACTUAL TO DATE
+
ESTIMATE TO COMPLETE (ETC)
PROJECT FORECASTING
17. London, 15-Oct-2015
THE PROCESS OR ACTIVITY ON CONTROLLING
COSTS ASSOCIATED WITH AN ACTIVITY, PROCESS,
OR COMPANY.
COST CONTROL TYPICALLY INCLUDES (1)
INVESTIGATIVE PROCEDURES TO DETCT VARIANCE
OF ACTUAL COSTS FROM BUDGETED COSTS, (2)
DIAGNOSTIC PROCEDURES TO ASCERTAIN THE
CAUSE(S) OF VARIANCE, AND (3) CORRECTIVE
PROCEDURES TO EFFECT REALIGNMENT BETWEEN
ACTUAL AND BUDGETED COSTS.
HOWEVER, FOR DIFFERENT TYPES OF
CONTRACTS, THE METHODOLOGIES VARY.
COST CONTROL
18. London, 15-Oct-2015
MAIN REASONS FOR CHANGES IN PROJECTS
CHANGES DUE TO DESIGN CHANGE
CHANGES DUE TO CHANGE IN WORK SCOPE
CHANGES DUE TO CONSTRUCTABILITY ISSUES
CHANGES DUE TO CHANGES IN OPERATOR’S
STRATEGIES
A CHANGE MANAGEMENT PLAN IS PREPARED TO
IMPLEMENT AND MONITOR THE APPROVED
CHANGES. THE BASELINE
DURATION AND COST ARE REVISED
CONSIDERING THESE APPROVED CHANGES.
CHANGE MANAGEMENT
19. London, 15-Oct-2015
RIGHT PEOPLE ON THE RIGHT JOB
CLEAR COMMUNICATION MECHANISM AMONG
PROJECT TEAM MEMBERS
IDENTIFY CRITICAL ACTIVITIES
IDENTIFY INTERFACES / IDENTIFY RISKS
ON TIME DECISION MAKING
SIMPLE AND EFFECTIVE REVIEW PROCESS
RIGOROUS EXPEDITING EFFORTS
EARLY FORECAST / RECOGNIZING POSSIBLE
DELAYS EARLY / PROACTIVE MEASURES
EARLY CONSTRUCTABILITY WORKSHOPS
GOOD PROJECT CONTROLS SYSTEMS
CRITICAL SUCCESS FACTORS