Training Structural Engineering for Non-Structural Engineers

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Structural Engineering for Non-Structural Engineers Training Description Non-structural engineers and architects need a basic understanding of structural engineering. This course provides the fundamentals without delving into complicated mathematical formulas. The course covers the design and construction of concrete, steel, wood, and masonry building structures. Lectures will be followed by simple hands-on exercises and problem-solving sessions. After participating in this course you will be able to: Apply structural analysis methods to beams, trusses, slabs, columns, walls, frames, footings, and pile foundations Assess the design of reinforced concrete and structural steel members Solve common structural engineering problems Employ wood and masonry design procedures Who Should Attend Architects • Non-Structural Engineers (Civil, Mechanical, Electrical, Mining, Chemical and Agricultural) • Plant Engineers • Fabricators and Manufacturers of Structural Systems • General Contractors • Property Managers • Directors of Physical Plants • Municipal Building Officials • Building Inspectors • Field Review Personnel • Project Engineers • Others wanting to know more about Structural Systems Course Outline Structural loads and procedures Structural...
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Training Power Systems Troubleshooting

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Training Power Systems Troubleshooting INTRODUCTION No matter how complete or expensive an electrical system is, the components of the system begin to deteriorate as soon as they are installed and failure of some component in the system will ultimately result.  If deterioration is not checked, it can cause electrical failures and malfunctions.  In addition, load changes or circuit alterations may be made without overall design coordination, which can result in improper selection of equipment, or settings of protective devices, or wrong trip units installed in the circuits.  There are certain definite and logical methods and procedures in locating the source of trouble on electrical equipment.  Experience indicates that in most cases where the exact trouble spot is not determined, it is because the troubleshooter has not applied his or her knowledge properly. Blown fuses, overload contacts, open contacts, short circuits, burned out coils, and grounds are responsible for most electrical circuit failures.  These problems should be relatively easy to find and correct.  Many...
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Training Substation Earthing

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Training Substation Earthing Description This intensive training course will give you an insight into all aspects of substation earthing for low, medium and high voltage systems (distribution and transmission), to ensure safety, protection and regulatory compliance. The comprehensive programme includes technical sessions on earthing design and specifications, current standards and regulations, earth grids, resistivity, site areas, conductors, earth rods and GIS, and includes a practical earthing measurement exercise and subsequent data analysis. Objective Enhance your knowledge of earthing principles and systems Understand the legal and environmental framework and standards that apply to earthing systems Develop your ability to specify earthing system design to current standards Reduce the risk of critical system failure through enhanced design Enhance your understanding of the role of earthing systems in safe working practices Enhance your understanding of earthing measurement processes and the anlaysis of measurement data Develop knowledge of managing earthing system design and maintenance projects Course Outline Introduction and Principles of Earthing in LV, MV and HV Systems Role, principles...
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Training Voltage Control Regulation in Transmission and Distribution Systems

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Training Voltage Control Regulation in Transmission and Distribution Systems Course Description Reactive power had not paid sufficient attention in past. Great attention is now paid to reactive power flow on lines and to generated and compensated reactive power. Most problems of voltage control can be solved and voltage instability and voltage collapses will not occur if reactive power is judiciously managed and accurately controlled. Also, blackouts can be avoided and service interruptions will be minimized. Transmission lines can be loaded to their thermal limits. Course Objectives To clarify the importance of reactive power control and to show the importance of reactive power in power system operation and control. Influence of reactive power flow on system voltages are to be clarified. Methods of compensation of reactive power such as static VAR compensators and FACTS will be explained in detail. Optimum capacitor locations in transmission system busbars will be defined by special programs. Optimum controllers will be found . Techniques of voltage control by reactive power...
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Training Voltage Regulators, Capacitors, Reactors and Reclosers

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Training Voltage Regulators, Capacitors, Reactors and Reclosers Description: Utilities are required to provide power to their customers within a specific range of voltage. Voltages that are outside of that range may damage equipment or cause it to operate inefficiently. For example, voltage that is significantly lower than the desired range may cause lights to dim and motors to burn out. Voltage that is significantly higher may cause lights or appliances to fail prematurely. In an ideal ac power system, the voltage and frequency at every supply point would be constant and free of harmonics, and the power factor would be unity. In particular these parameters would be independent of the size and characteristics of consumers' load. In an ideal system, each load could be designed for optimum performance at the given supply voltage, rather than for merely adequate performance over an unpredictable range of voltage. Moreover, there could be no interference between different loads as a result of variations in the current...
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Training Voltage, Frequency, Active and Reactive Power Control in Electrical Power System Elements

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Training Voltage, Frequency, Active and Reactive Power Control in Electrical Power System Elements Description: Reactive power had not paid sufficient attention in past. Great attention is now paid to reactive power flow on lines and to generated and compensated reactive power. Most problems of voltage control can be solved and voltage instability and voltage collapses will not occur if reactive power is judiciously managed and accurately controlled. Also, blackouts can be avoided and service interruptions will be minimized. Transmission lines can be loaded to their thermal limits. Objective To clarify the importance of reactive power control and to show the importance of reactive power in power system operation and control. Influence of reactive power flow on system voltages are to be clarified. Methods of compensation of reactive power such as static VAR compensators and FACTS will be explained in detail. Optimum capacitor locations in transmission system busbars will be defined by special programs. Optimum controllers will be found. Techniques of voltage control by reactive...
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Training LV/MV/HV Circuit Breakers (Switchgear): Inspection, Maintenance, Operation, Repair and Troubleshooting

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Info Jadwal Pelatihan LV/MV/HV Circuit Breakers (Switchgear): Inspection, Maintenance, Operation, Repair & Troubleshooting Course Description Introductory to the basis of understanding the theory of high voltage switchgear covering LV/MV/HV circuit breakers and the equipment included in the switch gears. Course Objectives Identifying principles of engineering service electrical substation equipment Explaining Switchgear items and functions Describe Different forms of circuit breakers connections in electrical networks Describe Forming different types of circuit breakers Identifying Automatic operation consideration of circuit breakers and prevent faults in circuits Explaining Modes of uses stages in circuits and the effect of the short circuits Explaining Modes of Arc extinction by circuit breakers Explaining Modes of standard tests in circuit breaker Explaining Mobile measuring and test equipment of circuit breakers (Dabble) Complying with Measuring equipment of constant resistance of connectors How to prepare the reports of the technical state of circuit breaker How to test the SF6 isolating gas Who Should Attend? This course is intended for engineers and technicians from substation,...
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Design Of Modern Electrical Distribution Systems Training

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Course Description In 1882 Sir Thomas Edison built the world’s first electricity generating station in New York. The supply of Electricity spread rapidly across the globe in the ensuing years. Today, over a century later, the use of electrical energy has become commonplace. Global economics is rapidly changing methodology in the Distribution of Electricity throughout the world. Many Distribution Electricity Utilities have changed from State Ownership to Private Ownership and the trend is increasing worldwide. Regulatory and shareholder pressures are now driving Utilities to deliver an improved supply performance and demonstrate a more commercial approach to their activities.An important step is to ensure that decision-making personnel possess sufficient up-to-date knowledge of distribution system behavior and modern distribution network design. Course Objectives On completion of the course the trainee/s will be competent in: The behavior of Modern Electrical Distribution Networks Constraints on Distribution Network Design Choice of Correct Components and Network Layouts Using Computers for secure and economic network design Course Outlines Basics & Fundamentals Review. Overview...
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Distributed Control System (DCS) – Selection, Operation and Maintenance

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Objectives:  By the end of this course the participants will gain the following; •Know the historical background of DCS. •Learn the local control unit architecture. •Know the basic elements of a Microprocessor-Based Controller. •Know the local control unit languages. •Study and know the communication protocol facilities. •Know the operator interface. •Know the display units layout. •Know the principles of protection and relaying system •Know how to management the input output data for control and protection. •Study the design considerations for operator input. •Application of system design issues in electrical and industrial systems. Who should attend: The course is designed to electrical engineers and highly qualified technicians whom concerning with DCS control and protection systems operation, selection and maintenance. Those are working in electrical power and industrial processing control systems such as: • Electrical power grids and electrical generation plants, • Environmental control systems, • Traffic signals, •...
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Electrical Circuits and Wiring Systems Training

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Course Description This course introduces the care and use of tools and materials used in electrical installations as well as the requirements of the National Electrical Code.  Topics include lighting, overcurrent protection, conductors, branch circuits, condelectrical, and safety and electrical blueprint reading.  Upon completion, participants should be able to properly install conduits, wiring, and electrical distribution equipment associated with basic electrical installations Course Objectives Understanding the basic electrical theories Being familiar with the codes and standards related to residential wiring Understanding electrical plans Learning how to use electrical installation tools Learning how to use materials and equipment in electrical installations Who Should Attend? Engineers Electricians Technicians Contractors Anyone aspire to increase his capabilities in this area Course Schedule Review of electrical theory Circuit elements Electrical power and energy Codes and standards Blueprint reading of electrical plans Tools, materials and equipment used in electrical installations Electrical connections Types of connections Services Service entrance Roughing in services Service panels Service drops Wiring methods using non-metallic sheathed...
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Electrical Circuits Fundamentals Training

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Course Description The Fundamentals of Electric Circuits course provides the participants with an understanding of the concepts and techniques in the characterization of electrical circuits and their components. This course  introduces the participants to the basic concepts of  current, voltage, power, electromagnetism, basic lows and theorems for the analysis of electric circuits. Pulse-response and resonance are also covered. Theory classes are supported by laboratory experiments to study, test and verify the characteristics of these basic electrical concepts Course Objectives Understanding fundamental circuit analysis techniques Being familiar with circuit equivalence and modeling Being able to develop physical insight and intuition for problem solving Learning how to different simulators Who Should Attend? Maintenance supervisors Novice engineers Plant engineers Electricians Plant mechanics Service technicians Contractors Energy auditors Layout professionals General audience Course Schedule Units and notation, basic electric quantities Electric signals and circuits Kirchhoff's laws Circuit elements and sources Resistance, series and parallel combinations Basic resistive circuits Practical sources and loading Introduction to digital circuits simulators Circuit...
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Integrated Grounding System Design and Testing Training

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Training Integrated Grounding System Design and Testing Course Description Get comprehensive coverage of grounding system design procedures for safety and lightning shielding. Start with a simplified coverage of the basic principles in grounding design, followed by a step-by-step design procedure. Explore soil characterization, including soil testing methods, data interpretation and a workshop. Discuss modeling requirements and data preparation procedures for substation ground system design and lightning shielding. Discuss practical examples and see demonstrations of design procedures with three examples of realistic systems — (a) a generation substation, (b) a transmission substation, (c) a distribution substation. Investigate options for controlling ground potential rise, touch and step voltages. Quantify the influence of grounding systems on nearby pipes, fences and buildings with the use of the WinIGS program. Discuss design procedures to limit transfer voltages to safe levels. Design the lightning shielding system for these substations to minimize the risk from lightning overvoltages. Who Should Attend Electric power utility engineers involved in substation design, testing and design of grounding...
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Training Reactive Power compensation and control in Electric power system

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Reactive Power compensation and control in Electric power system Training INTRODUCTION: This training course presents reactive power compensation and an overview of modern practices in raising efficiency of power systems through application of reactive power and voltage regulation. This training course starts with discussion about the structure of power systems from a power plant to the customer, and typical power system voltages in different parts of the system. Then, it explains how power losses and voltage drops in the power system may be reduced through compensation of reactive power either by shunt capacitors for an inductive load or shunt reactors for a capacitive load. Arrangement of a shunt capacitor bank and a sequence of its design is considered as well. Explanations are supported by numerous drawings, photos of actual equipment and the example showing how to design shunt capacitor bank. OBJECTIVES: Upon completion of this course, the participant shall be able to; Understand concepts of power factor Understand disadvantages of poor power factor  and...
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Training Electrical Equiptment Maintenance

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COURSE DESCRIPTION This course is designed to meet the training needs of plant maintenance personnel engaged in the day-to-day troubleshooting and fault correction of industrial electrical equipment. It is appropriate for electrical maintenance personnel in need of a review of electrical basics and an introduction to more complicated industrial controls and test equipment. It is also suited for mechanical maintenance personnel that take part in plant electrical maintenance activities. The course can be customized to include examples of specific components, test equipment, and documentation found at the plant. PARTICIPANT Electric Engineer/ Supervisor/ Superintendent • Power Plant Maintenance Engineer/ Supervisor/ Superintendent • Power Plant Operation Engineer/ Supervisor/ Superintendent • Everybody or professional who wants to broaden knowledge or gain Benefit from this course COURSE OUTLINE Introduction to electrical equipment maintenance, testing and troubleshooting • Why maintain and test • Overview of electrical preventive maintenance and testing • Planning an EPM program • Overview of testing and troubleshooting methods • Review of dielectric theory and practice Electrical safety, switching practices and precautions • Introduction • Electrical fire...
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Reactive Power compensation and control in Electric power system

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INTRODUCTION: This training course presents reactive power compensation and an overview of modern practices in raising efficiency of power systems through application of reactive power and voltage regulation. This training course starts with discussion about the structure of power systems from a power plant to the customer, and typical power system voltages in different parts of the system. Then, it explains how power losses and voltage drops in the power system may be reduced through compensation of reactive power either by shunt capacitors for an inductive load or shunt reactors for a capacitive load. Arrangement of a shunt capacitor bank and a sequence of its design is considered as well. Explanations are supported by numerous drawings, photos of actual equipment and the example showing how to design shunt capacitor bank. OBJECTIVES: Upon completion of this course, the participant shall be able to; Understand concepts of power factor Understand disadvantages of poor power factor  and requirements of reactive power compensation Understand aspects and methods...
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Flow Measurement and Custody Transfer

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Introduction Custody Transfer defines the point at which ownership changes hands for the process product being measured. This transfer is unique among flow-meter applications since money changes hands and accuracy requirements are higher than they are for most other applications. The custody transfer system must generate detailed and indisputable cargo reports, based on accurate flow measurements and calculations. This intensive and highly practical seminar include the main principles and applications of traditional and latest process flow measurements techniques and relates them to the importance of high accuracy (±0.125% or better) that is required for implementing successful custody transfer operations. It is designed to help organisations achieve the required strategic goals through better understanding and sound applications of these techniques. This seminar will highlight: The laws governing fluids and gases Important principles of flow-metering including accuracy and repeatability Main types and applications of Flowmeters with emphasis on custody transfer Flowmeter proving and calibration techniques Objectives This course introduces participants to a variety of flow measurement technologies...
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Electrical Engineering for Non-Electrical Engineers

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Description This course focuses on basic electrical design concepts that will meet the demands of industrial and commercial design, construction, and maintenance. In addition to familiarizing participants with basic electrical circuits and circuit parameters, the course provides a general understanding of the methods used to design low voltage power distribution systems (600 volts or less). After participating in this course you will be able to: Understand and apply electrical code requirements Design electrical systems in compliance with the code Broaden your knowledge of electrical equipment, wire and cable applications Relate electrical code to grounding and bonding requirements Determine the code requirements for motor applications, substations, and high voltage lines Who Should Attend Non-Electrical Engineers • Project Engineers • Operations & Maintenance Engineers • Managers • Construction personnel • Plant & Facility Engineers • Inspectors & Municipal personnel • Electrical Contractors   Course Outline Electric power & circuit fundamentals Power quality Major electrical equipment Electrical power generation Load characteristics & conductor sizing Fault calculation & protection system ...
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Introduction to static testing and dynamic motor monitoring

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Introduction to static testing and dynamic motor monitoring Course description This introductory course will benefit the attendee by allowing them to obtain information about both technologies simultaneously. A majority of the first day will cover basic AC motor theory and construction. By the end of this course the student will have a working knowledge of both the static and dynamic motor testing methods, be able to collect quality data and determine basic motor faults. Seminar price includes workbook, lodging and most meals. Course objectives Develop a general understanding of AC motor theory and construction Develop a general understanding of what static motor testing and dynamic motor monitoring involves Understand what standards are applicable to the electric motor testing Develop a general working knowledge of instrumentation for both static motor testing and dynamic motor monitoring Topics Basic AC motor theory Basic electromagnetic theory Basic AC motor construction Various types of motors Intro to static motor theory ...
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Electrical Motors and Motor Control Systems

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Training Electrical Motors and Motor Control Systems Introduction This is the second of three courses dealing with electrical maintenance. It is a practical course and emphasises those aspects of maintenance and fault diagnosis required in industry. Course delegates require sound knowledge of electrical principles as outlined in our first electrical course. This course may be studied as part of a skills flexibility training programme. This course aims to provide delegates with the underpinning knowledge and skills needed to undertake electrical maintenance on motors and motor controls safely and efficiently. Syllabus Safe working practice Principles of DC motors and generators DC motor starters and protection AC induction motors - single and three phase Motor protection Motor starters: Direct on Line and Star Delta Three phase distribution Speed control on AC and DC motors Introduction to Inverters Testing of equipment and fault diagnosis Identification of common electrical faults Practical exercises   TRAINING METHOD Presentation, Discussion, Case Study & Evaluation. FACILITIES Training Kit, Flash disk, Handout, Certificate, Lunch + 2X Coffee Breaks /...
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Cable Termination Utilizing the Medium Voltage termination kits

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Training Cable Termination Utilizing the Medium Voltage termination kits Solid dielectric power cable systems are subject to higher voltages than ever before. Inadequate installation and testing of cable splices and terminations is the number one cause of failure (IEEE Std 493-2007 Table 10-33). Yet over the last few decades, cable splicing as a profession has declined as multi-crafting and departmental merges have made it just a function among many. Proper installation of cable splices and termina-tions drastically improves the lifetime of cables and prevents damage to downstream equipment and nearby personnel. This hands-on course is intended for new or experienced electri-cians and technicians that install, maintain, repair or troubleshoot5-35 kV solid dielectric power cables. The student should have some field experience and basic knowledge of AC/DC electricity. Learning Objectives: Upon completion of this course, the participant should be able to: Explain medium voltage cable components and construction Identify applications of different cable types including marine, offshore, mining, underground (URD) and tech Prepare cable for...
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Cathodic Protection Training

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Training Cathodic Protection Cathodic protection plays a key role in corrosion control in the oil and gas industry.  It controls the corrosion of buried structures. This course has been designed to provide participants with an understanding of the basic principles of corrosion mechanisms and focuses on the control of galvanic corrosion by the use of sacrificial anodes and induced current cathodic protection.  The participants will learn the main components used in cathodic protection and methods used to safely test them and maintain them. Audience This course is designed for electrical technicians, maintenance planners, and supervisors with operation and maintenance responsibilities who work in an industrial plant. Course Content Principles of Cathodic Protection Chemistry of corrosion Galvanic corrosion Corrosion control Impressed current cathodic protection. Testing and Maintaining Cathodic Protection Systems CP rectifiers Power supplies for remote locations Cables and bonding to structures Testing cathodic protection systems   Permintaan Brosur penawaran Training ( Harga, Waktu dan Tempat) silahkan Menghubungi kami. Catatan : Pelatihan ini dapat di-customized sesuai kebutuhan perusahaan Anda...
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Electrical and power systems design training with Etap

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Training Electrical and power systems design training with Etap Jadwal Training 2016  (Bisa request tanggal selain yang tertera) 19-21 Juli 2016 / 09-11 Agustus 2016 / 06-08 September 2016 / 11-13 Oktober 2016 / 15-17 November 2016 / 13-15 Desember 2016   ETAP-electrical/power systems ETAP IS A SOFTWARE USED FOR ELECTRICAL SYSTEMS DESIGN&ANALYSIS,WITH ETAP THE ELECTRICAL ENGINEER ACQUIRE INDUSTRIAL SKILLS FOR DESIGN ,MODIFICATION,UPGRADE,AUTOMATION AND CONTROL OF ELECTRICAL SYSTEMS AS WELL AS BEING ABLE TO SUPERVISE ELECTRICAL SYSTEM FACILITIES PERFORMANCE.ETAP SUMMARISE THE ACTIVITIES OF THE PROFFESIONAL ELECTRICAL ENGINEER.THE SOFTWARE HAS WIDE APPLICATION IN THE OIL AND GAS INDUSTRY AND OTHER INDUSTRIAL PLANT APPLICATIONS ESPECIALLY IN PROJECTS INVOLVED IN GETTING ELECTRICAL SYTEM DELIVERABLES.WORLDWIDE ETAP IS USED BY ,CHEVRON,MOBIL,SHELL,CONOCO,HALLIBURTO,TOTAL AND OTHER MAJOR INDUSTRIAL PLAYERS.INCLUDING UTILITY AND POWER COMPANIES. IN A BID TO STRENGHTEN OUR INDIGENEOUS CAPACITY THROUGH THE NIGERIAN CONTENT POLICY,ELDEMUZ GLOBAL CONCEPTS A LEADING OIL AND GAS TRAINING FIRM IN PORTHARCOURT IN CONJUNCTION WITH A TEAM OF NIGERIAN ELECTRICAL ENGINEERS AND ETAP PROFFESIONAL ORGANISE THIS HANDS ON TRAINING...
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Machinery Failure Analysis & Prevention

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Training Machinery Failure Analysis & Prevention Overview This course covers structured, results-oriented failure analysis methods for all types of machine components and entire machinery systems. Participants will learn how parts fail, why they fail in a given mode, the on-line and off-line symptoms of failure, and general failure prevention methods. Participants will learn how to collect, analyze and interpret failure statistics and will also gain an understanding of FMECA. Participants will be instructed in condition monitoring methods and will be taught how vibration analysis can be used to detect, locate, severity assess and diagnose a range of common faults in rotating and reciprocating machines. Who should attend The course is designed to all personnel (engineers and/ or technical staff) who are involved in machinery operation, inspection and maintenance, reliability and availability management. Personnel from process industries such as refining, petrochemical, chemical, mining, pharmaceutical, fertilizer, food processing and utilities will profit. Course content Failure Analysis and Troubleshooting as a tool for machinery reliability Improvement and Life...
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Predictive Maintenance Technologies

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Training Predictive Maintenance Technologies Overview Predictive maintenance is not a tool, technique or certification. Predictive maintenance is a philosophy that uses the equipment’s operating condition to make data-driven decisions and improve quality, productivity and profitability. Unlike industry courses that focus on applying specific technologies like vibration monitoring or oil analysis, this course focuses on establishing, managing and sustaining results from a comprehensive PdM program Course content Introduction The role of a predictive maintenance (PdM) plan in an effective asset management strategy The theory, application and safety considerations of 5 PdM technologies Vibration analysis Thermography Tribology (oil analysis) Ultrasonic Motor circuit analysis Visual inspection as a component of a PdM program Predictive maintenance strategy that incorporates critical success factors in the following areas: Data and measurement requirements Planning and set-up Monitoring the program Showing results Operating Dynamics Analysis™ manages machinery/assets that can’t be monitored by the five traditional predictive maintenance technologies Current PdM program to best practices and build a plan to meet your...
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Power System Relaying: Theory and Applications

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Power System Relaying: Theory and Applications Course Description Get an overview of the theory and practice of modern power system relaying. Explore the fundamental principles of relaying, analysis tools for power system modeling and analysis pertaining to relaying, and industry practices in the protection of lines, transformers, generators, motors, and industrial power systems. Observe protection examples using PC-based animation of data from actual systems. Who Should Attend Electric power utility engineers, system designers involved in the design of power distribution installations and operations, consulting and manufacturing engineers, engineers with equipment supply companies for industrial systems, university power system educators and graduate students How You Will Benefit Explore power system protection fundamentals and philosophies, acquire background and tools, and actual protective relaying applications. Learn the impact of new technologies (i.e., numerical relays, accurate time referencing, and communications) on protective relaying. Content Basic concepts Power systems modeling Protection fundamentals Visualization and animation of instrumentation and relay operation Protective relaying applications Non-utility generation/utility interface protection Stability, reclosing, and load...
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Training Drone & Survey

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Pelatihan Drone & Survey Survey pemetaan mengunakan unit Drone membutuhkan ketepatan pengukuran dan perencanaan awal yang matang untuk menghasilkan data yang baik dan sesuai kaidah fotogrametri, oleh karena itu dibutuhkan personil yang benar – benar memahami unit wahana drone dan pengkuran fotogrametri.   Tujuan Setelah mengikuti pelatihan ini, diharapkan peserta mampu memanfaatkan unit Drone secara maksimal dengan tidak meninggalkan sisi safety saat penggunaan. Materi Teori: Pengenalan ilmu penerbangan dan safety Pengenalan Aerodynamika Pengenalan unit wahana Drone Pengenalan mekanika teknik Pengenalan avionik wahana Drone Pengenalan safety wahana Drone Pengenalan fotogrametri Pengenalan teknik prosesing data Praktek : Penjelasan safety kegiatan Praktek perakitan dan set up perangkat elektronik wahana Drone Praktek belajar menerbangkan unit wahana drone, sampai bisa terbang sendiri Praktek perencanaan pengukuran fotogrametri Praktek pengkuran GPS Praktek terbang autopilot dan foto udara Praktek download data dan manajemen data foto. Praktek prosesing foto udara. Evaluasi kegiatan dan evaluasi safety kegiatan. Peserta Training ini diperuntukkan bagi: Aktivis lingkungan; Karyawan yang bertugas pada bagian survey dan pemetaan; Professional yang ingin mempelajari lebih...
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Training Audit Energi Listrik

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 Pelatihan Audit Energi Listrik Deskripsi Dalam operasional perusahaan yang berskala besar memerlukan asupan energi listrik yang tidak sedikit. Dalam hal ini energi listrik menjadi energi vital penggerak operasional perusahaan. Masalah yang kemudian muncul adalah ketidak efisiensian penggunaan energi listrik ini yang pada akhirnya berimbas pada membengkaknya tagihan listrik per bulannya. Tingkat efisiensi pemakaian listrik di pengaruhi oleh daya listrik yang terpasang, aktivitas yang dilakukan,jenis peralatan yang terpasang dan rata-rata pemakaian listrik perhari/per bulan.Untuk mengefisiensikan pemakaian listrik, maka perlu dilakukan manajemen audit energi listrik dimana dengan audit tersebut akan didapatkan potret pengunaan energi listrik pada suatu bangunan, mengetahui kondisi peralatan yang terpasang dan mengetahui peluang untuk penghematan energi. Keberhasilan program efisiensi pemakain energi listrik, selain dipengaruhi oleh faktor teknis juga sangat bergantung pada komitmen manajemen puncak dan komitmen seluruh karyawan dalam gerakan efisiensi. MATERI KHUSUS Karakteristik penggunaan energi di bangunan gedung. Strategi  Penghematan Energi listrik Perencanaan Program Penghematan Energi Audit energy Pembentukan tim penghematan energi  dan Pengkajian sumber penggunaan energi  Membangun budaya  gerakan efisiensi pemakaian listrik ...
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PLC Programming

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Training PLC Programming Overview Modern PLC-based control and automation systems often have improvements and modifications made, resulting in changes needing to be made to the PLC program. This course provides the skills necessary to understand how typical modern industrial PLC programs work, how to make changes to existing programs and how to create small programs from scratch. Course content Introduction Introduction to programmable logic control (PLC) and their applications in the industry Advantages of PLC over other controls control Systems Review of Boolean Algebra and logic gates Parts of a programmable logic controller Review of sensors and their applications (criteria for use of mechanical, optical, capacitive, inductive, etc sensors) Programming principles and procedures Program loading, editing and monitoring Printing and developing documentation Development of sequence and logic controls controls using timers and counters Programming exercises and commissioning     Permintaan Brosur penawaran Training ( Harga, Waktu dan Tempat) silahkan Menghubungi kami. Catatan : Pelatihan ini dapat di-customized sesuai kebutuhan perusahaan Anda bila diselenggarakan dalam bentuk In-House Training....
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INFRARED THERMOGRAPHY TRAINING

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TRAINING INFRARED THERMOGRAPHY DESKRIPSI Sehubungan dengan banyaknya kasus-kasus kebakaran akibat korsleting listrik atau pemeliharaan fasilitas listrik yg kurang memadai, bersama ini kami memperkenalkan tehnology dalam bidang Preventive Maintenance, yaitu menggunakan photo infrared thermography untuk menganalisa distribusi panas yang berlebih (OverHeating) pada titik-titik sambungan kabel, komponen listrik (Breaker, Capacitor, Contactor, Fuse, dll.) Tehnology pemeriksaan ini sangat aman dipakai (tidak ada efek samping, baik terhadap peralatan yg diperiksa ataupun lingkungan hidup disekitarnya), effective (langsung mendeteksi titik-titik overheatings & lokasinya) dan efficient (Pemeriksaan cepat, mudah dilakukan, dan tidak mengganggu operational peralatan yg diperiksa). Technology infrared thermography mempergunakan camera infra merah untuk mendeteksi penyimpangan panas yang terjadi pada peralatan-peralatan listrik & mekanik (ME) yg sedang beroperasi. Setiap gejala kerusakan pada peralatan ME akan menimbulkan distorsi panas (Overheating) dibanding suhu normal operasinya. Pada pemeriksaan infrared akan diketahui secara tepat lokasi yg bermasalah, kondisi peralatan / komponen, mutu sambungan / koneksi kabel-kabel, dan kondisi titik-titik singgung rotary equipments. Dengan demikian perbaikan dapat dilakukan sebelum peralatan-peralatan tersebut mengalami kerusakan /...
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Advanced Technology Of Pipeline Design, Construction & Mechanical Integrity

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Training Advanced Technology Of Pipeline Design, Construction & Mechanical Integrity Deskripsi Pelatihan ini menjelaskan langkah-langkah dan pemahaman tentang pentingnya perawatan rutin dalam perpipaan, karena pemahaman berdasarkan rincian kualitatif, perhitungan, dan teknik sangat penting dalam mendukung keputusan yang kompeten. Pelatihan ini ditujukan untuk menyoroti metode yang digunakan dalam desain pipa dan juga akan melihat ke dalam prosedur apa yang digunakan untuk memelihara dan merehabilitasi jaringan pipa, concentrating on Sewers. Kursus ini juga akan melihat analisis jaringan pipa dan berbagai fenomena dalam pipa Dalam pelatihan ini akan dibahas pula mengenai persyaratan dalam mendesain untuk proses sistem perpipaan dan persyaratan yang harus dipenuhi terhadap sistem pemeliharaannya. Pelatihan ini menyajikan beberapa contoh kasus yang akan menstimulus peserta sebagai bahan latihan untuk dapat melakukan aplikasi praktis dengan prosedur yang tepat, sampai pada menemukan solusinya. Program ini dirancang untuk memberikan gambaran yang lengkap dan up-to-date dalam Teknologi Proses Perpipaan. Ini mencakup persyaratan Kode dari desain melalui start-up dari sistem perpipaan baru, serta standar untuk inspeksi dan perbaikan sistem perpipaan yang...
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