Pyrotech training report by abhishek kushwahaABHISHEK KUMAR
The document is a report submitted by Abhishek Kushwaha on his four week industrial training at Pyrotech Electronics Pvt. Ltd. in Udaipur, India. The report provides an overview of Pyrotech, including its manufacturing facilities, products, and clients. It also describes Kushwaha's visits to different departments including marketing, design, purchasing, and production and discusses what he learned about PLC panels and generator control panels during his training.
The document provides information about a training report submitted by Jai Lal Meena at Pyrotech Electronics Pvt. Ltd. It includes an acknowledgment section thanking various individuals involved in the training. It also includes a preface on the importance of industrial training. The content section outlines topics to be covered including profiles of the company and products, PLC panels, generator control panels and a bibliography.
This document presents a two output series resonant inverter designed for induction heating cooking appliances. The objectives are to design an inverter that can control two loads simultaneously and independently up to their rated power levels while using Asymmetrical Voltage Cancellation and Zero Voltage Switching technologies. The document discusses various inverter topologies, the design requirements, schematics, control algorithms, hardware specifications and the advantages of the implemented two output inverter. It concludes that using AVC and ZVS enables quick heating while optimizing power utilization for greater efficiency in induction cooking appliances.
Your smart remote control
Control any household device in an integrated and accessible manner with the BJ Environmental Control System.
Thanks to its infrared learning system you can control any device that works using a remote control.
With the appropiate receivers you can control also other elements like doors, lights, beds, ceiling hoists, blinds, electrical appliances, alert systems, etc.
This document contains 51 questions and answers related to power electronics topics such as IGBTs, thyristors, power MOSFETs, power BJTs, choppers, and converters. Some key points addressed are:
- IGBTs are popular due to lower heat requirements, lower switching losses, and smaller snubber circuit needs compared to other devices.
- Thyristors can be turned on through forward voltage, gate, or light triggering and turned off once their current reaches zero.
- Power diodes have higher voltage, current, and power ratings than signal diodes and operate at higher speeds.
- IGBTs, power MOSFETs, and power BJ
Control systems engineering. by i.j. nagrathSri Harsha
This document discusses the benefits of exercise for both physical and mental health. It states that regular exercise can improve cardiovascular health, reduce symptoms of depression and anxiety, enhance mood, and reduce stress levels. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
Pyrotech training report by abhishek kushwahaABHISHEK KUMAR
The document is a report submitted by Abhishek Kushwaha on his four week industrial training at Pyrotech Electronics Pvt. Ltd. in Udaipur, India. The report provides an overview of Pyrotech, including its manufacturing facilities, products, and clients. It also describes Kushwaha's visits to different departments including marketing, design, purchasing, and production and discusses what he learned about PLC panels and generator control panels during his training.
The document provides information about a training report submitted by Jai Lal Meena at Pyrotech Electronics Pvt. Ltd. It includes an acknowledgment section thanking various individuals involved in the training. It also includes a preface on the importance of industrial training. The content section outlines topics to be covered including profiles of the company and products, PLC panels, generator control panels and a bibliography.
This document presents a two output series resonant inverter designed for induction heating cooking appliances. The objectives are to design an inverter that can control two loads simultaneously and independently up to their rated power levels while using Asymmetrical Voltage Cancellation and Zero Voltage Switching technologies. The document discusses various inverter topologies, the design requirements, schematics, control algorithms, hardware specifications and the advantages of the implemented two output inverter. It concludes that using AVC and ZVS enables quick heating while optimizing power utilization for greater efficiency in induction cooking appliances.
Your smart remote control
Control any household device in an integrated and accessible manner with the BJ Environmental Control System.
Thanks to its infrared learning system you can control any device that works using a remote control.
With the appropiate receivers you can control also other elements like doors, lights, beds, ceiling hoists, blinds, electrical appliances, alert systems, etc.
This document contains 51 questions and answers related to power electronics topics such as IGBTs, thyristors, power MOSFETs, power BJTs, choppers, and converters. Some key points addressed are:
- IGBTs are popular due to lower heat requirements, lower switching losses, and smaller snubber circuit needs compared to other devices.
- Thyristors can be turned on through forward voltage, gate, or light triggering and turned off once their current reaches zero.
- Power diodes have higher voltage, current, and power ratings than signal diodes and operate at higher speeds.
- IGBTs, power MOSFETs, and power BJ
Control systems engineering. by i.j. nagrathSri Harsha
This document discusses the benefits of exercise for both physical and mental health. It states that regular exercise can improve cardiovascular health, reduce symptoms of depression and anxiety, enhance mood, and reduce stress levels. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
Embedding Realtime Multilevel Gas Leakage Control SystemIRJET Journal
This document describes a system for detecting and preventing gas leaks in a multi-level pipeline system. The system uses gas sensors placed at intervals along the pipeline to detect leaks. When a sensor detects a leak, it sends a signal to an Arduino microcontroller. The microcontroller then activates solenoid valves to shut off the section of pipeline where the leak was detected. It also sends an alert message via GSM to notify users. Multiple solenoid valves allow individual pipeline sections to be shut off without affecting other sections. This provides a solution for gas leak prevention in multi-level pipeline networks. The system aims to quickly detect and localize leaks while allowing unaffected portions of the pipeline to remain operational.
IRJET- Real Time Fault Detection System for Steam Condenser by using PLC SCADAIRJET Journal
This document describes a real-time fault detection system for steam condensers using a programmable logic controller (PLC) and supervisory control and data acquisition (SCADA) software. The system can detect three common condenser faults: loss of vacuum, condenser tube failure, and condenser tube fouling. Sensors connected to the PLC detect faults and send signals to the PLC. The PLC program uses logic to determine the fault status. The SCADA software receives the fault information from the PLC and displays the condenser conditions and any active faults in real-time for operators to monitor and control remotely. The system allows faults to be quickly identified and addressed to reduce downtime and maintenance costs in power
The document describes the commissioning of a Codel Tunnel Craft 3 air quality monitor. The device measures carbon monoxide, nitric oxide, and visibility in tunnels. It was taken out of service from the Jack Lynch Tunnel and re-commissioned by wiring and calibrating it. Testing showed good correlation between the Codel sensor and a separate carbon monoxide probe, proving the sensor was accurately re-commissioned and ready for reinstallation.
IRJET- Air Pollution Monitporing System with IoTIRJET Journal
This document describes an IoT-based air pollution monitoring system that uses various air quality sensors. The system monitors air quality over a webpage in real-time and triggers an alarm if pollution levels exceed certain thresholds. It uses sensors to detect gases like CO2, CO, methane, and dust particles. The sensor data is sent over WiFi to a webpage where it is displayed numerically and graphically. This allows remote monitoring of air quality from anywhere with internet access. The system is intended to help authorities monitor pollution levels and act if they become unsafe.
IRJET- An IoT based Low Cost Air Pollution Monitoring SystemIRJET Journal
This document describes an IoT-based low-cost air pollution monitoring system. The system uses sensors to measure levels of pollutants like CO, CO2, and NO2. An ARM7 processor collects data from the sensors via a WiFi module. The data is displayed on an LCD screen and uploaded to a web server. This allows air quality to be monitored remotely using a phone or computer. The system is designed to be low-cost compared to traditional methods, making widespread monitoring more feasible. It aims to address the growing problem of air pollution and provide a way to easily track pollution levels over an area.
This document describes a project to develop a liquefied petroleum gas (LPG) leakage detection system. It was submitted by 6 students from various organizations in partial fulfillment of their M.Tech degrees in Design Engineering at Birla Institute of Technology and Science. The project involved designing and testing a mechatronic system to safely detect any malfunctions or leaks in an LPG system in order to prevent fires or explosions from combustible gas accumulation. The system aims to be economically manufactured and widely available for use in homes, schools, hospitals and other applications to improve safety.
IRJET- Oil Tank Prototype based on Wireless Communication-Controller System u...IRJET Journal
This document describes an oil tank monitoring prototype system using wireless communication and an IoT controller. The system consists of two stations: a tank station with sensors to monitor level, temperature, fire, and humidity; and a control station to display the sensor data and store it in a database. The tank station transmits sensor data wirelessly to the control station using XBee modules. The control station displays the data through a graphical user interface and stores it in an SQL database and on a cloud platform. The system was tested for several months and proved able to detect flood and fire situations early to prevent damage.
IOT SMOKE DETECTION SYSTEM USING ARDUINOIRJET Journal
This document describes an IOT smoke detection system using Arduino that detects smoke and fire using an LM35 temperature sensor. When smoke or a temperature increase indicative of fire is detected, an alert message is sent via SMS to users through a GSM module. The system uses an Arduino Uno board with an ATmega328 microcontroller to control the temperature sensor and send alerts. The goal is to provide home fire protection by quickly detecting fires and notifying people.
IRJET - Sensor Technology based Fault Detection and Automated Gate System for...IRJET Journal
The document describes a sensor technology-based system for fault detection and automated gate control on bridges. The system uses MEMS, temperature, humidity, water level, and fire sensors to monitor bridge conditions. If a fault is detected, Bluetooth communication informs a base station. The gates then close after a period to remove vehicles from the bridge. The low-cost wireless sensor network reduces installation and maintenance costs compared to wired systems. The Arduino microcontroller analyzes sensor data and controls the gates and communication. The system was tested in a lab and can effectively monitor bridges for safety.
IRJET- IoT based Industrial Water Quality Monitoring SystemIRJET Journal
This document describes an IoT-based system for industrial water quality monitoring. The system monitors key water parameters like pH, turbidity, and temperature using sensors. It sends the sensor readings over WiFi to a NodeMCU microcontroller. The microcontroller then sends the data over the internet to a web page, allowing remote monitoring of the water quality in real-time. The system also has a GPS module to track the location of the sensor node. If the sensor readings exceed safe levels, it can automatically send an alert message to notify the relevant industry. The goal is to enable continuous monitoring of industrial wastewater to help control pollution and protect water resources.
Design of Low Cost Line Impedance Stabilization Network Using RLC Components ...IRJET Journal
This document describes the design of a low-cost line impedance stabilization network (LISN) using RLC components to test information technology equipment according to CISPR-22 standards. It first provides background on electromagnetic compatibility standards and the purpose of a LISN. It then details the design process, including using low-pass and band-pass filters with specific cutoff frequencies to stabilize input impedance and filter noise. Simulation results using ADS software show the designed LISN provides good impedance matching at low cost.
Auditac tg 6 how to benefit from eurovent cert database and retrieve past eq...Royal Mail
This document provides guidance for auditors on assessing the efficiency of air conditioning systems when documentation is incomplete. It outlines two situations: when the model and manufacturer are known, auditors can look up specifications in Eurovent's product certification database dating back to 1995; when plate information is missing, default efficiency values (EER and COP) are suggested based on equipment type and capacity. The database allows auditors to evaluate system performance and advise on potential retrofits or replacements.
Instrumentation uptime and accurate measurement values are core requirements of in-line dissolved CO2 measurement systems used in carbonated soft drink facilities, breweries and boutique beverage producers. The stability and protection of the wetted sensor along with the instrument air supply are core requirements to ensure reliable measurement date. Instrument damage, incorrect CO2 readings, and poor quality can result from an unknown or undetected failure of the sensor. The following paper, courtesy of Mettler Toledo Ingold explains how intelligent and automatic sensor protection increases reliability, quality and performance.
IRJET- Non-Destructive Detection & Characterization of Damages in Honeyco...IRJET Journal
This document discusses non-destructive methods for detecting damage in honeycomb composite structures. It describes various existing techniques like ultrasonic transduction, thermography, shearography, and computer-aided tap testing. The focus is on a new technique based on analyzing hysteresis effects in force-displacement curves, which can produce curves faster than mechanical testing machines. The document also discusses types of defects like delamination and microcracking that can occur in composite laminates and honeycomb cores. It provides examples of how different techniques like thermography, shearography, and tap testing can be used to detect such defects without damaging the structure.
S. Senthilkumar has over 9 years of experience in commissioning, maintenance, and troubleshooting of process analyzers and instrumentation for oil, gas, refinery, and petrochemical projects. He has a bachelor's degree in engineering and diplomas in instrumentation and control engineering. He is currently working as an analyzer service engineer in Saudi Arabia and has extensive hands-on experience working with various analyzer manufacturers and models.
Detection of lpg leakage by live monitoring and controlling from smart phoneIRJET Journal
The document describes a system for detecting LPG gas leaks and fires using sensors connected to a microcontroller that sends alerts to users' smartphones and authorities. The system monitors gas levels, temperature, humidity and can automatically close the gas valve, open ventilation, cut power if a leak or fire is detected. It provides real-time monitoring of gas levels and safety measures to prevent accidents from gas leaks in homes.
IRJET- Design and Fabrication of Aerodynamic Aqua SilencerIRJET Journal
The document describes the design and fabrication of an aerodynamic aqua silencer. It aims to reduce pollution from vehicle emissions by controlling toxic levels through chemical reactions in the silencer. The system uses a perforated tube with varying hole diameters to break gas bubbles into smaller ones. These gases then pass through an activated charcoal layer that absorbs harmful gases before being released into the atmosphere. The objectives are to redesign the aqua silencer to be more suitable for application levels, control emissions through chemical reactions, and reduce emissions by 10-20% compared to existing systems. The modified design aims to address limitations of existing rectangular silencers by making an aerodynamic foil shape and replacing lime water with a new chemical that causes
IRJET- Air Quality Monitoring System using Vehicles Based on the IoTIRJET Journal
1) The document describes an air quality monitoring system using a vehicle monitoring system (VMS) based on IoT technology.
2) The VMS contains sensors to measure air pollutants like PM2.5, NO2, CO, and O3, as well as GPS, temperature, and humidity. It transmits the sensor data to a cloud server via LoRa wireless technology.
3) Users and government agencies can access the aggregated data on air quality, location, and weather from the cloud to monitor pollution levels and make decisions on traffic planning and pollution reduction actions.
IRJET- Air Quality Monitoring System using Vehicles Based on the IoTIRJET Journal
1) The document describes an air quality monitoring system using a vehicle monitoring system (VMS) based on IoT technology.
2) The VMS contains sensors to measure air pollutants like PM2.5, NO2, CO, and O3, as well as GPS, temperature, and humidity. It transmits the sensor data to a cloud server via LoRa wireless technology.
3) Users and government agencies can access the aggregated data on air quality, location, and weather from the cloud to monitor pollution levels and make decisions on traffic planning and pollution reduction actions.
AI 101: An Introduction to the Basics and Impact of Artificial IntelligenceIndexBug
Imagine a world where machines not only perform tasks but also learn, adapt, and make decisions. This is the promise of Artificial Intelligence (AI), a technology that's not just enhancing our lives but revolutionizing entire industries.
Full-RAG: A modern architecture for hyper-personalizationZilliz
Mike Del Balso, CEO & Co-Founder at Tecton, presents "Full RAG," a novel approach to AI recommendation systems, aiming to push beyond the limitations of traditional models through a deep integration of contextual insights and real-time data, leveraging the Retrieval-Augmented Generation architecture. This talk will outline Full RAG's potential to significantly enhance personalization, address engineering challenges such as data management and model training, and introduce data enrichment with reranking as a key solution. Attendees will gain crucial insights into the importance of hyperpersonalization in AI, the capabilities of Full RAG for advanced personalization, and strategies for managing complex data integrations for deploying cutting-edge AI solutions.
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This document describes a real-time fault detection system for steam condensers using a programmable logic controller (PLC) and supervisory control and data acquisition (SCADA) software. The system can detect three common condenser faults: loss of vacuum, condenser tube failure, and condenser tube fouling. Sensors connected to the PLC detect faults and send signals to the PLC. The PLC program uses logic to determine the fault status. The SCADA software receives the fault information from the PLC and displays the condenser conditions and any active faults in real-time for operators to monitor and control remotely. The system allows faults to be quickly identified and addressed to reduce downtime and maintenance costs in power
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This document describes an IoT-based air pollution monitoring system that uses various air quality sensors. The system monitors air quality over a webpage in real-time and triggers an alarm if pollution levels exceed certain thresholds. It uses sensors to detect gases like CO2, CO, methane, and dust particles. The sensor data is sent over WiFi to a webpage where it is displayed numerically and graphically. This allows remote monitoring of air quality from anywhere with internet access. The system is intended to help authorities monitor pollution levels and act if they become unsafe.
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This document describes an IoT-based low-cost air pollution monitoring system. The system uses sensors to measure levels of pollutants like CO, CO2, and NO2. An ARM7 processor collects data from the sensors via a WiFi module. The data is displayed on an LCD screen and uploaded to a web server. This allows air quality to be monitored remotely using a phone or computer. The system is designed to be low-cost compared to traditional methods, making widespread monitoring more feasible. It aims to address the growing problem of air pollution and provide a way to easily track pollution levels over an area.
This document describes a project to develop a liquefied petroleum gas (LPG) leakage detection system. It was submitted by 6 students from various organizations in partial fulfillment of their M.Tech degrees in Design Engineering at Birla Institute of Technology and Science. The project involved designing and testing a mechatronic system to safely detect any malfunctions or leaks in an LPG system in order to prevent fires or explosions from combustible gas accumulation. The system aims to be economically manufactured and widely available for use in homes, schools, hospitals and other applications to improve safety.
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This document describes an oil tank monitoring prototype system using wireless communication and an IoT controller. The system consists of two stations: a tank station with sensors to monitor level, temperature, fire, and humidity; and a control station to display the sensor data and store it in a database. The tank station transmits sensor data wirelessly to the control station using XBee modules. The control station displays the data through a graphical user interface and stores it in an SQL database and on a cloud platform. The system was tested for several months and proved able to detect flood and fire situations early to prevent damage.
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This document describes an IoT-based system for industrial water quality monitoring. The system monitors key water parameters like pH, turbidity, and temperature using sensors. It sends the sensor readings over WiFi to a NodeMCU microcontroller. The microcontroller then sends the data over the internet to a web page, allowing remote monitoring of the water quality in real-time. The system also has a GPS module to track the location of the sensor node. If the sensor readings exceed safe levels, it can automatically send an alert message to notify the relevant industry. The goal is to enable continuous monitoring of industrial wastewater to help control pollution and protect water resources.
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This document describes the design of a low-cost line impedance stabilization network (LISN) using RLC components to test information technology equipment according to CISPR-22 standards. It first provides background on electromagnetic compatibility standards and the purpose of a LISN. It then details the design process, including using low-pass and band-pass filters with specific cutoff frequencies to stabilize input impedance and filter noise. Simulation results using ADS software show the designed LISN provides good impedance matching at low cost.
Auditac tg 6 how to benefit from eurovent cert database and retrieve past eq...Royal Mail
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Instrumentation uptime and accurate measurement values are core requirements of in-line dissolved CO2 measurement systems used in carbonated soft drink facilities, breweries and boutique beverage producers. The stability and protection of the wetted sensor along with the instrument air supply are core requirements to ensure reliable measurement date. Instrument damage, incorrect CO2 readings, and poor quality can result from an unknown or undetected failure of the sensor. The following paper, courtesy of Mettler Toledo Ingold explains how intelligent and automatic sensor protection increases reliability, quality and performance.
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1) The document describes an air quality monitoring system using a vehicle monitoring system (VMS) based on IoT technology.
2) The VMS contains sensors to measure air pollutants like PM2.5, NO2, CO, and O3, as well as GPS, temperature, and humidity. It transmits the sensor data to a cloud server via LoRa wireless technology.
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2) The VMS contains sensors to measure air pollutants like PM2.5, NO2, CO, and O3, as well as GPS, temperature, and humidity. It transmits the sensor data to a cloud server via LoRa wireless technology.
3) Users and government agencies can access the aggregated data on air quality, location, and weather from the cloud to monitor pollution levels and make decisions on traffic planning and pollution reduction actions.
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BIO: Sostenitrice del software libero e dei formati standard e aperti. È stata un membro attivo dei progetti Fedora e openSUSE e ha co-fondato l'Associazione LibreItalia dove è stata coinvolta in diversi eventi, migrazioni e formazione relativi a LibreOffice. In precedenza ha lavorato a migrazioni e corsi di formazione su LibreOffice per diverse amministrazioni pubbliche e privati. Da gennaio 2020 lavora in SUSE come Software Release Engineer per Uyuni e SUSE Manager e quando non segue la sua passione per i computer e per Geeko coltiva la sua curiosità per l'astronomia (da cui deriva il suo nickname deneb_alpha).
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- These are slides of the talk given at IEEE International Conference on Software Testing Verification and Validation Workshop, ICSTW 2022.
ecoLDS - Environmental COntrol & Leak Detection System
1. ENGINEERING
AND
CONSTRUCTION
ENVIRONMENTAL CONTROL
AND
LEAK DETECTION SYSTEM
ECOLDS
S.E.I.C. srl
Viale Italia, 26
61032 Fano (PU)
Italy
Tel.: +39 0721 8121
Fax: +39 0721 8121 35
E-mail: seicfano@seicfano.it
Web: www.seicfano.it
Engineering and
Construction
2.
INDEX
1.0 Introduction ........................................................................................................................................................... 3
1.1 What is S.E.I.C. ecoLDS ...................................................................................................................................... 3
1.2 Why S.E.I.C. ecoLDS ........................................................................................................................................... 3
2.0 Application of S.E.I.C. ecoLDS ................................................................................................................................ 4
2.1 Pipeline Instrumentation .................................................................................................................................. 4
2.2 Pipeline Operational Conditions ....................................................................................................................... 4
2.3 S.E.I.C. ecoLDS References ................................................................................................................................ 5
3.0 Environmental COntrol & Leak Detection System ‐ ecoLDS .................................................................................. 7
3.1 WHAT’S NEW .................................................................................................................................................... 7
.
3.2 Renewed Man Machine Interface (MMI) .......................................................................................................... 8
3.2.1 Quick Access Toolbar .................................................................................................................................... 9
3.2.2 Multifunctional Menu ................................................................................................................................. 10
3.2.3 Interaction Toolbar ..................................................................................................................................... 11
3.2.4 Interactive Pipeline profile ......................................................................................................................... 12
.
3.2.5 Software status toolbar .............................................................................................................................. 13
3.3 Pipeline interaction ......................................................................................................................................... 14
3.3.1 Instrumented Node detailed information .................................................................................................. 15
3.3.2 General Pipeline point (PK) information ..................................................................................................... 15
3.3.3 Instrumentation and Products Configuration ............................................................................................. 16
3.3.4 Two‐phases Flows: Cavitation..................................................................................................................... 17
3.3.5 Instrument Check ........................................................................................................................................ 18
3.4 Real‐Time graphs ............................................................................................................................................. 19
3.4.1 RTM overview ............................................................................................................................................. 20
3.4.2 RTM 3D Graphs ........................................................................................................................................... 21
3.5 Messages and Alarms ...................................................................................................................................... 22
2
3.
1.0 INTRODUCTION
S.E.I.C. srl is specialized in Pipeline Modelling, Management and Leak Detection Systems for water and Oil & Gas
industries.
1.1 WHAT IS S.E.I.C. ECOLDS
S.E.I.C. has developed an advanced, accurate, robust Environmental COntrol & Leak Detection
System (ecoLDS) using a Real‐Time approach based on mathematical models. The system is designed
to operate on both gas and liquid pipelines.
1.2 WHY S.E.I.C. ECOLDS
Pipelines are the safest method for transporting hydrocarbon fluids & gas compared to trucking, rail or marine
transportation, though leaks could occur along the Pipelines causing environmental damage. Therefore it’s important
to monitor and predict possible leaks along the Pipelines.
S.E.I.C. ecoLDS is the best solution to achieve:
A responsible environmental policy
Reduction risks of environmental damage
Leaks can be promptly detected, allowing action to be taken early before leaks grow larger and cause
potentially major catastrophes
Improvement safety of infrastructure and for personnel
Any leaks will be detected quickly thus minimizing risk to operations personnel
Reduction of false Alarms
Thanks to the Real‐Time model, correcting for pressure/temperature/volume (i.e., line pack) relationships
within the pipeline, false leak alarms are minimized
Modern and intuitive Operating/Engineering Interface
Thanks to continuous attention towards research and Product innovation, S.E.I.C. introduced into ecoLDS the
latest software development technologies to achieve a more secure, stable, advanced and innovative Product.
3
4.
2.0 APPLICATION OF S.E.I.C. ECOLDS
S.E.I.C. srl Environmental Control & Leak Detection System can be applied to these type of pipelines:
• Airport Networks
• Gas Distribution Networks
• Multi‐product Pipelines
• Onshore Pipelines
• Offshore Pipelines
• Sub‐sea Pipelines
2.1 PIPELINE INSTRUMENTATION
S.E.I.C. srl ecoLDS can utilize measurements from the following main pipeline instrumentation:
• Pressure Meters
• Flow Meters
• Temperature Meters
• Density Meters
• Valves
• Flow computers
2.2 PIPELINE OPERATIONAL CONDITIONS
S.E.I.C. srl ecoLDS will run on the following pipeline operational conditions with minimum false alarms:
• Multi‐Phase Flows
• Pigging
• Variable product Densities
• Variable Temperatures
• Reverse Flows
4
5.
2.3 S.E.I.C. ECOLDS REFERENCES
Client Country Year Pipeline Product
ENI R&M Italy 2009‐2010 Leak Detection System for Genova – Ferrera Oil
Pipeline
ENI R&M Italy 2009‐2010 Leak Detection System for Ferrera – Gran S. Oil
Bernardo Pipeline
PraOil Italy 2007‐2008 Leak Detection System for Livorno ‐ Calenzano Gasoline/
Pipeline Jet Fuel/
Light Oil
PraOil Italy 2007‐2008 Leak Detection System for Gaeta ‐ Pomezia Gasoline/
Pipeline Jet Fuel/
Light Oil
KTI Technip Egypt 2006‐2007 Leak Detection System for El‐Arish ‐ Asquelon Gas
Pipeline
Praoil Italy 2005‐2006 Leak Detection System for Montealpi ‐ Taranto Oil
Pipeline
OJSC KAZTRANSOIL Kazakhstan 2005 Leak Detection System for Eastern/Western Oil
Branch
FoxPetroli Italy 2003‐2004 Leak Detection System for Pipeline from Gasoil/
Adriatic See shore to onshore Tank Farm. Gasoline/
Supplied mini‐SCADA System. Oil
FoxBoro SCADA Italy 2003‐2006 Leak Detection System for Settignano Water
(Florence) water supply network.
ENPPI Egypt 2003‐2006 Leak Detection System for Port Said ‐ Damietta Butane/
Pipeline Propane
ENPPI Egypt 2003‐2006 Leak Detection System for El Arish ‐ Aqaba Methane
Pipeline
OJSC KAZTRANSOIL Kazakhstan 2002‐2003 Leak Detection System for Oil
‐ Western Branch
‐ Eastern Branch
‐ Aktyubinsk Branch
AGIP Italy 2002‐2003 Leak Detection System for sealines Angela ‐ Process
Angelina/Angela Cluster Water
OJSC KAZTRANSOIL Kazakhstan 2002 I‐GIS (Intelligent‐Geographical Information Oil
System) for Aktau‐Zhetybai/Uzen Pipeline
E.A.K.A.A. Greece 2001‐2006 Leak Detection System for Fuel Transmission Jet Fuel
Pipeline Hel.PE ‐ “Airport El.Venizelos”
NPC‐ National Power Philippines 2001 Leak Detection System for Ilijan Gas Pipeline Methane
Corporation
5
6. Client Country Year Pipeline Product
Raffinerie di Roma Italy 2001 Leak Detection System for Rome Refinery to Gasoline/
sea and to International Airport Pipelines Jet Fuel/
Crude Oil
YUKOS‐OIL Russia 1999‐2000 Leak Detection System for Priobsky‐Yokos Crude Oil
Pipeline + Gas
ENICHEM Italy 1995 Leak Detection System for Ferrara‐Ravenna Ethylene
Pipeline in
gaseous
state
6
7.
3.0 ENVIRONMENTAL CONTROL & LEAK DETECTION SYSTEM ‐ ECOLDS
S.E.I.C. ecoLDS is a modular software, running on WINDOWS‐based platforms, which can interface to
any SCADA/DCS/RTU system.
S.E.I.C. ecoLDS is fully OPC (OLE for Process Control) compliant.
3.1 WHAT’S NEW
S.E.I.C. has now developed the New ecoLDS ‐ Pipeline Modelling Software Rel. 4.0.0: it is still based on its
robust and proved Real‐Time Model (dynamic modelling software about fluid transportation in a pipeline),
developed using field proven equations on pipelines Engineering.
Furthermore, thanks to the application of the most advanced development technologies, the New ecoLDS has a
totally renewed graphical interface which allows
full management and complete interaction with monitored pipelines
quick access and total customization of Real‐Time Graphs
more intuitive process information retrieval
The New ecoLDS is also characterized by
best performances
new features
7
8.
3.2 RENEWED MAN MACHINE INTERFACE (MMI)
MMI Module is independent from other calculating modules and it is the Operator Interface of the System.
The NEW Graphical Interface of ecoLDS is totally renewed:
It displays
The interactive Map with the complete Pipeline pattern
The interactive Pipeline profile
Useful and intuitive Menus and Toolbars
through a modern look in accordance with new graphical standards.
8
9.
3.2.1 QUICK ACCESS TOOLBAR
The Quick Access Toolbar, positioned at the bottom of the MMI, is visible and accessible at any time:
It allows a fast and intuitive access to all ecoLDS features, grouped by topic, such as:
Simulation Module
Real‐Time Module
Instrument Check
Pig Tracking
Data Logger
Leak Location
Tuning
Software Maintenance & Utilities
Real‐Time Graphs
Batch Tracking
System Configuration
Modeling
9
10.
3.2.2 MULTIFUNCTIONAL MENU
The Multifunctional Menu is displayed on mouse over the left part of the MMI.
It is another way to access to all ecoLDS features, grouped by topic, described on previous
paragraph.
10
13.
3.2.5 SOFTWARE STATUS TOOLBAR
The Software Status Toolbar, located at the right of the MMI and always visible, provides real‐time
information about all the Software Modules status (active/inactive), e.g.
Simulator Module
Training Module
Validation Module
Real‐Time Modelling Module
Static Modelling Module
Data Logger Module
Instrument Check Module
Leak Location Module
Tuning Module
Pig Tracking module
13
14.
3.3 PIPELINE INTERACTION
The biggest innovation of the NEW Graphical Interface of ecoLDS is represented by the strong interaction of the
Operator with the Pipeline: easy, immediate and powerful. Simply positioning the mouse over the Pipeline or the
Profile all information about Pipeline status are shown to the Operator:
14
15.
3.3.1 INSTRUMENTED NODE DETAILED INFORMATION
For each instrumented Node of the Pipeline all critical field and
process parameters are available, at any time, and with real‐
time upgrading.
This is achieved simply clicking with the mouse on the pipeline
Node, over the map.
3.3.2 GENERAL PIPELINE POINT (PK) INFORMATION
Likewise, for each general point of the
Pipeline (PK) all calculated parameters are
available at any time and with real‐time
upgrading.
15
16.
3.3.3 INSTRUMENTATION AND PRODUCTS CONFIGURATION
Instrument Configuration for each Node and Product Configuration for each Line is now fast and simply for
Supervisors!
Through the Multifunctional Menu or the Quick Access Toolbar it is possible to access to the Instrumentation and
Products Configuration Tools with a click.
16
19.
3.4 REAL‐TIME GRAPHS
Real‐Time Graphs selection is very simply through
Multifunctional Menu or the Quick Access Toolbar.
19
20.
3.4.1 RTM OVERVIEW
RTM graphs show temperature, pressure, flow and other variables values calculated along the selected pipeline
section. RTM graphs are refreshed at regular intervals, depending on SCADA data updating time.
All graphs are fully customizable (colors, line style, scale etc) and all interactive:
Typical RTM Graphs are:
BVD Graphs
BVD graphs are a group of different plots (windows) showing the Ud values trend relevant to the selected line
section
BVS Graphs
BVS graphs are similar to BVD graphs, but relevant to static conditions of the Pipeline
PD Graphs
PD Graphs show upstream and downstream differential pressure and relevant thresholds for the selected
pipe section
FD Graphs
FD Graphs show upstream and downstream flow and relevant thresholds for the selected pipe section
20
21. Over/Under Pressure Graphs
Graph reports over and under pressure thresholds and pressure value along the line
Pressure Surge Graphs – FOR OIL TRANSPORTING PIPELINES ONLY
Graph reports trend of pressure peaks for each node. It’s possible to compare two nodes each time.
Cavitation Graphs – FOR OIL TRANSPORTING PIPELINES ONLY
This graph reports the section of Pipeline and the level of the fluid inside a part of Pipeline which could
present a cavitation phenomenon (for the section length interested by cavitation).
Inventory Graphs
This graph represents the inventory in the pipe connected with the time. Two different thresholds generate
warning in case of exceeding. A trend prediction is also possible.
3.4.2 RTM 3D GRAPHS
All graphs can be also 3D represented, fully interactive yet:
21
22.
3.5 MESSAGES AND ALARMS
All warning and alarm Messages can be viewed at any time through Message & Alarms Module:
22