etemad mehr energy developmentemed-co.ir/fa/zip/emedco - catalog.pdf · coiled tubing units,...

ETEMAD MEHR ENERGY Dev. EMEDCO |

ETEMAD MEHR ENERGY DEVELOPMENT

[email protected]

| EMEDCO ETEMAD MEHR ENERGY Dev.

Content

Introduction

Achievement Strategies

EMEDCO Goals

Organization Chart

Health, Safety & Enviroment

Partical Actions

Contracts

Field of Activities

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10-27


EMEDCO. has initiated its activity in oil and gas industry, both upstream

and downstream, in April of 2014 at Kish Island. This company provides

different down hole, top hole, and workover Services using the professional

and skilled employees and modern tools. The operations on oil and gas production wells are done using two

coiled tubing units, cementing pumps, acidizing and two Nitrogen pumps for National Iranian South Oil Company

(NISOC) which is the biggest oil and gas producer in Iran.

Central offices are in Tehran and Kish Island. The logistic unit is located in the third industrial town in Ahwaz with

area of 10,000 square meters. The company provides Services in Khuzestan, Kohgiluye Va Boyer Ahmad, and

Lorestan provinces according to its client’s needs.

Introduction


Providing the highest quality of technical Services

Being up to date with the latest technologies in order to improve the quality

of professional Services, assessments, and constant retrospect to take the path

to success

Achievement Strategies


Delivering high quality and on-time projects to the clients

Extending the professional activities

Improving work efficiency significantly

Using efficient, fresh and technical man power

Short term goals

Maximizing the efficiency of the projects

Developing technical exchange program with other service companies to increase cooperation

Participating in technical, professional, and scientific conferences and seminars both domestic and

international to improve technical knowledge and professional ethics

Publishing books and magazines in fields related to the company activities

Midterm goals

Improving the quality of our deliverables to satisfy the clients

Creating job opportunities in the Oil and Gas sector

Improving engineering methods and technical knowledge of the company via interaction with global

academic centers, international consultants, as well as Iranian consultants and universities

Participating in international tenders, providing international Services and transferring technical knowl-

edge

Long term goals

EMEDCO Goals


CEOIn Charge of CEO Office Special Inspections

CEO Consultants

VP Technical &

QHSE Manager

Human

ResourcesVP Businnes

VP Projects

Financial Manager

Operation Manager

OperationInvestment ProjectsManager

Administrative

Employe

Supply & Srvices

Manager

Head of

Supply

Head of

LogisticHead of warehouse

Public Relations

Planning ManagerEngineering Manager Training Unit

Marketing

Manager

Financial AccountingSpecialist Manager

CEO Representative

Organization Chart of EMED Company


Participating the entire staff committed to follow IMS rules

Educating the entire staff with extensive and general HSE knowledge

Management and analysis of all risk factors to minimize accidents

Providing health care for all the personnel

Evaluating and supervising subcontractors about HSE aspects

Starting up OHSAS18001 and HSE-ISO14001 systems

Designing and improving company HSE manual and procedure

Providing all required PPE for field personnel

Assessing all work place damaging factors (physical and chemical) to control and reduce them

Maintaining HSE rules strictly to strive for Green Environment

EMEDCO. is responsible of providing a professional and safe environment for its employees, clients

and any other participants. Ever since the first day of this company, EMEDCO has testified to provide

an environmental friendly, healthy, and a safe working place as follows:

Health, Safety and the Enviroment HSE


Increasing the number of contracts and the fields of activities

Using fresh and ambitious individuals as team members

Using the latest technologies and scientific methods in accordance with the international engineering

standards

Educating and training the personnel

Gathering information acquired by project researches and publishing them as scientific /technical papers

Establishing a strict and functional management system and improving it using by daily basis

Increasing the company’s revenue

Creating a professional functional database

Practical Actions


Contract with NISOC to Provide two sets of Coiled Tubing for Cementing, Acidizing, Nitrogen Pump

and other CTU Services (2017-2019).

Contract with NISOC to Provide one set of Coiled Tubing for Cementing, Acidizing, Nitrogen Pump

and other CTU Services (2015-2017).

TFEM / BSEM (Time Frequency Electromagnetic Method / Bore-hole to Surface Electromagnetic Method) for

residual oil saturation and WOC (Water Oil Contact) determination Coopertion with BGP (China).

Ultrasonic wellbore stimulation with Rexonics (Switzerland)

MOT and MOS (Mobil Oli Treater and Mobile Oil Separator), EPF (Early Production Facilities) with Neftech

(Russia).

Drilling fluid Services and additives with Vertechs (China - Canada)

Contracts


Downhole Camera Services

Casing Running Tools

Downhole Camera

Coiled Tubing

CRT

Cementing - Acidizing - Nitrogen Pumping

Field of Activities


EPF

Early Production Facilities

TFEM

Time Frequency ElectroMagnetic Method

Ultrasonic

Ultrasonic Technology


Managed Pressure Drilling

Sand Control Technology

MPD

MOT & MOS

Sand Control

Mobile Oil Treater & Mobile Oil Separator

Field of Activities


Drilling Fluids

Testing - Designing - Supplying

MUD

Mud Cooling System Equipment

Technical Consultancy

Data managment - Post Drilling Analysis


Coiled Tubing (CT) is the fastest growing segment of the well service industry. CT technology is critical

to achieve the high standard oil field operation. EMEDCO offers CT Services to work over oper-

ation, shallow drill outs of bridge plugs, and extensions into producing zones. After a stimulation treatment, CT can be aimed to blow out the well using nitrogen and elim-inate the need for swabbing. This service speeds up getting into and out of the well

and allows working on wells while the same as other operations. Our CT operators are high-

ly skilled and trained in alive well Services; there-fore we are capable of providing a full range of Ser-

vices related to coiled tubing, from a simple wash to an intricate high-pressure well recovery operation. EMEDCO

support team and engineering staff determine the most effective coiled tubing methods and techniques to achieve superior CT string perfor-mance by utilizing advanced coiled tubing software.

Coiled Tubing


The colorless and odorless gas, Nitrogen, is a non-hy-drocarbon inert gas used for different purposes in drilling, work over, and completion operations in oil and gas wells. Applications of nitrogen both in onshore and offshore include well stimulation, injection, pressure testing, En-hanced Oil Recovery (EOR), reservoir pres-sure maintenance, nitrogen floods, and inert gas lift. Additionally, nitrogen can be used to prevent flammable gases from ig-niting and protect tubulars from downhole corrosion. In drilling operations, nitrogen can be utilized for instrument panel inverting, flare gas entering, and pressure systems purging and testing. Also, nitrogen can be supplied for engine starters, controls, dry bulk transfer and hoisting systems. By providing a dry air supply, nitrogen can extend the life of some sys-tems, as well as prevent breakdowns. In workover and completion op-erations, nitrogen is an optimal choice to be displaced with well fluids in order to initiate flow and clean wells because of its low density and high pressure characteristics. The high-pressure gas is also used for production stimulation through hydraulic fracturing. Also, nitrogen is used for cementing operations and controlling cement slurry weights.

Nitrogen Pumping


Cementing a well is a procedure of developing and pumping cement into a wellbore. Cement pro-

tects the wellbore, permanently shuts off wa-ter penetration into the well, seals the an-

nulus after a casing has been run into the wellbore, and finally seals lost circulated zones. In directional drilling, cementing may be used to plug an existing well and run a directional well from that point. Also

cementing is used to plug a well to aban-don it. The process of operation is that the

cement slurry is deployed into the well via pumps and drilling fluids are displaced with ce-

ment. The cement slurry flows to the bottom of the wellbore through the casing. It fills the space between

casing and the actual wellbore .This creates a seal as well as permanently positions the casing in place. Special tools, pumps,

and mixers are used, including hydraulic jet mixers, re-circulation mix-ers or batch mixers used to mix dry cement with water to create slurry and pump it down.

Cementing


The aim of acid injection into a well is creating bet-ter links between formation and well by dissolv-ing the parts of carbonate formation around the wellbore. Hence, productivity of the well will be improved. Consequently with a con-stant drop down pressure, production is increased or in other word, with fixed pro-duction rates, drop down pressure or en-ergy loss is reduced.

Hydrocarbons pass into the well through chan-nels around the wellbore. Blocking of these chan-nels are possible due to presence of materials such as sediment materials in drilling mud Acid can dissolving these materials, open the pores, and create channels for hydrocarbon to pass. In addition, narrow channels become wider and passing of formation fluid will be easier.

Acidizing Application

Acidizing


Downhole camera Services give a real picture of the wellbore. Allowing scale, perforations or holes in

the tubing to be seen rather than inferred, this technology enables informed decisions to be made on location. Extremely portable Down-hole Video Cameras can be deployed on any mono-conductor cable and transmits up to one picture per second. The award winning View-

Max camera includes a down and side view cam-era enabling a 360 degree view of the wellbore.

Downhole Video Camera


Casing running tools is the result of cutting edge engi-neering and field tested standards. It features a com-

pact design, rugged construction, and the versatil-ity to run various pipe sizes and weights without

compromising performance. casing running tools is designed with full string handling ca-pabilities (simultaneously pickup, drill, run, ream, rotate, and reciprocate) for casing run-ning Operations. It decreases the chances of sticking pipe downhole and also has the ability

to fill up and reciprocate the pipe during critical make up or break out procedures. Integrated with

a fail-safe True-Lock design, the casing running tool virtually eliminates the risk of dropping pipe.

The EMEDs technology delivers fully operational high power ultrasonic tools for the stimulation of on- and offshore oil wells. Substantial increases in oil pro-duction have been measured and certified by major national oil companies on- and offshore. The parameters of the ultrasonic radiat-ing systems of downhole tools are calcu-lated, and their optimization is performed. The developed ultrasonic equipment and technology can be offered to oil-producing companies as one of the promising methods for well stimulation and enhanced oil recovery.

Ultrasonic

Casing Running Tools


Time-Frequency ElectroMagnetic method (TFEM) com-bines frequency-domain sounding with time-do-main sounding to form a comprehensive system so that it is possible to select different frequen-cies and induce waves according to the ob-jective depth to be explored. During process-ing not only resistivity but also polarization information can be provided so we can study resistivity as well as predict oil-bearing charac-teristics simultaneously. Time-domain resistivity information is obtained by pseudo-2D resistivity inversion and frequencydomain IP information is ob-tained using the Cole-Cole model.

Begin production early while full field development is be-ing planned and permanent facilities are being built.

Early-Production Facilities (EPFs) can help operators bring their new discoveries onstream fast.

EPFs and fast-track schedules can help operators create an early cash flow with only a minimum cash outlay. They also provide real-time produc-tion data that can help operators appraise res-ervoir performance before they install more-ex-

pensive long-term facilities. EPFs can be used for small reserves that would be financially risky or

uneconomical to produce with a permanent produc-tion facility.

Early Production Facilities



These facilities have been manufactured and utilized with the objective of preventing environmental pol-lution, avoiding waste of the national assets, as well as enhancing the country’s economic potentials. Our present information indicate that in order to clean the oil wells in different zones of oil fields, the crude oil of more than one hundred oil wells are annually directed to the burning pits. The amount of oil burned in the pits equals to 1,250,000 barrels per year. Compulsory burning of the surplus oil in the pits are done in order to clean the newly drilled oil wells, cleaning the wells after injecting acid, and/or upon repairing the wells.

Mobile Oil Treater



MPD (Managed Pressure Drilling) is the technology to manipulate bottom hole pressure accurately

with specialty surface equipment and per-sonnel, there’re many wells with extreme

narrow windows between loss & formation pressure gradient. Conventional drilling can’t drill through the interval and it costs millions for the operators to cure losses or solve well control issues. We provide

PPD (Precision Pressure Drilling) which is an equipment intensive service. We make

a contract for building a full package of PPD, and we will send our experts to execute field

services in the early stage and also doing technol-ogy transfer to our clients.

Managed Pressure Drilling


One of the principal problems in production oper-ation that operators often face sand production due to failure of reservoir rock around the well-bore under high-velocity fluid flow. In many cases, the sand consists of fines which are not retained by stand-alone screens or gravel packs. The production of sand in-duces several problems such as the deg-radation of surface facilities (valves, pipe, pumping unit,…) and the accumulation of sand in the wellbore. The operators often choke the well and limit its production rate, which, in addition to frequent sand cleaning jobs, affects operational costs.The technology of polymer sand control consists of the formation of a polymeric film on pore walls, which sta-bilizes the rock around the wellbore and thus stop the sand produc-tion. Such a film has to be strong enough to resist wash out by produc-tion fluids under high velocity flow.

Sand Control


EMED supplys and produces drilling fluid additives, completions and workover fluids to the drilling sec-tor. EMED also supplys drilling fluid products & completion additives, cementing additives with high quality from well-known manufacturers and suppliers.

EMED Brine have been made from inorganic salts that is used for heavy workover & comple-tion fluids and drilling fluid for pay zone. EMED QUICK is a specialized blend of flake, granu-lar, and fibrous materials, which makes it considerably more effective than the use of singular types of LCM. The product is effective when drilling highly porous matrix formations that are fractured or vugular. EMED LCM Q is a micro-crystalline product specially processed which can be used in both water and oil based muds. The key feature of the product is the wide range of fine particle sizes.

EMED Products

Drilling Fluids


Practical Advantages Of Mud Cooling Systems for Drilling

Mud Cooling system is used to reduce the temperature of drilling fluid returned to the surface. This unit is very compact and skid mounted, consists of either a single or dual plate heat exchanger depending on process re-quirements.

Crew safety

Reduction of mud temperature in return lines especially important in oil based systems to be maintained below flash point.

Reduces drilling costs

Reduction of temperature while circulating and drilling helps to maintain rheological properties of the mud and a reduction in the used of additives

Increased wellbore stability, reduction of corrosion of the drill pipe and downhole tools, therefore a reduction of metal debris in the fluid.

less impact on the performance of downhole motors, especially important when drilling near the reservoir in HP/HT wells.

Increased transportation of drilling cuttings back to the surface.

Extends life of elastomer seals on BOP, MWD/LWD tools, riser, shakers, centrifuges and pumps

Mud Cooling System


The systematic evaluation of drilling results is critical for improving drilling decisions. All efforts that can assist in delivering accurate, unbiased and consistent assessment will ultimately enhance PGFK company performance. As a consequence, Post drilling Analysis must be part of the full circle Quality Control process to be applied to the prospect assessment. It is expected that sharing the findings of this post drilling analysis project within the industry will help drilling revival across the oil and gas industry. EMED with partnership with DS carried out post drilling analyses of development wells drilled in Jacket 24-A during 2014-2015 in the South Pars / North Dome is a natural gas condensate field located in the Persian Gulf.

Post Drilling Analysis

Drilling operations included several drilling services which generate their own report styles. Thus, it seems quite important to provide a comprehensive and uniform report that covers all of the recorded data. More-over, integration of these recorded data makes it easier for the management purposes.

The Data Integration and Management on Drilling Operation Project Consists of Provision of Data Integration and Management on Drilling Operation for:

The main objective of this project is development of comprehensive software for integrating and reporting drilling data. This software has two main tasks.

It is used to manage and integrate valuable drilling data, such as mud-logging and geology data recorded during drilling operations.

It is used to generate a thorough report of these recorded data.

Data Managment

Project Field

South Pars Phases13-22-23-24

Area of Operation

Persian Gulf

Client

PGFK

Contractor

EMEDCO


Address: No. , Mehr Alley Corner, Shadab St., Nejatollahi St, Tehran, I.R. IRAN 46

PO Box: 1598964635Fax: +9821 8893 4269Phone: +9821 8893 4266

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