A mechanical device that is pushed through the pipeline by the oil to perform various operations on the pipeline without stopping the flow of oil. Cleaning pigs sweep the pipeline of built up wax, water, or other solids that precipitate out of the oil stream. Acronyms & Terms Glossary <- More Definitions Pigging A mechanical device that is pushed through the pipeline by the oil to perform various operations on the pipeline without stopping the flow of oil. Cleaning pigs sweep the pipeline of built up wax, water, or other solids that precipitate out of the oil stream. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

SMS Privacy Policy aeSolutions SMS Privacy Policy Last Updated: October 2025 1. Purpose aeSolutions, Inc. (“aeSolutions,” “we,” “our,” or “us”) respects your privacy. This SMS Privacy Policy explains how we collect, use, and protect your personal information when you opt in to receive SMS (text) messages from aeSolutions. 2. Information We Collect When you opt in to our SMS program, we collect your: Mobile phone number Name (if provided) Consent to receive SMS communications We do not collect any sensitive personal information through the SMS program. 3. How We Use Your Information We use your mobile number solely for the purpose of sending: Operational notifications Safety alerts System updates Meeting reminders and confirmations Your information will not be used for marketing or promotional purposes unless you provide separate, explicit consent. 4. Data Sharing and Disclosure aeSolutions values your privacy and security. We do not sell, rent, or share your mobile phone number or SMS opt-in data with third parties. We may use trusted third-party service providers to deliver text messages on our behalf. These providers are bound by contract to keep your information secure and use it only to provide messaging services. 5. Opt-Out and Data Deletion You may withdraw your consent or opt out of receiving SMS messages at any time by replying STOP to any message. After opting out, your number will be removed from our SMS contact list. To request deletion of your information, contact us at Info@aesolutions.com. 6. Data Retention We retain your SMS opt-in information only for as long as necessary to manage our communication program and comply with applicable regulations. Once your consent is withdrawn, your number will be promptly removed from our active messaging systems. 7. Data Security aeSolutions uses administrative, technical, and physical safeguards designed to protect your information against unauthorized access, disclosure, alteration, or destruction. 8. Your Rights You have the right to: Access and review your information Request corrections or deletion Withdraw consent to receive SMS messages To exercise these rights, please contact Info@aesolutions.com . 9. Changes to This Policy aeSolutions may update this SMS Privacy Policy from time to time. Updates will be posted at this link with a revised “Last Updated” date. Continued participation in the SMS program after updates constitutes your acceptance of the revised policy. 10. Contact Information aeSolutions, Inc. 250 Commonwealth Drive, Suite 200 Greenville, SC 29615 📧 Info@aesolutions.com 📞 (864) 676-0600 🌐 https://www.aesolutions.com

Industry leading Safety Instrumented Systems, Process Safety, Fired Equipment, and Burner Management Systems trainers and courses. Training Training developed by experts with field experience For over 20 years, aeSolutions has grown the level of expertise on staff. With that expertise has come the development of industry leading Safety Instrumented Systems, Process Safety, and Burner Management Systems trainers and courses. We provide clients with onsite training to meet any of their needs. We provide a variety of customizable courses developed by our industry experts in addition to ISA courses. You have specific challenges your groups are facing every day. Your facility is not like every other facility. aeSolutions has a library of turnkey courses created for quick customization for your facility and your staff. Our trainers will work with you to assess your specific needs and design custom course materials to train your staff to support your growing needs. Courses can be delivered by one-hour webinars or multi-day on-site workshop in the following areas: Process Safety Alarm Management Safety Instrumented Systems Engineering Engineering Automation Fire & Gas Detection Training Operator, Maintenance, & Engineering aeSolutions Cancellation and Refund Policy Those attending an in-person training at a location provided by aeSolutions may have their likeness and voice used by aeSolutions in photographs and/or video and/or audio sound recording in connection with the training for all purposes Need Training? Contact us today to arrange for custom training at your location!

A system that manages the generation and distribution of essential utilities such as electricity, steam, chilled water, and compressed air for large facilities or industrial complexes. It centralizes utility production and control to optimize efficiency, reduce operational costs, and ensure reliable service across multiple buildings or operational units. Acronyms & Terms Glossary <- More Definitions Central Utilities Plant (CUP) A system that manages the generation and distribution of essential utilities such as electricity, steam, chilled water, and compressed air for large facilities or industrial complexes. It centralizes utility production and control to optimize efficiency, reduce operational costs, and ensure reliable service across multiple buildings or operational units. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

Cost-effective, safe solution for integrated Burner Management Systems (BMS) and Combustion Control Systems (CCS) uses. aeSolutions has been suppling safe and standards compliant panels for over 20 years. Jump to a Specific panel: Siemens BMS/CCS 1151 Siemens BMS/CCS 1300 Rockwell CMS 5500 aeSolutions' Custom Fabricated Panels Cost-effective, safe solution for integrated Burner Management Systems (BMS) and Combustion Control Systems (CCS) uses aeSolutions Panel Fabrication Shop 124 Woodruff Industrial Lane Greenville, SC 29607 See Our Shop: View on Youtube Panels: Developed around the Siemens SIMATIC ET200S IM151 Safety PLC, the 1151-Series Combustion Management Solution offers a cost-effective, safe solution for integrated Burner Management Systems (BMS) and Combustion Control Systems (CCS) uses. With pre-configured software and a simple touchscreen HMI, the system is easy to install and to use. Our clients enjoy a number of benefits from this totally integrated solution. Siemens BMS/CCS 1151 Features BMS is designed to meet FM 7605, IEC 61508, ISA/IEC 61511, ANSI/ISA 84.00.01, NFPA 85, NFPA 86, NFPA 87, API 556 and/or API 14C requirements for single-burner, dual-fuel combustion safeguard applications BMS is capable of meeting SIS requirements up to SIL 3 Advanced CCS firing logic is easily configured to implement a variety of fuel-saving optimization techniques that will reduce the cost of ownership while helping protect the safety of employees and the environment Interface capability to a wide variety of field sensors, analyzers, and valves Communication between combustion control systems or DCS via hardwired I/O, Profibus, Ethernet, or Modbus Designed to facilitate system functional testing HMI includes graphical display of unit operations including alarming, tuning, and diagnostic displays Master Fuel Trip (MFT) hand switch mounted on cabinet front with remote MFT option Touchscreen 10-inch HMI with automated local light-off (optional from a remote location) Preconfigured software, including customization for each application requirement Optional System Features Analog or discrete process instrumentation Free-standing or wall-mount cabinets Distributed I/O Classified area enclosure designs Local & remote alarm monitoring Fuel control valves Air damper controls Interfaces with remote I/O, VF drives, and motor controls using Profibus OPC server System Specifications CCS 1151 Processor: Siemens ET200S IM151-8 processors I/O: Siemens 131 DI Siemens 132 DO Siemens 134 AI Siemens 135 AO BMS 1151 Processor: Siemens ET200S IM151-8F processors I/O: Siemens 138-4FA DI Siemens 138-4FB DO GENERAL HMI: Siemens MP277 10” touchpad and/or Siemens distributed HMI solution. Larger screens available. Power Requirement: 120 Vac Cabinet: Painted 14 gauge steel; NEMA 12 is standard; size is application-dependent (NEMA 4 stainless steel or fiberglass optional) Area Classification: Class I, Division 2 Groups C, D Compliant With: NFPA 85, NFPA 86, NFPA 87, API 556, API 14C, ANSI/ISA 84.00.01-2004, IEC 61508, & ISA/IEC 61511 Siemens BMS/CCS 1300 Developed around the Siemens SIMATIC S7-300F Safety PLC, the 1300-Series Combustion Management Solution offers a cost-effective, safe solution for integrated Burner Management Systems (BMS) and Combustion Control Systems (CCS) uses. With pre-configured software and a simple touchscreen HMI, the system is easy to install and to use. Our customers enjoy a number of benefits from this totally integrated solution. Fe atures BMS is designed to meet FM 7605, IEC 61508, ISA/IEC 61511, ANSI/ISA 84.00.01, NFPA 85, NFPA 86, NFPA 87, API 556 and/or API 14C requirements for single-burner, dual-fuel combustion safeguard applications BMS is capable of meeting SIS requirements up to SIL 3 Advanced CCS firing logic is easily configured to implement a variety of fuel-saving optimization techniques that will reduce the cost of ownership while helping protect the safety of employees and the environment Interface capability to a wide variety of field sensors, analyzers, and valves Communication between combustion control systems or DCS via hardwired I/O, Profibus, Ethernet, or Modbus Designed to facilitate system functional testing HMI includes graphical display of unit operations including alarming, tuning, and diagnostic displays Master Fuel Trip (MFT) hand switch mounted on cabinet front with remote MFT option Touchscreen HMI with automated local light-off (optional from a remote location) Preconfigured software, including customization for each application requirement Optional System Features Analog or discrete process instrumentation Free-standing or wall mount cabinets Redundant and/or distributed I/O Classified area enclosure designs Local & remote alarm monitoring Fuel control valves Air damper controls Interfaces with remote I/O, VF drives, and motor controls using profibus System Specifications CCS 1300 Processor: Siemens S7-300 processors I/O: Siemens SM321 DI Siemens SM322 DO Siemens SM332 AI Siemens SM332 AO BMS 1300 Processor: Siemens S7-300F processors I/O: Siemens SM326F DI Siemens SM326F DO Siemens SM336F AI GENERAL HMI: Siemens MP377 12″ or 15″ touchpad and/or Siemens distributed HMI solution. Larger screens available. Power Requirement: 120 Vac Cabinet: Painted 14 gauge steel; NEMA 12 is standard; size is application-dependent (NEMA 4 stainless steel or fiberglass optional) Area Classification: Class I, Division 2 Groups C, D Compliant With: NFPA 85, NFPA 86, NFPA 87, API 556, API 14C, ANSI/ISA 84.00.01-2004, IEC 61508, & ISA/IEC 61511 Rockwell CMS 5500 Developed around the Rockwell ControlLogix platform, the Combustion Management Systems (CMS) 5500 offers a cost effective, safe solution for an integrated Burner Management Systems (BMS) and Combustion Control Systems (CCS) package. With pre-configured software and a simple touchscreen HMI, the system is easy to install and use. The system is easily adaptable to accommodate many different equipment configurations and options. Features BMS is designed to meet FM 7605, IEC 61508, ISA/IEC 61511, ANSI/ISA 84.00.01, NFPA 85, NFPA 86, NFPA 87, API 556 and/or API 14C requirements for single burner, dual-fuel combustion safeguard applications Standard BMS is capable of meeting SIS requirements up to SIL 2 (SIL 3 option is available with GuardLogix) Advanced CCS firing logic is easily configured to implement a variety of fuel-saving optimization techniques that will reduce the cost of ownership while helping protect the safety of employees and the environment Interface capability to a wide variety of field sensors, analyzers, and valves Communication between combustion control systems or DCS via hardwired I/O, Profibus, Ethernet, or Modbus Designed to facilitate system functional testing Touchscreen HMI includes graphical displays for unit operations, automated light-off, first-out alarming, tuning, and diagnostics screens Master Fuel Trip (MFT) hand switch mounted on cabinet front with remote MFT option Preconfigured software, including customization for each application requirement Optional System Features SI-BMS™ and CCS implemented as independent protection layers for added safety Remote burner light-off and alarm monitoring Multiple burner, multiple fuel applications Analog or discrete process instrumentation Redundant processors Redundant and/or distributed I/O Free-standing or wall-mounted cabinets Classified area enclosure designs Interfaces with remote I/O, VF drives, and motor controls using Ethernet, ControlNet, DeviceNet, HART or serial communications protocols Unit Operations aeSolutions has experience in applying advanced burner management and combustion controls to the following typical unit operations: Boilers TEG reboilers Glycol heaters Process heaters Furnaces and kilns Incinerators and thermal oxidizers Other process and utility fired heaters System Specifications Processor: Rockwell ControlLogix 1756-L6X series processors I/O: 120 VAC or 24 VDC digital I/O, 0-20 mA, 4-20 mA, 0-5 VDC, 0-10 VDC, +10 VDC analog I/O Diagnostic I/O cards (optional) HMI: PanelView Plus 6 series Power Req.: 120 VAC Cabinet: Painted 14 gauge steel; NEMA 12 is standard; enclosure size is application-dependent (NEMA 4 and NEMA 4X stainless steel or fiberglass optional) Area Class.: Class I, Division 2 Groups C, D Compliant With: NFPA 85, NFPA 86, NFPA 87, API 556, API 14C, ANSI/ISA 84.00.01-2004, IEC 61508, & ISA/IEC 61511 Certifications: FM-Approved SIL 2 SI-BMS BMW/CCS 1151 BMS/CCS 1300 CMS 5500 Looking for Fire and Gas panels? FGS 1400 MK II Industrial designed system, SIL 3-capable logic solver, scalable to large I/O count. Download datasheet FGS 1300 FM-approved for lower I/O count applications. Class I Division 2 area classification status. Download datasheet PS 1400 20 / 50 / 100 / 150 Power supplies that meet NFPA 72 requirements. The power you need, when you need it. Download datasheet : PS 1400 20A - PS 1400 50A - PS 1400 100A PS 1400-20-DIV2 Battery set FM-listed for Class I Division 2 areas. Rugged and reliable. Download datasheet

Detailed planning and coordination to ensure a successful installation and start-up of Fire and Gas Systems. We develop a Construction Scope of Work (SOW) suitable for collecting contractor bids and assisting the contractor in the interpretation of the design package.   Installation support includes: Site Acceptance Testing (SAT) Installation & Commissioning Oversight Field Devices Calibration  Start-up Assistance NFPA 72 Final Sign-offs Training Fire & Gas System Installation Support aeSolutions supports clients with detailed planning and coordination to ensure a successful installation and start-up of Fire and Gas Systems. We develop a Construction Scope of Work (SOW) suitable for collecting contractor bids and assisting the contractor in the interpretation of the design package. Installation support includes: . Site Acceptance Testing (SAT) Installation & Commissioning Oversight Field Devices Calibration Start-up Assistance NFPA 72 Final Sign-offs Our expert team can help ensure the Fire and Gas System is delivered standards compliant, on-spec and safe. As part of the comprehensive installation support we also offer training to ensure end users can operate and maintain their new systems. Contact us to talk to one of our fire and gas detection and suppression system experts today. Fire & Gas Products NRTL Approved Fire Panels NRTL Approved Power Supplies NRTL Approved Proprietary Supervisor Stations Fire & Gas Lifecycle Services Ongoing Maintenance Training - Operate Maintain, and more Contact Us

Creating Consistently Correct Control Control System Configuration Creating Consistently Correct Control aeSolutions' qualified specialists configure control logic and operator stations (HMI) to perform the required process functionality in accordance with industry and project standards. Individual control loops are configured and tested to the software design specifications. Software quality standards lead to consistent, correct, maintainable control systems. • Function block, function chart, ladder, and structured text languages • Engineering workstation configuration and productivity tools • Alarm management logic, summaries, and indications • Displays, faceplates, screen navigation, dynamics, trends • Regulatory and advanced control loops • Process interlocks, alarms, first-outs, and resets • Batch management and phase logic • Process historian, alarm archives, reports • Foreign device interfaces • Asset management and maintenance system Automation Services Previous Next

Fault tolerance allows a safety system to let the process continue despite a failure, removing the risk of having a single point of failure. Acronyms & Terms Glossary <- More Definitions Fault Tolerance Fault tolerance allows a safety system to let the process continue despite a failure, removing the risk of having a single point of failure. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

NFPA 85 is the standard from the National Fire Protection Association that outlines operating safety and how to prevent explosions and implosions in boilers with greater than 12.5 MMBTUH, pulverized fuel systems, and heat recovery steam generators. This code also addresses the minimum guidelines for the installation, operation, and maintenance of this equipment. Acronyms & Terms Glossary <- More Definitions NFPA 85 NFPA 85 is the standard from the National Fire Protection Association that outlines operating safety and how to prevent explosions and implosions in boilers with greater than 12.5 MMBTUH, pulverized fuel systems, and heat recovery steam generators. This code also addresses the minimum guidelines for the installation, operation, and maintenance of this equipment. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

Layers of Protection Analysis (LOPA) is a semi quantitative method of risk assessment analyzing the frequency of occurrence of events that can produce a hazard associated with handling of hazardous chemicals. LOPA considers the applicability of safeguards, the potential for individual layers of protection to fail, and the potential consequences that are consistent with the organization's risk tolerance. During LOPA, Independent Protection Layers (IPLs) are identified. Claiming credit for one or more IPLs that do not provide the protection claimed will result in under-designed SIFs, increasing risk to the facility. Claiming less credit for IPLs than is actually provided will result in over-designed SIFs, increasing capital cost. aeSolutions has the expertise and experience to help you perform this critical task most effectively. Acronyms & Terms Glossary <- More Definitions Layers Of Protection Analysis (LOPA) Layers of Protection Analysis (LOPA) is a semi quantitative method of risk assessment analyzing the frequency of occurrence of events that can produce a hazard associated with handling of hazardous chemicals. LOPA considers the applicability of safeguards, the potential for individual layers of protection to fail, and the potential consequences that are consistent with the organization's risk tolerance. During LOPA, Independent Protection Layers (IPLs) are identified. Claiming credit for one or more IPLs that do not provide the protection claimed will result in under-designed SIFs, increasing risk to the facility. Claiming less credit for IPLs than is actually provided will result in over-designed SIFs, increasing capital cost. aeSolutions has the expertise and experience to help you perform this critical task most effectively. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

Sequential Function Charts (SFCs) are an example of logic diagrams that can be used to illustrate the functioning of a Safety Instrumented System (SIS). SFCs are frequently used to document the various operating modes of fired equipment. The aeSolutions staff is capable of selecting the best format, or combination of formats, to best meet the requirements of our clients. Acronyms & Terms Glossary <- More Definitions Sequential Function Chart (SFC) Sequential Function Charts (SFCs) are an example of logic diagrams that can be used to illustrate the functioning of a Safety Instrumented System (SIS). SFCs are frequently used to document the various operating modes of fired equipment. The aeSolutions staff is capable of selecting the best format, or combination of formats, to best meet the requirements of our clients. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.

The integration of diverse control systems (e.g., BPCS, SIS, ESD, F&G, etc.) into a unified system; this includes interfacing hardware, software, and services from multiple vendors and client stakeholders to improve quality and performance and add value (e.g., reducing operational costs and improving response time). aeSolutions' controls experts design complete construction and panel packages which interface the existing facility controls with the new controls systems. aeSolutions orchestrates the system integration model by providing the Automaton Support Matrix and Schedule documents which coordinate resources and personnel throughout the project execution phase. Acronyms & Terms Glossary <- More Definitions Systems Integration The integration of diverse control systems (e.g., BPCS, SIS, ESD, F&G, etc.) into a unified system; this includes interfacing hardware, software, and services from multiple vendors and client stakeholders to improve quality and performance and add value (e.g., reducing operational costs and improving response time). aeSolutions' controls experts design complete construction and panel packages which interface the existing facility controls with the new controls systems. aeSolutions orchestrates the system integration model by providing the Automaton Support Matrix and Schedule documents which coordinate resources and personnel throughout the project execution phase. Our Services Whitepaper: Achieving 84-92% Urgent Alarm Reduction Through Comprehensive Lifecycle Implementation: A Dual-Unit Midstream Case Study Awarded Best Paper Award at the 2025 TEES Mary Kay O'Connor Process Safety Center-TAMU (MKO) Safety & Risk Conference Abstract November 2025 — Greg Pajak, aeSolutions Senior Specialist, ICA — A midstream facility implemented a systematic alarm rationalization program across two critical units, achieving unprecedented reductions in urgent alarm loads. Unit A reduced urgent alarms from 45% to 7% (84% reduction), while Unit B decreased from 62% to 5% (92% reduction). This paper Scoping Your Industrial Project: Best Practices for Success Scoping your industrial project is more than a kickoff step—it’s the foundation for budget, schedule, and long-term success. From aligning stakeholders to pressure-testing assumptions, a dynamic scoping strategy helps prevent costly missteps, manage risks, and keep your project on track from concept to completion. Control System Migrations | Part 7 | Best Practices for Installation, Testing, & Commissioning The cutover phase is the defining moment of a control system migration, where planning meets execution. From thorough backups and pre-shutdown prep to mechanical completion and commissioning, every step must be precise. Skipping even small details can lead to costly setbacks, while disciplined execution ensures a smooth, successful transition.