₦airaland Forum

techmatas:
Advanced Center for Engineering Career and Technology (ACECATECH) in conjunction with Rocktop Safety services Nigeria Limited present to you a practical hands on training on Electrical Control Panel Design, Installation and Maintenance.

Electrical Control panel is an integral part of Electrical and Automatic control system used in the industries to control production process or machines. It may be built around Components such as Relay, Contactor, timer, counter, breaker or around programmable devices such as PLC, PAC etc. this is a very specialized field with a very few skilled personnel albeit very high industrial demand.
Who need this training
this training is meant for Engineers and technicians of Electrical/Electronic and computer background also, scientists with good electrical/electronic background. Both fresh graduate or experienced professional who may like to gain more skills

Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate good understanding of relay logic and how to apply it in solving real life control problem
 Wire up relays, timers, contactors, counters, breakers in conjunction with sensors to control electric motors, solenoid, robots, valves and other field instruments
 Troubleshoot and maintain control circuit
 Wire and configure AC and DC drive
 Wire and write PLC programs
 Demonstrate sound Knowledge of control panel design consideration such as knowing when best to use PLC based control panel or relay control panel
 Interface control panel to I/O device to match various load demand
 Upgrade a relay base control panel to PLC base control

Course module 1: Electrical Control Devices
 Operation Details of Relay, Contactor, Timer, Counter, Breaker (MCB, MCCB, ACB, SF6, etc)
 PLC and other Programmable devices
 Ac and DC drives, soft starters operation details
 Electrical Symbol and wiring diagram
 Electrical schematic and relay logic
 Practice and exercise

Module 2: control panel design and installation
 Develop wiring and schematic diagram from relay logic
 Design of control circuit using relay, contactor, timer, counter, etc
 Detail wiring of control panel and interfacing with field devices
 DOL starter, Star Delta Starter (industrial 3phase motor starter)
 Detailed component specification and sizing
 Earthing and panel cabling-standard procedure
 Practice and exercise

Module 3: PLC based control panel
 Advantage of PLC base control Panel
 Detail wiring of a PLC control Panel
 PLC Programming, downloading/uploading PLC program
 Need for Industrial motor drives
 VFD wiring and configuration/parameterization
 Upgrading a relay control panel to PLC control panel
 Practice and exercise

Module 3: Control panel Maintenance
 Electrical test equipment
 Electrical troubleshooting procedure
 Common control panel faults and solution
 PLC and Drive troubleshooting
 Electrical motor troubleshooting and maintenance
 Practice and exercise

Date for training commencement
Mon 3rd October, 2016.

Training fees and duration

N80,000 (35hrs/4weeks)
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue: Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N10,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for any of these courses

We also run customize program to suit your needs

for more information call: 08160052942, 08032792323.
you may send us a mail at info@acecatech.com, or visit website acecatech.com .

www.nairaland.com/attachments/3547255_panel5_jpeg34c327046b20a617dda45abd53fecdcf

techmatas:
Fundamental of Subsea Engineering Training

With oil companies going into the more uncertain but rewarding deepwater operations, there is a high demand for individuals with deepwater skills. Subsea engineers design, implement and maintain structures, tools and equipment used in underwater components of offshore oil and gas production. Pipeline engineers design and maintain subsea pipeline in offshore fields. You can't ignore subsurface/completions (well) engineers who ensure oil is produced at optimum level from oil wells.

Subsea engineering plays a vital role in the exploitation of oil and gas in subsea environments, which are becoming more and more challenging and inaccessible. As more technology is deployed on the seabed, the oil and gas industry needs people with knowledge of subsea engineering to be involved with existing and new offshore projects.

Rocktop Safety services Nigeria Limited in conjunction with Advanced Center for Engineering Career and Technology (ACECATECH) presents to you a comprehensive training on Fundamentals of Subsea Engineering. the training will cover extensively subsea production system, Floating Production, Storage and Offloading, systems (FPSOs) and Floating Production Vessels (FPVs), drilling and production operations, Flowlines and Risers, Subsea production control systems, Subsea Reliability and Subsea Field Development, among others. We are also going to be covering Orcaflex for installation and drilling Riser analysis which is the software most multinational companies in the oil and gas industry use. Microsoft Excel package and Math cad software among others will also be used for subsea applications.

Who need this training
Engineers, Technicians, scientists, fresh & experienced graduates and any individual who wish to work in offshore.

Subsea Engineering training module
Module one:

Introduction to Subsea Production
Introduction to offshore production
– Background to offshore production systems
– Global oil and gas reserves and fields
– Introduction to offshore exploration and drilling
• Introduction to subsea engineering
– Building blocks
– Subsea Production Systems (SPS) , Umbilicals, Risers, and Flowlines (URF)
• Types of subsea completions
– Extensions to existing platforms
– Tie-backs to existing production hosts
– Production systems for floating hosts: Floating Production, Storage and Offloading systems (FPSOs) and Floating Production Vessels (FPVs)
• Flow assurance for subsea production systems
– Hydraulics
– Wax
– Hydrates

Module Two

Wellheads, Xmas Trees and Manifolds
Wellheads
– Drilling subsea wells
– Wellheads as part of drilling and production operations
– Blowout preventers
– Design and functions
– Installation
– Examples
• Xmas trees
– Types of trees
– Dual bore vertical trees and spool/horizontal trees
– Design and function
– Suppliers
– Installation
– New developments (drill through and all electric trees)
– Examples
Manifolds
– Templates
– Types of manifolds (wells clustered around manifold or template manifold)
– Functions
– Installation
– Examples

Module Three

Pipelines, Flowlines and Risers
Pipelines and flowlines
– Design and functions
– Route survey
– Pipe selection of materials and coatings
– Installation methods
– Operations
– Examples
• Risers
– Requirements and functions
– Flexible dynamic risers
– Design
– Operation and use
– Manufacture
– Current developments
– Hybrid riser towers
– Steel catenary risers
– Examples

Module four

Control Systems, Umbilicals, and Equipment Costs
Subsea production control systems
– Types
– Electro-hydraulic multiplex control systems
– Equipment and suppliers
– Operations
– Installations
– Examples
• Drilling control systems
• Umbilicals
– Functions
– Design and manufacture
– Installation
– Examples
• Costs of subsea equipment



Module five

Underwater Operations, Subsea Maintenance and New Technologies
Underwater engineering operations
• Subsea deepwater installation activities
• Inspection, maintenance and repair
– Shallow water – diver operations
– Deepwater diverless interventions
– Remote Operated Vehicles (ROVs)
– Autonomous Underwater Vehicles (AUVs)
• Decommissioning activities
– Production hosts
– Subsea equipment
• New technologies
– Subsea pumping
– Subsea processing
– Requirements
– Systems and examples



Module Six

Subsea Reliability and Subsea Field Development Examples and Case Studies
Subsea completions – interfaces with other functions
– Drilling and well completions
– Production hosts
– Government authorities
• Examples of fields developed with subsea completions
• Increased production to existing production host
– North Sea fields
• Tie back to production host
– Gulf of Mexico fields, Norwegian fields
• Subsea production to floating host
– North Sea fields

-Nigerian fields
– Angolan fields
– Brazilian fields
• Gas fields – deepwater production to shallow water host
– MCE (Gulf of Mexico)
– Malampaya field (Philippines)
• Gas fields – well to beach
– Orman Lange field (Norway)
– West Delta Deep (Egypt)



Software classes

There will be introduction to the use of the following Softwares

Microsoft Excel Package
MathCAD
Orcaflex for installation and drilling Riser analysis.

Date for training commencement
Mon 3rd October, 2016.

Duration: 70hrs/8weeks

Cost: N150,000
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue
Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N20,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for this course

for more information send us a mail at info@acecatech.com. you may also call: 08160052942, 08032792323

www.nairaland.com/attachments/3547486_subsea1_jpeg629d7819e965865829f430f407e307f5
www.nairaland.com/attachments/3547487_subsea2_jpegddfb0f67a5133d236b20f51dae6ba3f2

techmatas:
its on

techmatas:
is on

techmatas:
is on

techmatas:
its on

techmatas:
is on

techmatas:
Automation training in PLC/SCADA/HMI/DCS/SIS, Industrial Robotics and more is here in Nigeria. The era of going abroad for these training is over. Advanced center for Engineering and Technology in conjunction with Robgray Automation and Rocktop Integrated Safety Services Nig. Limited present: practical hands on training and live simulation on PLC/SCADA/HMI. Registration for our September batch is fast ongoing.

Why have training on Automation

In recent times automation is increasingly taking over the industrial production systems and processes prompting a high demand for skilled automation engineers and technicians. Many industrial production systems and processes that were once manually run are now mostly automated. There is hardly any well established industry that does not employ automation in one form or the other. For instance, in the oil and gas industry automation is employed to control the flow, level, etc of petroleum product in a process control system. In the bottling industry automation is employed in the filling, cocking and packaging processes. In the power industry automation is normally deployed and utilized in the monitoring and control of power system parameters. The list goes on to include petrochemical, pharmaceutical, Food & beverage, packaging, automobile, chemical, Robotics, Marine, Agricultural, utility, Telecommunication, etc. in fact, it is projected in the business circle that a time will come when industrial production system and processes will be completely automated thus making automation personnel kings in the industry. This trend no doubt is catching up with the times faster than expected.

Who need this training

The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.

prerequisite
Basic Knowledge of electricity

Course Outline for these training


Programeable logic Control (PLC)

Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate a sound Knowledge and understanding of how a PLC system work
 Independently design a PLC system to automate a process/machine
 Wire and interface PLC system with field devices
 Wire up a relay control panel to field devices
 Have good knowledge of various PLC brands, their capabilities and industries where they are mostly used
 Write PLC program using either of the five Standard IEEE 1131-3 programming languages
 Carry out pre-commissioning and commissioning of a typical PLC automated system
 Carry out troubleshooting and maintenance on PLC systems
 Write PLC programs in various PLC brands such as Siemens, Allen Bradley, Mitsubishi, Delta, Omron etc.
 Demonstrate sound knowledge of PLC safety.
 Carry out practical hands on networking between various PLCs, PCs, HMI, Field instruments, etc.

Course Module


Module I: Introduction to PLC
 Basic concept of automation
 PLC definition, evolution, advantage and application
 PLC system types, brands and product series
 Overview and physical examination of various PLC brands (eg Siemens, AB, Delta, Omron, etc)
 Practice and exercise

Module II: PLC Hardware and Software
 PLC System Hardware Components (PLC system, signal cables, adapters, etc)
 PLC internal Architecture
 PLC software overview (Semantic step 7, RSlogix, Melsoft, wplsoft, wprolad, CX one, etc)
 Practice and Exercise

Module III: Input and output Devices
 Concept of sensors
 PLC Input devices (Limit Switches, Proximity switches, Photo sensors, encoders, pressure switches, temperature switches etc)
 PLC output devices (motors, Relays, valves, solenoid, Lamps, etc)
 Practice and exercise

module IV: PLC Input/output processing and wiring
 PLC Input/output data processing (concept of sourcing and sinking, Opto isolator, ADC & DAC, Relays, Transistor, Triac, etc)
 Signal conditioning
 Interfacing Input/Out devices with PLC input/output unit
 Wiring Input/Out devices to PLC
 PLC remote connection and networking
 PLC scan time and addressing
 Practice and exercise

Module V: PLC programming
 Relay logic programming and practical relay wiring (programming and wiring up discrete relay, Timer, etc on a control panel)
 Introduction to IEEE 1131-3 standard (LD, FBD, IL, SFC and ST)
 Review and practical programming on the standard IEEE 1131-3 programming languages__ Ladder logic (LD), Function Block Diagram(FBD), Sequential Function Chart (SFC), Instruction List(IL), Structured Test (ST)
 Downloading/uploading PLC programs
 Practice, Simulation and Exercise

Module VI: Practical PLC Systems design
 Program development from control narrative
 PLC fault finding and troubleshooting
 PLC commissioning ( Forcing Input/output, Testing, etc)
 PLC safety (concept of fail-safe, HAZID, HAZOP, SIS, etc)
 PLC system Documentation
 Practice, simulation and exercise

Module VII: Practical Industrial Application program examples
 Temperature control
 Automatic Process control
 Robotic control systems
 Valve sequencing
 Practice and exercise

Available PLC brand for training:
Siemens PLC
Allen Bradley PLC
Delta PLC
Koyo
Mitsubishi PLC
GE Fanuc PLC
Fuji PLC
Omron PLC
Keyence PLC


Supervisory System and Data Acquisation (SCADA) SYSTEM

SCADA which stands for Supervisory Control and Data Acquisition is an industrial control system which utilizes software, hardware and communication infrastructure for process monitoring and control. SCADA system is utilized in the Industrial sector such as Oil and Gas, chemical, power, Refining, Food and beverage, pharmaceutical, energy, Telecommunication, etc.

prerequisite
Basic Knowledge of PLC is necessary

Who need this training

The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.



Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate a sound understanding of how a SCADA system work
 Install, configure and program SCADA software
 Create a new SCADA application
 Create tags, graphics, animation and dynamic display to mimic the actual controlled process
 Develop and write scripting program from control narratives
 Configure Alarms, Event and Trends.
 Demonstrate good understanding of OPC, DDE, DLL, etc as it relates to Driver/hardware interoperability set up
 Set up a simple SCADA system with its hardware and communication infrastructure
 Troubleshoot and diagnose software and communication issues in SCADA system
 Understand the security vulnerability of SCADA system and to make it more secured

Course Modules


Module I : Introduction to SCADA System
 SCADA System Definition, Evolution and application
 SCADA System Architecture
 SCADA System Comparism with other control System
 SCADA Software Overview
 Practice and Exercise

Module II: SCADA System Configuration and programming
 SCADA Software Installation and configuration
 Creating Application with SCADA
 Creating Database of Tags
 Creating & Editing graphic display with animation (filling, sizing, blinking, etc)
 SCADA scripting
 SCADA Communication with Hardware/software (concept of OLE, OPC, etc, VB, Excel, etc)
 Practice and Exercise

Module: III Trends, Alarm and Event
 Creating Alarm and Event
 Real Time and Historical Trends
 Real time project development with PLC interfacing
 Report generation
 Fault diagnostic and error handling
 Practice and Exercise

Module IV : SCADA Communication System
 SCADA Network Architecture
 ISO/OSI reference model and network protocol
 Field buses (Profibus, FF, Modbuses, DeviceNET, etc)
 Live set up of communication fieldbus network with PLCs, PCs, HMI and field instruments
 Troubleshooting communication error
 Sorting communication problems
 Practice and Exercise

Module V: SCADA System Security
 Overview of SCADA System vulnerability
 Access to different security level
 SCADA System Security control Methods
 Designing a security proof SCADA system
 Practice and Exercise

Available Software for SCADA Training
Wonderware
IFIX 32
KingView
Citech
win cc

Human Machine Interface (HMI)
HMI which stands for Human Machine Interface is an industrial visual display panel which is normally programmed and deployed to visualize the controlled process/machine.

Who need this training
The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.

prerequisite
Basic Knowledge of PLC is necessary

Course Module

Module 1 : HMI Introduction
 HMI definition, Advantage and Application
 HMI evolution and brands
 HMI system overview
 HMI Architecture
 Field control Station and Human interface station overview
 Practice and exercise

Module II: HMI configuration
 Creating screens/slides
 Configuring Images and Object
 Operation of Standard display panel
 Live Interfacing with PLC
 Practice and Exercise

Module III : configuring control and monitoring parameters
 Alarm configuration and process alarm management
 Historical and System Status Display
 Tuning parameter display and description
 Real time graphics display feature
 Feedback control
 Practice and exercise

Available HMI Hardware
Siemens
Delta

Date for training commencement


26th Mon September, 2016.

Training fees and duration

PLC : N60,000 (30hrs/3weeks)
SCADA/HMI: N80,000 (30hrs/3weeks)
PLC/SCADA/HMI: N120,000 (60hrs/6weeks)

N/B Registration on or before Monday 12 September attracts a 20% discount! so waste no time!!


Venue: Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N10,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for any of these courses

We also run customize program to suit your needs

for more information call: 08160052942, 08032792323.
you may send us a mail at info@acecatech.com, or visit website acecatech.com .

techmatas:
Advanced Center for Engineering Career and Technology (ACECATECH) in conjunction with Rocktop Safety services Nigeria Limited present to you a practical hands on training on Electrical Control Panel Design, Installation and Maintenance.

Electrical Control panel is an integral part of Electrical and Automatic control system used in the industries to control production process or machines. It may be built around Components such as Relay, Contactor, timer, counter, breaker or around programmable devices such as PLC, PAC etc. this is a very specialized field with a very few skilled personnel albeit very high industrial demand.
Who need this training
this training is meant for Engineers and technicians of Electrical/Electronic and computer background also, scientists with good electrical/electronic background. Both fresh graduate or experienced professional who may like to gain more skills

Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate good understanding of relay logic and how to apply it in solving real life control problem
 Wire up relays, timers, contactors, counters, breakers in conjunction with sensors to control electric motors, solenoid, robots, valves and other field instruments
 Troubleshoot and maintain control circuit
 Wire and configure AC and DC drive
 Wire and write PLC programs
 Demonstrate sound Knowledge of control panel design consideration such as knowing when best to use PLC based control panel or relay control panel
 Interface control panel to I/O device to match various load demand
 Upgrade a relay base control panel to PLC base control

Course module 1: Electrical Control Devices
 Operation Details of Relay, Contactor, Timer, Counter, Breaker (MCB, MCCB, ACB, SF6, etc)
 PLC and other Programmable devices
 Ac and DC drives, soft starters operation details
 Electrical Symbol and wiring diagram
 Electrical schematic and relay logic
 Practice and exercise

Module 2: control panel design and installation
 Develop wiring and schematic diagram from relay logic
 Design of control circuit using relay, contactor, timer, counter, etc
 Detail wiring of control panel and interfacing with field devices
 DOL starter, Star Delta Starter (industrial 3phase motor starter)
 Detailed component specification and sizing
 Earthing and panel cabling-standard procedure
 Practice and exercise

Module 3: PLC based control panel
 Advantage of PLC base control Panel
 Detail wiring of a PLC control Panel
 PLC Programming, downloading/uploading PLC program
 Need for Industrial motor drives
 VFD wiring and configuration/parameterization
 Upgrading a relay control panel to PLC control panel
 Practice and exercise

Module 3: Control panel Maintenance
 Electrical test equipment
 Electrical troubleshooting procedure
 Common control panel faults and solution
 PLC and Drive troubleshooting
 Electrical motor troubleshooting and maintenance
 Practice and exercise

Date for training commencement
Mon 3rd October, 2016.

Training fees and duration

N80,000 (35hrs/4weeks)
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue: Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N10,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for any of these courses

We also run customize program to suit your needs

for more information call: 08160052942, 08032792323.
you may send us a mail at info@acecatech.com, or visit website acecatech.com .

www.nairaland.com/attachments/3547255_panel5_jpeg34c327046b20a617dda45abd53fecdcf

techmatas:
Fundamental of Subsea Engineering Training

With oil companies going into the more uncertain but rewarding deepwater operations, there is a high demand for individuals with deepwater skills. Subsea engineers design, implement and maintain structures, tools and equipment used in underwater components of offshore oil and gas production. Pipeline engineers design and maintain subsea pipeline in offshore fields. You can't ignore subsurface/completions (well) engineers who ensure oil is produced at optimum level from oil wells.

Subsea engineering plays a vital role in the exploitation of oil and gas in subsea environments, which are becoming more and more challenging and inaccessible. As more technology is deployed on the seabed, the oil and gas industry needs people with knowledge of subsea engineering to be involved with existing and new offshore projects.

Rocktop Safety services Nigeria Limited in conjunction with Advanced Center for Engineering Career and Technology (ACECATECH) presents to you a comprehensive training on Fundamentals of Subsea Engineering. the training will cover extensively subsea production system, Floating Production, Storage and Offloading, systems (FPSOs) and Floating Production Vessels (FPVs), drilling and production operations, Flowlines and Risers, Subsea production control systems, Subsea Reliability and Subsea Field Development, among others. We are also going to be covering Orcaflex for installation and drilling Riser analysis which is the software most multinational companies in the oil and gas industry use. Microsoft Excel package and Math cad software among others will also be used for subsea applications.

Who need this training
Engineers, Technicians, scientists, fresh & experienced graduates and any individual who wish to work in offshore.

Subsea Engineering training module
Module one:

Introduction to Subsea Production
Introduction to offshore production
– Background to offshore production systems
– Global oil and gas reserves and fields
– Introduction to offshore exploration and drilling
• Introduction to subsea engineering
– Building blocks
– Subsea Production Systems (SPS) , Umbilicals, Risers, and Flowlines (URF)
• Types of subsea completions
– Extensions to existing platforms
– Tie-backs to existing production hosts
– Production systems for floating hosts: Floating Production, Storage and Offloading systems (FPSOs) and Floating Production Vessels (FPVs)
• Flow assurance for subsea production systems
– Hydraulics
– Wax
– Hydrates

Module Two

Wellheads, Xmas Trees and Manifolds
Wellheads
– Drilling subsea wells
– Wellheads as part of drilling and production operations
– Blowout preventers
– Design and functions
– Installation
– Examples
• Xmas trees
– Types of trees
– Dual bore vertical trees and spool/horizontal trees
– Design and function
– Suppliers
– Installation
– New developments (drill through and all electric trees)
– Examples
Manifolds
– Templates
– Types of manifolds (wells clustered around manifold or template manifold)
– Functions
– Installation
– Examples

Module Three

Pipelines, Flowlines and Risers
Pipelines and flowlines
– Design and functions
– Route survey
– Pipe selection of materials and coatings
– Installation methods
– Operations
– Examples
• Risers
– Requirements and functions
– Flexible dynamic risers
– Design
– Operation and use
– Manufacture
– Current developments
– Hybrid riser towers
– Steel catenary risers
– Examples

Module four

Control Systems, Umbilicals, and Equipment Costs
Subsea production control systems
– Types
– Electro-hydraulic multiplex control systems
– Equipment and suppliers
– Operations
– Installations
– Examples
• Drilling control systems
• Umbilicals
– Functions
– Design and manufacture
– Installation
– Examples
• Costs of subsea equipment



Module five

Underwater Operations, Subsea Maintenance and New Technologies
Underwater engineering operations
• Subsea deepwater installation activities
• Inspection, maintenance and repair
– Shallow water – diver operations
– Deepwater diverless interventions
– Remote Operated Vehicles (ROVs)
– Autonomous Underwater Vehicles (AUVs)
• Decommissioning activities
– Production hosts
– Subsea equipment
• New technologies
– Subsea pumping
– Subsea processing
– Requirements
– Systems and examples



Module Six

Subsea Reliability and Subsea Field Development Examples and Case Studies
Subsea completions – interfaces with other functions
– Drilling and well completions
– Production hosts
– Government authorities
• Examples of fields developed with subsea completions
• Increased production to existing production host
– North Sea fields
• Tie back to production host
– Gulf of Mexico fields, Norwegian fields
• Subsea production to floating host
– North Sea fields

-Nigerian fields
– Angolan fields
– Brazilian fields
• Gas fields – deepwater production to shallow water host
– MCE (Gulf of Mexico)
– Malampaya field (Philippines)
• Gas fields – well to beach
– Orman Lange field (Norway)
– West Delta Deep (Egypt)



Software classes

There will be introduction to the use of the following Softwares

Microsoft Excel Package
MathCAD
Orcaflex for installation and drilling Riser analysis.

Date for training commencement
Mon 3rd October, 2016.

Duration: 70hrs/8weeks

Cost: N150,000
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue
Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N20,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for this course

for more information send us a mail at info@acecatech.com. you may also call: 08160052942, 08032792323

www.nairaland.com/attachments/3547486_subsea1_jpeg629d7819e965865829f430f407e307f5
www.nairaland.com/attachments/3547487_subsea2_jpegddfb0f67a5133d236b20f51dae6ba3f2

techmatas:
is on

techmatas:
get the skill to get the job

techmatas:
do not miss this opportunity!

techmatas:
PLC/SCADA/HMI training live!

techmatas:
get the skilll: get the edge; get the job

techmatas:
is on

techmatas:
We do and train Automation!

techmatas:
Fundamental of Subsea Engineering Training

With oil companies going into the more uncertain but rewarding deepwater operations, there is a high demand for individuals with deepwater skills. Subsea engineers design, implement and maintain structures, tools and equipment used in underwater components of offshore oil and gas production. Pipeline engineers design and maintain subsea pipeline in offshore fields. You can't ignore subsurface/completions (well) engineers who ensure oil is produced at optimum level from oil wells.

Subsea engineering plays a vital role in the exploitation of oil and gas in subsea environments, which are becoming more and more challenging and inaccessible. As more technology is deployed on the seabed, the oil and gas industry needs people with knowledge of subsea engineering to be involved with existing and new offshore projects.

Rocktop Safety services Nigeria Limited in conjunction with Advanced Center for Engineering Career and Technology (ACECATECH) presents to you a comprehensive training on Fundamentals of Subsea Engineering. the training will cover extensively subsea production system, Floating Production, Storage and Offloading, systems (FPSOs) and Floating Production Vessels (FPVs), drilling and production operations, Flowlines and Risers, Subsea production control systems, Subsea Reliability and Subsea Field Development, among others. We are also going to be covering Orcaflex for installation and drilling Riser analysis which is the software most multinational companies in the oil and gas industry use. Microsoft Excel package and Math cad software among others will also be used for subsea applications.

Who need this training
Engineers, Technicians, scientists, fresh & experienced graduates and any individual who wish to work in offshore.

Subsea Engineering training module
Module one:

Introduction to Subsea Production
Introduction to offshore production
– Background to offshore production systems
– Global oil and gas reserves and fields
– Introduction to offshore exploration and drilling
• Introduction to subsea engineering
– Building blocks
– Subsea Production Systems (SPS) , Umbilicals, Risers, and Flowlines (URF)
• Types of subsea completions
– Extensions to existing platforms
– Tie-backs to existing production hosts
– Production systems for floating hosts: Floating Production, Storage and Offloading systems (FPSOs) and Floating Production Vessels (FPVs)
• Flow assurance for subsea production systems
– Hydraulics
– Wax
– Hydrates

Module Two

Wellheads, Xmas Trees and Manifolds
Wellheads
– Drilling subsea wells
– Wellheads as part of drilling and production operations
– Blowout preventers
– Design and functions
– Installation
– Examples
• Xmas trees
– Types of trees
– Dual bore vertical trees and spool/horizontal trees
– Design and function
– Suppliers
– Installation
– New developments (drill through and all electric trees)
– Examples
Manifolds
– Templates
– Types of manifolds (wells clustered around manifold or template manifold)
– Functions
– Installation
– Examples

Module Three

Pipelines, Flowlines and Risers
Pipelines and flowlines
– Design and functions
– Route survey
– Pipe selection of materials and coatings
– Installation methods
– Operations
– Examples
• Risers
– Requirements and functions
– Flexible dynamic risers
– Design
– Operation and use
– Manufacture
– Current developments
– Hybrid riser towers
– Steel catenary risers
– Examples

Module four

Control Systems, Umbilicals, and Equipment Costs
Subsea production control systems
– Types
– Electro-hydraulic multiplex control systems
– Equipment and suppliers
– Operations
– Installations
– Examples
• Drilling control systems
• Umbilicals
– Functions
– Design and manufacture
– Installation
– Examples
• Costs of subsea equipment



Module five

Underwater Operations, Subsea Maintenance and New Technologies
Underwater engineering operations
• Subsea deepwater installation activities
• Inspection, maintenance and repair
– Shallow water – diver operations
– Deepwater diverless interventions
– Remote Operated Vehicles (ROVs)
– Autonomous Underwater Vehicles (AUVs)
• Decommissioning activities
– Production hosts
– Subsea equipment
• New technologies
– Subsea pumping
– Subsea processing
– Requirements
– Systems and examples



Module Six

Subsea Reliability and Subsea Field Development Examples and Case Studies
Subsea completions – interfaces with other functions
– Drilling and well completions
– Production hosts
– Government authorities
• Examples of fields developed with subsea completions
• Increased production to existing production host
– North Sea fields
• Tie back to production host
– Gulf of Mexico fields, Norwegian fields
• Subsea production to floating host
– North Sea fields

-Nigerian fields
– Angolan fields
– Brazilian fields
• Gas fields – deepwater production to shallow water host
– MCE (Gulf of Mexico)
– Malampaya field (Philippines)
• Gas fields – well to beach
– Orman Lange field (Norway)
– West Delta Deep (Egypt)



Software classes

There will be introduction to the use of the following Softwares

Microsoft Excel Package
MathCAD
Orcaflex for installation and drilling Riser analysis.

Date for training commencement
Mon 3rd October, 2016.

Duration: 70hrs/8weeks

Cost: N150,000
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue
Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N20,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for this course

for more information send us a mail at info@acecatech.com. you may also call: 08160052942, 08032792323

www.nairaland.com/attachments/3547486_subsea1_jpeg629d7819e965865829f430f407e307f5
www.nairaland.com/attachments/3547487_subsea2_jpegddfb0f67a5133d236b20f51dae6ba3f2

techmatas:
Advanced Center for Engineering Career and Technology (ACECATECH) in conjunction with Rocktop Safety services Nigeria Limited present to you a practical hands on training on Electrical Control Panel Design, Installation and Maintenance.

Electrical Control panel is an integral part of Electrical and Automatic control system used in the industries to control production process or machines. It may be built around Components such as Relay, Contactor, timer, counter, breaker or around programmable devices such as PLC, PAC etc. this is a very specialized field with a very few skilled personnel albeit very high industrial demand.
Who need this training
this training is meant for Engineers and technicians of Electrical/Electronic and computer background also, scientists with good electrical/electronic background. Both fresh graduate or experienced professional who may like to gain more skills

Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate good understanding of relay logic and how to apply it in solving real life control problem
 Wire up relays, timers, contactors, counters, breakers in conjunction with sensors to control electric motors, solenoid, robots, valves and other field instruments
 Troubleshoot and maintain control circuit
 Wire and configure AC and DC drive
 Wire and write PLC programs
 Demonstrate sound Knowledge of control panel design consideration such as knowing when best to use PLC based control panel or relay control panel
 Interface control panel to I/O device to match various load demand
 Upgrade a relay base control panel to PLC base control

Course module 1: Electrical Control Devices
 Operation Details of Relay, Contactor, Timer, Counter, Breaker (MCB, MCCB, ACB, SF6, etc)
 PLC and other Programmable devices
 Ac and DC drives, soft starters operation details
 Electrical Symbol and wiring diagram
 Electrical schematic and relay logic
 Practice and exercise

Module 2: control panel design and installation
 Develop wiring and schematic diagram from relay logic
 Design of control circuit using relay, contactor, timer, counter, etc
 Detail wiring of control panel and interfacing with field devices
 DOL starter, Star Delta Starter (industrial 3phase motor starter)
 Detailed component specification and sizing
 Earthing and panel cabling-standard procedure
 Practice and exercise

Module 3: PLC based control panel
 Advantage of PLC base control Panel
 Detail wiring of a PLC control Panel
 PLC Programming, downloading/uploading PLC program
 Need for Industrial motor drives
 VFD wiring and configuration/parameterization
 Upgrading a relay control panel to PLC control panel
 Practice and exercise

Module 3: Control panel Maintenance
 Electrical test equipment
 Electrical troubleshooting procedure
 Common control panel faults and solution
 PLC and Drive troubleshooting
 Electrical motor troubleshooting and maintenance
 Practice and exercise

Date for training commencement
Mon 3rd October, 2016.

Training fees and duration

N80,000 (35hrs/4weeks)
N/B Registration on or before Monday 26 September attracts a 20% discount! so waste no time!!


Venue: Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N10,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for any of these courses

We also run customize program to suit your needs

for more information call: 08160052942, 08032792323.
you may send us a mail at info@acecatech.com, or visit website acecatech.com .

www.nairaland.com/attachments/3547255_panel5_jpeg34c327046b20a617dda45abd53fecdcf

techmatas:
Automation training in PLC/SCADA/HMI/DCS/SIS, Industrial Robotics and more is here in Nigeria. The era of going abroad for these training is over. Advanced center for Engineering and Technology in conjunction with Robgray Automation and Rocktop Integrated Safety Services Nig. Limited present: practical hands on training and live simulation on PLC/SCADA/HMI. Registration for our September batch is fast ongoing.

Why have training on Automation

In recent times automation is increasingly taking over the industrial production systems and processes prompting a high demand for skilled automation engineers and technicians. Many industrial production systems and processes that were once manually run are now mostly automated. There is hardly any well established industry that does not employ automation in one form or the other. For instance, in the oil and gas industry automation is employed to control the flow, level, etc of petroleum product in a process control system. In the bottling industry automation is employed in the filling, cocking and packaging processes. In the power industry automation is normally deployed and utilized in the monitoring and control of power system parameters. The list goes on to include petrochemical, pharmaceutical, Food & beverage, packaging, automobile, chemical, Robotics, Marine, Agricultural, utility, Telecommunication, etc. in fact, it is projected in the business circle that a time will come when industrial production system and processes will be completely automated thus making automation personnel kings in the industry. This trend no doubt is catching up with the times faster than expected.

Who need this training

The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.

prerequisite
Basic Knowledge of electricity

Course Outline for these training


Programeable logic Control (PLC)

Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate a sound Knowledge and understanding of how a PLC system work
 Independently design a PLC system to automate a process/machine
 Wire and interface PLC system with field devices
 Wire up a relay control panel to field devices
 Have good knowledge of various PLC brands, their capabilities and industries where they are mostly used
 Write PLC program using either of the five Standard IEEE 1131-3 programming languages
 Carry out pre-commissioning and commissioning of a typical PLC automated system
 Carry out troubleshooting and maintenance on PLC systems
 Write PLC programs in various PLC brands such as Siemens, Allen Bradley, Mitsubishi, Delta, Omron etc.
 Demonstrate sound knowledge of PLC safety.
 Carry out practical hands on networking between various PLCs, PCs, HMI, Field instruments, etc.

Course Module


Module I: Introduction to PLC
 Basic concept of automation
 PLC definition, evolution, advantage and application
 PLC system types, brands and product series
 Overview and physical examination of various PLC brands (eg Siemens, AB, Delta, Omron, etc)
 Practice and exercise

Module II: PLC Hardware and Software
 PLC System Hardware Components (PLC system, signal cables, adapters, etc)
 PLC internal Architecture
 PLC software overview (Semantic step 7, RSlogix, Melsoft, wplsoft, wprolad, CX one, etc)
 Practice and Exercise

Module III: Input and output Devices
 Concept of sensors
 PLC Input devices (Limit Switches, Proximity switches, Photo sensors, encoders, pressure switches, temperature switches etc)
 PLC output devices (motors, Relays, valves, solenoid, Lamps, etc)
 Practice and exercise

module IV: PLC Input/output processing and wiring
 PLC Input/output data processing (concept of sourcing and sinking, Opto isolator, ADC & DAC, Relays, Transistor, Triac, etc)
 Signal conditioning
 Interfacing Input/Out devices with PLC input/output unit
 Wiring Input/Out devices to PLC
 PLC remote connection and networking
 PLC scan time and addressing
 Practice and exercise

Module V: PLC programming
 Relay logic programming and practical relay wiring (programming and wiring up discrete relay, Timer, etc on a control panel)
 Introduction to IEEE 1131-3 standard (LD, FBD, IL, SFC and ST)
 Review and practical programming on the standard IEEE 1131-3 programming languages__ Ladder logic (LD), Function Block Diagram(FBD), Sequential Function Chart (SFC), Instruction List(IL), Structured Test (ST)
 Downloading/uploading PLC programs
 Practice, Simulation and Exercise

Module VI: Practical PLC Systems design
 Program development from control narrative
 PLC fault finding and troubleshooting
 PLC commissioning ( Forcing Input/output, Testing, etc)
 PLC safety (concept of fail-safe, HAZID, HAZOP, SIS, etc)
 PLC system Documentation
 Practice, simulation and exercise

Module VII: Practical Industrial Application program examples
 Temperature control
 Automatic Process control
 Robotic control systems
 Valve sequencing
 Practice and exercise

Available PLC brand for training:
Siemens PLC
Allen Bradley PLC
Delta PLC
Koyo
Mitsubishi PLC
GE Fanuc PLC
Fuji PLC
Omron PLC
Keyence PLC


Supervisory System and Data Acquisation (SCADA) SYSTEM

SCADA which stands for Supervisory Control and Data Acquisition is an industrial control system which utilizes software, hardware and communication infrastructure for process monitoring and control. SCADA system is utilized in the Industrial sector such as Oil and Gas, chemical, power, Refining, Food and beverage, pharmaceutical, energy, Telecommunication, etc.

prerequisite
Basic Knowledge of PLC is necessary

Who need this training

The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.



Course Objective

At the end of this Training our trainees will be able to:
 Demonstrate a sound understanding of how a SCADA system work
 Install, configure and program SCADA software
 Create a new SCADA application
 Create tags, graphics, animation and dynamic display to mimic the actual controlled process
 Develop and write scripting program from control narratives
 Configure Alarms, Event and Trends.
 Demonstrate good understanding of OPC, DDE, DLL, etc as it relates to Driver/hardware interoperability set up
 Set up a simple SCADA system with its hardware and communication infrastructure
 Troubleshoot and diagnose software and communication issues in SCADA system
 Understand the security vulnerability of SCADA system and to make it more secured

Course Modules


Module I : Introduction to SCADA System
 SCADA System Definition, Evolution and application
 SCADA System Architecture
 SCADA System Comparism with other control System
 SCADA Software Overview
 Practice and Exercise

Module II: SCADA System Configuration and programming
 SCADA Software Installation and configuration
 Creating Application with SCADA
 Creating Database of Tags
 Creating & Editing graphic display with animation (filling, sizing, blinking, etc)
 SCADA scripting
 SCADA Communication with Hardware/software (concept of OLE, OPC, etc, VB, Excel, etc)
 Practice and Exercise

Module: III Trends, Alarm and Event
 Creating Alarm and Event
 Real Time and Historical Trends
 Real time project development with PLC interfacing
 Report generation
 Fault diagnostic and error handling
 Practice and Exercise

Module IV : SCADA Communication System
 SCADA Network Architecture
 ISO/OSI reference model and network protocol
 Field buses (Profibus, FF, Modbuses, DeviceNET, etc)
 Live set up of communication fieldbus network with PLCs, PCs, HMI and field instruments
 Troubleshooting communication error
 Sorting communication problems
 Practice and Exercise

Module V: SCADA System Security
 Overview of SCADA System vulnerability
 Access to different security level
 SCADA System Security control Methods
 Designing a security proof SCADA system
 Practice and Exercise

Available Software for SCADA Training
Wonderware
IFIX 32
KingView
Citech
win cc

Human Machine Interface (HMI)
HMI which stands for Human Machine Interface is an industrial visual display panel which is normally programmed and deployed to visualize the controlled process/machine.

Who need this training
The training is specifically for fresh graduates, Engineers, technologist and technicians, plant manager, supervisors as well as those with science background.

prerequisite
Basic Knowledge of PLC is necessary

Course Module

Module 1 : HMI Introduction
 HMI definition, Advantage and Application
 HMI evolution and brands
 HMI system overview
 HMI Architecture
 Field control Station and Human interface station overview
 Practice and exercise

Module II: HMI configuration
 Creating screens/slides
 Configuring Images and Object
 Operation of Standard display panel
 Live Interfacing with PLC
 Practice and Exercise

Module III : configuring control and monitoring parameters
 Alarm configuration and process alarm management
 Historical and System Status Display
 Tuning parameter display and description
 Real time graphics display feature
 Feedback control
 Practice and exercise

Available HMI Hardware
Siemens
Delta

Date for training commencement


26th Mon September, 2016.

Training fees and duration

PLC : N60,000 (30hrs/3weeks)
SCADA/HMI: N80,000 (30hrs/3weeks)
PLC/SCADA/HMI: N120,000 (60hrs/6weeks)

N/B Registration on or before Monday 12 September attracts a 20% discount! so waste no time!!


Venue: Rocktop Safety integrated Services Nig. Limited
11 East West Road Rumuokoro
Port Harcourt.

For those coming outside PH we are making available accommodation for just N10,000 for the entire duration of the program.
hurry now and get registered for our spaces are limited!

click here to register for any of these courses

We also run customize program to suit your needs

for more information call: 08160052942, 08032792323.
you may send us a mail at info@acecatech.com, or visit website acecatech.com .

techmatas:
get the skilll: get the edge; get the job

techmatas:
get the skills; get the edge; get the job

techmatas:
do not miss this opportunity!

techmatas:
strictly hands on