Consulting and trainings
IN DRILLING OIL AND GAS WELLS
CONSULTING AND TRAININGS
IN DRILLING OIL
AND GAS WELLS
AND GAS WELLS
About us
Our Team
IG-Consult is a team of Drilling & Completion Engineers with 10-15 years international experience in oil & gas industry in companies such as BP, Shell, Sakhalin Energy, Schlumberger, Saudi Aramco, etc.
Mission
To be a leading provider of consulting services in drilling and completion
of oil and gas wells in Russian Federation.
of oil and gas wells in Russian Federation.
Philosophy
Our philosophy is to learn, analyze, share and continuously improve
the best practices of leading oil and gas companies in the world.
the best practices of leading oil and gas companies in the world.
About us
Our Team
IG-Consult is a team of Drilling
& Completion Engineers with 10-15 years international experience in oil & gas industry in such companies as BP, Shell, Sakhalin Energy, Schlumberger, Saudi Aramco, etc.
& Completion Engineers with 10-15 years international experience in oil & gas industry in such companies as BP, Shell, Sakhalin Energy, Schlumberger, Saudi Aramco, etc.
Mission
To be a leading provider of consulting services in drilling and completions
of oil and gas well of Russian Federation.
of oil and gas well of Russian Federation.
Philosophy
Our philosophy is to learn, analyze, share and continuously improve the best practices of leading oil and gas companies
in the world.
in the world.
Our services
Consulting services of designing and executing drilling and completion operations.
Practical training courses in all aspects of well operations.
Engineering of drilling and completion operation.
Our services
Consulting
Consulting services of designing and executing drilling
and completion operations.
and completion operations.
Trainings
Practical training courses
in all aspects of well operations.
in all aspects of well operations.
Engineering
Engineering of drilling
and completion operation.
and completion operation.
Consulting
Our professional engineers and drilling consultants are always available
to provide complete services for drilling and completion operations including well specific drilling & completion programs, detailed tripping and casing running procedures, audits of contractors, incidents investigation
and development of lessons learned data base.
As an independent engineering company, we professionally solve the problems creating competent solutions. We work to improve processes and increase return on investment, developing detailed well designs, conducting risk assessments (HAZID & HAZOP) and drilling & completion on paper
(DWOP & CWOP).
to provide complete services for drilling and completion operations including well specific drilling & completion programs, detailed tripping and casing running procedures, audits of contractors, incidents investigation
and development of lessons learned data base.
As an independent engineering company, we professionally solve the problems creating competent solutions. We work to improve processes and increase return on investment, developing detailed well designs, conducting risk assessments (HAZID & HAZOP) and drilling & completion on paper
(DWOP & CWOP).
Consulting
Our professional engineers and drilling consultants are always available to provide complete services for drilling and completion operations including well specific drilling
& completion programs, detailed tripping
and casing running procedures, audits
of contractors, incidents investigation
and development of lessons learned data base.
As an independent engineering company,
we professionally solve the problems creating competent solutions. We work to improve processes and increase return on investment, developing detailed well designs, conducting risk assessments (HAZID & HAZOP)
and drilling & completion on paper
(DWOP & CWOP).
& completion programs, detailed tripping
and casing running procedures, audits
of contractors, incidents investigation
and development of lessons learned data base.
As an independent engineering company,
we professionally solve the problems creating competent solutions. We work to improve processes and increase return on investment, developing detailed well designs, conducting risk assessments (HAZID & HAZOP)
and drilling & completion on paper
(DWOP & CWOP).
Training list
Technical courses
You will improve your professional skills in designing and supervising in drilling oil and gas wells. At the same time, you will learn how to independently make calculations and modeling of well design, trajectories in Landmark software,
to make detailed drilling and completion programs of wells with the necessary calculations.
to make detailed drilling and completion programs of wells with the necessary calculations.
ERD specific training
Extended reach drilling is being pushed further with increasingly complex well paths, distant targets, and more difficult drilling environments. Our courses provide the participants with a full understanding of extended reach design and fundamentals as well as little known insights gained from extended reach and extreme reach specific experience.
Training modules
Training modules aim the theoretical training of Drilling and Completion Supervisors according to the requirements of international standards.
The consists of several segments and covers the necessary competences for effective work execution.
Candidates:
- Well Engineer Operations directly involved in the design, planning and well execution;
- Drilling and Completion Supervisors;
- Managers responsible for the process of well development.
The consists of several segments and covers the necessary competences for effective work execution.
Candidates:
- Well Engineer Operations directly involved in the design, planning and well execution;
- Drilling and Completion Supervisors;
- Managers responsible for the process of well development.
Training modules
Upon completion you will be able to:
- choose the rig type and calculate static and dynamic loads acting on the rig;
- calculate the output required for drawworks, top drive system and mud pumps;
- explain the principle of operation of different types of mud pumps;
- choose the right type of drilling fluid and explain its rheological parameters;
- select the system of mechanical cleaning of the drilling fluid from the solid phase;
- understand Well Control principles;
- explain the concept of two well barriers;
- explain the factors affecting successful cement job;
- calculate the volume of cement slurry required;
- calculate the required volume of additives to the cement slurry.
- choose the rig type and calculate static and dynamic loads acting on the rig;
- calculate the output required for drawworks, top drive system and mud pumps;
- explain the principle of operation of different types of mud pumps;
- choose the right type of drilling fluid and explain its rheological parameters;
- select the system of mechanical cleaning of the drilling fluid from the solid phase;
- understand Well Control principles;
- explain the concept of two well barriers;
- explain the factors affecting successful cement job;
- calculate the volume of cement slurry required;
- calculate the required volume of additives to the cement slurry.
Upon completion you will be able to:
- explain how and what cartographic system to use to determine location of the wellbore;
- learn the principle of equipment for measuring the zenith angle and azimuth;
- you will be able to determine the main mechanical forces acting on the bottom-hole assembly (BHA);
- understand the principle of the "pendulum" effect;
- design the BHA for various scenarios;
- learn the main aspects in planning the trajectory of wells;
- be able to calculate the main types of trajectories;
- you will distinguish between two main types of downhole motors for drilling directional wells;
- you can explain the term "reactive moment" and its importance in directional drilling;
- calculate the required weight of the BHA;
- learn what "critical bending load" is.
- explain how and what cartographic system to use to determine location of the wellbore;
- learn the principle of equipment for measuring the zenith angle and azimuth;
- you will be able to determine the main mechanical forces acting on the bottom-hole assembly (BHA);
- understand the principle of the "pendulum" effect;
- design the BHA for various scenarios;
- learn the main aspects in planning the trajectory of wells;
- be able to calculate the main types of trajectories;
- you will distinguish between two main types of downhole motors for drilling directional wells;
- you can explain the term "reactive moment" and its importance in directional drilling;
- calculate the required weight of the BHA;
- learn what "critical bending load" is.
Upon completion you will be able to:
- explain the basic principles of the blowout equipment (BOP);
- recognize the signs of formation fluid entering the well;
- explain methods of action in the event of shallow gas;
- calculate the maximum allowable annular surface pressure;
- calculate the type and height of the influx;
- fill up the kill sheet in the deviated well;
- explain the principle of inflow tests;
- explain the main factors for choosing the type of casing and shoe depth;
- calculate the loads acting on the casing throughout the life cycle of the well;
- select a casing based on the calculation of loads and expected fluids in the well.
- explain the basic principles of the blowout equipment (BOP);
- recognize the signs of formation fluid entering the well;
- explain methods of action in the event of shallow gas;
- calculate the maximum allowable annular surface pressure;
- calculate the type and height of the influx;
- fill up the kill sheet in the deviated well;
- explain the principle of inflow tests;
- explain the main factors for choosing the type of casing and shoe depth;
- calculate the loads acting on the casing throughout the life cycle of the well;
- select a casing based on the calculation of loads and expected fluids in the well.
The last module includes:
- calculations and practices in ERD wells: hole cleaning, tripping practices, equivalent circulating density, swabbing and surging, well bore stability;
- what should include supervising drilling and completion operations;
- fishing operations;
- sidetracking;
- various types and practices of well completion.
- calculations and practices in ERD wells: hole cleaning, tripping practices, equivalent circulating density, swabbing and surging, well bore stability;
- what should include supervising drilling and completion operations;
- fishing operations;
- sidetracking;
- various types and practices of well completion.
Training list
Technical courses
You will improve your professional skills
in designing and supervising in drilling oil
and gas wells. At the same time, you will learn how to independently make calculations
and modeling of well design, trajectories
in Landmark software, to make detailed drilling and completion programs of wells
with the necessary calculations.
in designing and supervising in drilling oil
and gas wells. At the same time, you will learn how to independently make calculations
and modeling of well design, trajectories
in Landmark software, to make detailed drilling and completion programs of wells
with the necessary calculations.
ERD specific training
Extended reach drilling is being pushed further with increasingly complex well paths, distant targets, and more difficult drilling environments. Our courses provide
the participants with a full understanding
of extended reach design and fundamentals
as well as little known insights gained from extended reach and extreme reach specific experience.
the participants with a full understanding
of extended reach design and fundamentals
as well as little known insights gained from extended reach and extreme reach specific experience.
Training modules
Training modules aim the theoretical training of Drilling and Completion Supervisors according to the requirements of international standards. The consists of several segments and covers the necessary competences
for effective work execution.
Candidates:
- Well Engineer Operations directly involved
in the design, planning and well execution;
- Drilling and Completion Supervisors;
- Managers responsible for the process
of well development.
for effective work execution.
Candidates:
- Well Engineer Operations directly involved
in the design, planning and well execution;
- Drilling and Completion Supervisors;
- Managers responsible for the process
of well development.
Training modules
Upon completion you will be able to:
- choose the rig type and calculate static
and dynamic loads acting on the rig;
- calculate the output required for drawworks, top drive system and mud pumps;
- explain the principle of operation of different types of mud pumps;
- choose the right type of drilling fluid
and explain its rheological parameters;
- select the system of mechanical cleaning
of the drilling fluid from the solid phase;
- understand Well Control principles;
- explain the concept of two well barriers;
- explain the factors affecting successful cement job;
- calculate the volume of cement slurry required;
- calculate the required volume of additives
to the cement slurry.
- choose the rig type and calculate static
and dynamic loads acting on the rig;
- calculate the output required for drawworks, top drive system and mud pumps;
- explain the principle of operation of different types of mud pumps;
- choose the right type of drilling fluid
and explain its rheological parameters;
- select the system of mechanical cleaning
of the drilling fluid from the solid phase;
- understand Well Control principles;
- explain the concept of two well barriers;
- explain the factors affecting successful cement job;
- calculate the volume of cement slurry required;
- calculate the required volume of additives
to the cement slurry.
Upon completion you will be able to:
- explain how and what cartographic system
to use to determine location of the wellbore;
- learn the principle of equipment
for measuring the zenith angle and azimuth;
- you will be able to determine the main mechanical forces acting on the bottom-hole assembly (BHA);
- understand the principle of the "pendulum" effect;
- design the BHA for various scenarios;
- learn the main aspects in planning
the trajectory of wells;
- be able to calculate the main types
of trajectories;
- you will distinguish between two main types of downhole motors for drilling directional wells;
- you can explain the term "reactive moment" and its importance in directional drilling;
- calculate the required weight of the BHA;
- learn what "critical bending load" is.
- explain how and what cartographic system
to use to determine location of the wellbore;
- learn the principle of equipment
for measuring the zenith angle and azimuth;
- you will be able to determine the main mechanical forces acting on the bottom-hole assembly (BHA);
- understand the principle of the "pendulum" effect;
- design the BHA for various scenarios;
- learn the main aspects in planning
the trajectory of wells;
- be able to calculate the main types
of trajectories;
- you will distinguish between two main types of downhole motors for drilling directional wells;
- you can explain the term "reactive moment" and its importance in directional drilling;
- calculate the required weight of the BHA;
- learn what "critical bending load" is.
Upon completion you will be able to:
- explain the basic principles of the blowout equipment (BOP);
- recognize the signs of formation fluid entering the well;
- explain methods of action in the event
of shallow gas;
- calculate the maximum allowable annular surface pressure;
- calculate the type and height of the influx;
- fill up the kill sheet in the deviated well;
- explain the principle of inflow tests;
- explain the main factors for choosing the type of casing and shoe depth;
- calculate the loads acting on the casing throughout the life cycle of the well;
- select a casing based on the calculation
of loads and expected fluids in the well.
- explain the basic principles of the blowout equipment (BOP);
- recognize the signs of formation fluid entering the well;
- explain methods of action in the event
of shallow gas;
- calculate the maximum allowable annular surface pressure;
- calculate the type and height of the influx;
- fill up the kill sheet in the deviated well;
- explain the principle of inflow tests;
- explain the main factors for choosing the type of casing and shoe depth;
- calculate the loads acting on the casing throughout the life cycle of the well;
- select a casing based on the calculation
of loads and expected fluids in the well.
The last module includes:
- calculations and practices in ERD wells:
hole cleaning, tripping practices, equivalent circulating density, swabbing and surging,
well bore stability;
- what should include supervising drilling
and completion operations;
- fishing operations;
- sidetracking;
- various types and practices of well completion.
- calculations and practices in ERD wells:
hole cleaning, tripping practices, equivalent circulating density, swabbing and surging,
well bore stability;
- what should include supervising drilling
and completion operations;
- fishing operations;
- sidetracking;
- various types and practices of well completion.
Engineering
IG-Consult provides independent engineering services in drilling oil and gas wells. Work can be carried out throughout the life cycle - from well design
to the execution stage. We also work with ERD wells and provide drilling engineer and drilling supervisor services.
to the execution stage. We also work with ERD wells and provide drilling engineer and drilling supervisor services.
Engineering
IG-Consult provides independent engineering services in drilling oil and gas wells. Work can be carried out throughout the life cycle - from well design to the execution stage. We also work with ERD wells and provide drilling engineer and drilling supervisor services.
Contacts
+7 (937) 728 00 19
inbox@ig-consult.com
inbox@ig-consult.com
By clicking the button, you agree with Terms of Service and Privacy Policy
Contacts
+7 (937) 728 00 19
inbox@ig-consult.com
inbox@ig-consult.com
By clicking the button, you agree with Terms of Service and Privacy Policy
© All Right Reserved. IG-Consult Ltd.
354200, Prozrachnaya, 35-10, Sochi
354200, Prozrachnaya, 35-10, Sochi
