AFT Fathom 11
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Pump discharge pressure and the pressure drops across certain control valves were excessively high. See how their AFT Fathom model helped them evaluate various configuration changes and make recommendations which optimized energy use with minimal system changes. Nuclear Fusion Project Successfully Completed with AFT Fathom Nuclear Cooling Water 2019 - Larsen & Toubro Construction (L&T) was responsible for Detailed Design, Engineering, Procurement and Supply of a large cooling water system for a nuclear fusion project being constructed in France. The project specifically focuses on the Component Cooling Water System, which supplies about 100 loops. See how L&T analyzed options to successfully meet client requirements and reduce pumping costs by 12%. Safety of Offshore Oil Rig Sea Water Injection System Validated With AFT Impulse Oil & Gas Ground Injection 2019 - Hatch worked with a hazard and operability study (HAZOP) committee to re-validate the design and operation of a production facility in the North Sea. The committee was asked to work in accordance with regulatory requirements to identify any safety critical issues and recommend appropriate actions. They identified a range of actions related to relief and blowdown, piping, and flow assurance. During the initial HAZOP study, it was noted a surge analysis had not been conducted for the water injection system and the committee deemed there was limited understanding of pressure surge protection. See how Hatch’s Daisy Ambach used AFT Impulse to simulate the system to analyze the pressure surge. Significant Man-Hours Saved by Transitioning AFT Fathom Model to AFT Impulse to Analyze Surge Transients Oil & Gas Cooling Water 2018 - Loukas Papathanasiou, Process Manager for Fluor, utilized AFT Fathom and AFT Impulse to complete the design of a cooling water system and the analysis of that system’s surge transients. Using both software programs together gave him the ability to easily simulate, analyze, and troubleshoot the massive system. See how he used AFT Fathom to size the equipment and to model heat transfer to determine fluid temperatures; then used the AFT Fathom model to generate the AFT Impulse model which performed the surge analysis. Significant Man-Hours Saved by Transitioning AFT Fathom Model to AFT Impulse to Analyze Surge Transients Oil & Gas Cooling Water 2018 - Loukas Papathanasiou, Process Manager for Fluor, utilized AFT Fathom and AFT Impulse to complete the design of a cooling water system and the analysis of that system’s surge transients. Using both software programs together gave him the ability to easily simulate, analyze, and troubleshoot the massive system. See how he used AFT Fathom to size the equipment and to model heat transfer to determine fluid temperatures; then used the AFT Fathom model to generate the AFT Impulse model which performed the surge analysis. AFT Fathom Used to Enhance 40-Year Old Hand Calculations at Nuclear Power Plant Nuclear Cooling Water 2018 - Energy Northwest used AFT Fathom to model of the Fuel Pool Cooling (FPC) system at their Columbia Generating Station. This model was built to enhance the original, hand-performed, 40-year-old calculations and was extensively
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Water 2018 - Ingenero Technologies oversaw the root cause analysis (RCA) and remediation of a client’s existing resin mixed bed polishers (MBPs) in a Petrochemical facility which were used to treat condensate and demineralized water to make boiler feed water. Learn how Ingenero used AFT Impulse to successfully remedy a difficult project. AFT Fathom Used to Determine Size and Cost of Condenser Water Distribution Pipes Commercial Building HVAC 2018 - Swanson Rink, Inc. was hired to design a new data center on the 29th floor of an existing high-rise data center in Los Angeles. Mechanical Engineer, Rory Heim, used AFT Fathom to determine the minimum size of the condenser water distribution pipes serving multiple data halls on the 29th floor. AFT Fathom Improves Water Cooling System Reliability and Saves $200,000 Annually Oil & Gas Cooling Water 2018 - Flowserve used AFT Fathom to perform a cooling water study in order to identify the most economical scenario to run their cooling water pumps and provide a solution for the excessive erosion at the suction bell of an existing high-performing pump. AFT Fathom Helps Flowserve Improve Reliability of a Chemical Plant Raw Brine Injection System Oil & Gas Ground Injection 2017 - Phil Sneeringer, Tier 1 reliability engineer at Flowserve Corporation, used AFT Fathom to perform a reliability study of a raw brine injection system. Prior to the study, there had been 41 repairs on the system within five years costing more than $1.23 million. Sneeringer submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received an honorable mention for the Operational Benefits and Sustainability category. AFT Fathom Validates Power Plant System Conversion Power Generation Cooling Water 2017 – Matt Thomas, senior engineer at Sargent & Lundy, used AFT Fathom and the Extended Time Simulation (XTS) module to model a circulating water system for a four-unit power plant. The project involved converting an existing open-loop circuit to a closed-loop system. Thomas submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received an honorable mention for the Software Features and Model Creativity category. AFT Impulse Creative Modeling Technique for Multiple Pump Trip Conditions Oil & Gas Pipeline 2017 - Jianmin (James) Yang, pipeline engineer at Access Pipeline, used AFT Impulse to model a crude oil terminal. The purpose of the model was to assess the overpressure risk during upset events, particularly pump trips. He built a creative sub-model to simultaneously model four different pump trip conditions. AFT Fathom Instrumental in Reconfiguring Office Building HVAC System Commercial Building HVAC 2017 – Swanson Rink was tasked with increasing the airflow for the second floor remodel of a two-story office building. With the air handling units operating close to their maximum capacity, Rory Heim, mechanical engineer, used AFT Fathom to evaluate different strategies for satisfying the restricting design parameter. Heim submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received the 2017 award for the Correlation to Test/Field Data category. AFT Impulse Validates Flow Rate Increase at Liquefied Natural GasAFT Fathom 11企业版下载-AFT Fathom 11
Bernard Muller, Principal Process Engineer with MegChem, was asked to help a client with an upgrade to a tank farm where an existing pipeline transported crude from storage tanks to a refinery. As part of the upgrade, Motor Operated Valves (MOVs) were installed on the destination storage tank inlets to assist with overfill protection. The closure of these control valves could cause pressure surge. See how Muller used both AFT Fathom and AFT Impulse to determine pressures and learn what he found through utilizing software features and additional analysis. World War II Remnant: Nuclear Waste Transfer Lines Pressure Evaluation using AFT Fathom and AFT Impulse Nuclear Waste Product Handling 2019 - A one-mile (1.6 km) long piping system needed to be designed to transfer low-level radioactive waste generated during plutonium production for nuclear bombs used in World War II. The weapons production process left 56 million gallons (212 million liters) of solid and liquid radioactive wastes stored underground at Tank Farms facilities. It will be pumped to a Waste Treatment Plant (WTP) and transformed into a stable, glass product. See how ARES Corporation used AFT Fathom and AFT Impulse to determine the sustained and occasional internal pressures in the conceptual Waste Feed Delivery (WFD) system piping from the Tank Farm to the WTP Low Activity Waste (LAW) facility, as well as determine if the pressures were within the allowables of ASME B31.3. Emissions Reduced at Commercial Power Plant Using AFT Arrow Power Generation Power Generation 2019 - These days power generation facilities have a primary goal: to adhere to regulations without significantly impacting costs and continuously supply power to the grid with their existing facility. Kiewit Engineering Group was hired to study an existing auxiliary steam system. Their customer wanted to determine if they reactivated an old glycol heating system to alleviate cold-weather acid precipitate, if existing header and steam letdowns were capable of supplying the glycol system in addition to other future users and current worst-case demands. See how Kiewit modeled the system with AFT Arrow to help their customer confidently make decisions. Surge Pressures and Forces Reduced on Offshore Oil Platform Using AFT Impulse Oil & Gas Oil Export 2019 - Wood conducted a hydraulic transient analysis (waterhammer) of a crude-oil export system for a multinational oil and gas company. The system is located on a new production platform in the Gulf of Mexico and exports to a subsea pipeline network. The analysis was required to evaluate pressures surges and transient forces that can occur during a variety of operating scenarios. See how Wood used AFT Impulse to isometrically model a complex offshore piping system while also providing clarity on the location of particular issues. AFT Fathom Helps Reduce Power Consumption by 40% at Petrochemical Plant Chemical & Petrochemical Hydrocarbon Processing 2019 - Ingenero’s client requested an analysis of a hot oil network in a petrochemical facility to determine practical and cost-effective options to reduce power consumption and make the operation more energy efficient. The network used high. AFT Fathom 11 (279 MB) 20 AFT Fathom 12 Network Client Setup (45.1 MB) 20 AFT Fathom 11 Network Client Setup (123 MB) 20: AFT Fathom 10 AFT, AFT Fathom, AFT Fathom crack, AFT Fathom crack download, AFT Fathom download, AFT Fathom free, AFT Fathom free download, AFT Fathom full crack, Applied Flow Technology 4.7/5 - (2513 votes) Download at MAXIMUM SPEED and remove 503 ErrorAFT Fathom Client Download - AFT Fathom provides
Flow through these arms must be suddenly halted by closing a sequence of valves, opening vent valves, and tripping transfer pumps. The sudden deceleration of flow results in pressure surge, potentially exceeding pipe design pressures and causing extreme pipe stress, further worsening an emergency. See how a research team at Lamar University evaluated the surge results from an LNG loading emergency shutdown. AFT Arrow Ensures Proper Fan Sizing in Nitrogen Closed Loop General Facility Fan Sizing 2022 - L&T Technology Services, was tasked with optimizing the fan hydraulics of a nitrogen closed loop in Frankfurt, Germany. The nitrogen loop is used to dry a slurry mixture, picking up process vapors and traces of solids in the process. By testing the selected fan across many different operating speeds, conditions, and requirements, engineers were able to develop a robust system approach to the engineering design without a massive manhour investment to analyze the complicated network. AFT Impulse Confirms Data Center Surge Safety After Importing 1000+ Pipe HVAC Systems General Facility HVAC 2022 - Protton Synergy engineers were tasked with evaluating the surge potential of 9 HVAC circuits in an 11-story data center including chilled water, process water, condenser, condensate, and fuel oil circuits. Each system was made up of hundreds or thousands of pipes and junctions ranging from 2 to 60 inches (5 to 150 cm) in diameter. See why the Protton team credited AFT Impulse for its robust solver, which was able to converge nearly 3,000 pipes in a system without issue. AFT Impulse Study Reveals Flaws in Injection System Emergency Protection Methods Oil & Gas Ground Injection 2022 - Chris Bibby, of Wood PLC, assessed the water injection system of an offshore production platform expansion. The 4-pump system was flagged as an area of concern due to the long flowlines and high operating pressure of the injection system (more than 10,000 psi / 690 bar). See how he performed a transient analysis in AFT Impulse for pump start-up, controlled shutdown, emergency shutdown, and valve failure scenarios to determine if pressures or forces exceeded acceptable limits. AFT Fathom Reveals Faulty Equipment in Hot Oil Network Energy Optimization Study General Manufacturing Power Generation 2022 - AFT Fathom helped engineers at Ingenero Technologies identify issues that plant data alone couldn’t reveal, which saved energy by eliminating unwanted resistance. A calibrated model allowed engineers to explore alternative proposals to meet the client’s design requirements while minimizing cost. See how AFT Fathom helped the team evaluate diverse scenarios to enhance flow with minimal hardware changes. AFT Fathom Used to Minimize Pumping Cost for Cooling Water System Campus & Educational Facility Distribution Cooling Water 2021 - A large part of engineering is evaluating design tradeoffs. For example, in a pumping system, one pump option may be more efficient than others, but that efficiency often comes at larger initial cost. A less capital-intensive pump might be less efficient or have additional maintenance costs to consider. Similarly, system configurations have their own cost tradeoffs to consider. Designing onlyAFT Fathom 11 Installation Instructions
For minimum energy use or minimum initial cost is unlikely to find an optimal solution due to these tradeoffs. Instead, minimizing the combined initial capital costs and recurring energy and maintenance costs is essential for optimal pump selection and system configuration. See how Dr. Ricardo FF Pontes with the Universidade Federal de São Paulo (UNIFESP) used AFT Fathom to explore pump and system configuration's impact on system cost. Experimental Helium Cooling Loop for Nuclear Fusion Testing Modeled in AFT Arrow Nuclear Cooling Water 2021 - While nuclear fusion has not yet been proven as a self-sustaining source of energy, many efforts have been made to design its supporting systems in anticipation of its development. Vertex Piping Engineers was granted a project to engineer, fabricate, and commission an experimental helium cooling loop for ITER, the largest international research and engineering project to prove the viability of nuclear fusion. This cooling loop will be used to evaluate different components of the ITER project, including the Indian Test Blanket Module, fusion blanket wall mock-ups, Pb-Li heat exchangers, and other fusion blanket components. See how Vertex modeled the compressible helium system in AFT Arrow to determine its allowable operating conditions. Dangerous Petrochemical Loading Surge Avoided with AFT Impulse Analysis Chemical & Petrochemical Pipeline 2021 - Ingenero Technologies was tasked with analyzing a petrochemical transfer line issue causing a hazard during truck loading. Ingenero’s client experienced sudden pressure surge near the end of the truck loading process, generating pressures in excess of 13.2 barg (191 psig). Since a loading operation would occur once or twice per month, the client requested a root cause analysis on the pressure surge to determine a mitigation strategy. Read what recommendations were implemented to significantly reduce loading surge and avoid vibration and noise. AFT Fathom and AFT Arrow Guide Rocket Design at KETEMA: A Retrospective Aerospace Rocket Launch Facility 2021 - You don’t have to be a rocket engineer to use AFT Fathom or AFT Arrow... unless your job is rocket engineering. KETEMA designs systems for re-usable and expendable launch vehicles (ELV’s), today’s formal term for rockets. The design of fluid and thermal aspects of the ELV systems at KETEMA was the responsibility of Ichi Wakabayashi, Senior Mechanical Engineer. He chose AFT Fathom 2 and AFT Arrow 1 to help his group model the many fluid systems aboard an ELV. Read more about this case and see how AFT has evolved since it was first written in 1997. AFT Fathom Integral to Resolving Stormwater Flooding Issues, Provides Alternatives $25MM under Competitor Scope Water & Wastewater Water Distribution 2021 - Michael Arthur, with Hydrus Works, LLC, evaluated a failing stormwater system for a Gulf Coast refinery. While flooding mitigation was the primary concern, Hydrus Works was also providing a second opinion on a larger incumbent firm’s expensive recommendations. See how Hydrus Works’ use of AFT Fathom, and their unique data collection, allowed them to explore design alternatives which ultimately allowed the firm to shave 35% from the original proposed $70MM scope,TM AFT Fathom 11 - Flumen
In district heating projects, hot water is the most commonly used heating medium. In order to ensure the user's heat load requirements, it is necessary to analyze and calculate the flow balance of the entire district heating system to ensure that different cases can meet the requirements of end users. AFT Fathom is practical fluid dynamic simulation software used to calculate pressure drop and flow distribution in liquid piping and ducting systems. I think AFT Fathom is a great choice for district heating projects.The district heating network model of this project is bigger, and it includes the long supply line and return line, several booster pump stations, about 50 end users(exchangers), many control valves. This project has been running for 2 years, but some end user cannot get enough heat, so the owner hope us to get the reason. I quickly create the supply line by dragging and dropping components, and specify pipe data using the built-in pipe database and fitting & loss database. I use copy & paste feature to get the return line which is the very good function of AFT Fathom. Then I add exchangers, pumps, control valves and get the whole district heating model(see the below picture) in 5 hours.AFT Fathom allows users to specify the water temperature for the supply line and the return line respectively, and automatically obtain the physical properties of the hot water at the corresponding temperature. I use AFT Fathom"Plot Multiple Paths Using Groups"of Graph Results Tab to get the water. AFT Fathom 11 (279 MB) 20 AFT Fathom 12 Network Client Setup (45.1 MB) 20 AFT Fathom 11 Network Client Setup (123 MB) 20: AFT Fathom 10Comments
Pump discharge pressure and the pressure drops across certain control valves were excessively high. See how their AFT Fathom model helped them evaluate various configuration changes and make recommendations which optimized energy use with minimal system changes. Nuclear Fusion Project Successfully Completed with AFT Fathom Nuclear Cooling Water 2019 - Larsen & Toubro Construction (L&T) was responsible for Detailed Design, Engineering, Procurement and Supply of a large cooling water system for a nuclear fusion project being constructed in France. The project specifically focuses on the Component Cooling Water System, which supplies about 100 loops. See how L&T analyzed options to successfully meet client requirements and reduce pumping costs by 12%. Safety of Offshore Oil Rig Sea Water Injection System Validated With AFT Impulse Oil & Gas Ground Injection 2019 - Hatch worked with a hazard and operability study (HAZOP) committee to re-validate the design and operation of a production facility in the North Sea. The committee was asked to work in accordance with regulatory requirements to identify any safety critical issues and recommend appropriate actions. They identified a range of actions related to relief and blowdown, piping, and flow assurance. During the initial HAZOP study, it was noted a surge analysis had not been conducted for the water injection system and the committee deemed there was limited understanding of pressure surge protection. See how Hatch’s Daisy Ambach used AFT Impulse to simulate the system to analyze the pressure surge. Significant Man-Hours Saved by Transitioning AFT Fathom Model to AFT Impulse to Analyze Surge Transients Oil & Gas Cooling Water 2018 - Loukas Papathanasiou, Process Manager for Fluor, utilized AFT Fathom and AFT Impulse to complete the design of a cooling water system and the analysis of that system’s surge transients. Using both software programs together gave him the ability to easily simulate, analyze, and troubleshoot the massive system. See how he used AFT Fathom to size the equipment and to model heat transfer to determine fluid temperatures; then used the AFT Fathom model to generate the AFT Impulse model which performed the surge analysis. Significant Man-Hours Saved by Transitioning AFT Fathom Model to AFT Impulse to Analyze Surge Transients Oil & Gas Cooling Water 2018 - Loukas Papathanasiou, Process Manager for Fluor, utilized AFT Fathom and AFT Impulse to complete the design of a cooling water system and the analysis of that system’s surge transients. Using both software programs together gave him the ability to easily simulate, analyze, and troubleshoot the massive system. See how he used AFT Fathom to size the equipment and to model heat transfer to determine fluid temperatures; then used the AFT Fathom model to generate the AFT Impulse model which performed the surge analysis. AFT Fathom Used to Enhance 40-Year Old Hand Calculations at Nuclear Power Plant Nuclear Cooling Water 2018 - Energy Northwest used AFT Fathom to model of the Fuel Pool Cooling (FPC) system at their Columbia Generating Station. This model was built to enhance the original, hand-performed, 40-year-old calculations and was extensively
2025-04-07Water 2018 - Ingenero Technologies oversaw the root cause analysis (RCA) and remediation of a client’s existing resin mixed bed polishers (MBPs) in a Petrochemical facility which were used to treat condensate and demineralized water to make boiler feed water. Learn how Ingenero used AFT Impulse to successfully remedy a difficult project. AFT Fathom Used to Determine Size and Cost of Condenser Water Distribution Pipes Commercial Building HVAC 2018 - Swanson Rink, Inc. was hired to design a new data center on the 29th floor of an existing high-rise data center in Los Angeles. Mechanical Engineer, Rory Heim, used AFT Fathom to determine the minimum size of the condenser water distribution pipes serving multiple data halls on the 29th floor. AFT Fathom Improves Water Cooling System Reliability and Saves $200,000 Annually Oil & Gas Cooling Water 2018 - Flowserve used AFT Fathom to perform a cooling water study in order to identify the most economical scenario to run their cooling water pumps and provide a solution for the excessive erosion at the suction bell of an existing high-performing pump. AFT Fathom Helps Flowserve Improve Reliability of a Chemical Plant Raw Brine Injection System Oil & Gas Ground Injection 2017 - Phil Sneeringer, Tier 1 reliability engineer at Flowserve Corporation, used AFT Fathom to perform a reliability study of a raw brine injection system. Prior to the study, there had been 41 repairs on the system within five years costing more than $1.23 million. Sneeringer submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received an honorable mention for the Operational Benefits and Sustainability category. AFT Fathom Validates Power Plant System Conversion Power Generation Cooling Water 2017 – Matt Thomas, senior engineer at Sargent & Lundy, used AFT Fathom and the Extended Time Simulation (XTS) module to model a circulating water system for a four-unit power plant. The project involved converting an existing open-loop circuit to a closed-loop system. Thomas submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received an honorable mention for the Software Features and Model Creativity category. AFT Impulse Creative Modeling Technique for Multiple Pump Trip Conditions Oil & Gas Pipeline 2017 - Jianmin (James) Yang, pipeline engineer at Access Pipeline, used AFT Impulse to model a crude oil terminal. The purpose of the model was to assess the overpressure risk during upset events, particularly pump trips. He built a creative sub-model to simultaneously model four different pump trip conditions. AFT Fathom Instrumental in Reconfiguring Office Building HVAC System Commercial Building HVAC 2017 – Swanson Rink was tasked with increasing the airflow for the second floor remodel of a two-story office building. With the air handling units operating close to their maximum capacity, Rory Heim, mechanical engineer, used AFT Fathom to evaluate different strategies for satisfying the restricting design parameter. Heim submitted the project to AFT’s Platinum Pipe Award (PPA) contest and received the 2017 award for the Correlation to Test/Field Data category. AFT Impulse Validates Flow Rate Increase at Liquefied Natural Gas
2025-04-03Flow through these arms must be suddenly halted by closing a sequence of valves, opening vent valves, and tripping transfer pumps. The sudden deceleration of flow results in pressure surge, potentially exceeding pipe design pressures and causing extreme pipe stress, further worsening an emergency. See how a research team at Lamar University evaluated the surge results from an LNG loading emergency shutdown. AFT Arrow Ensures Proper Fan Sizing in Nitrogen Closed Loop General Facility Fan Sizing 2022 - L&T Technology Services, was tasked with optimizing the fan hydraulics of a nitrogen closed loop in Frankfurt, Germany. The nitrogen loop is used to dry a slurry mixture, picking up process vapors and traces of solids in the process. By testing the selected fan across many different operating speeds, conditions, and requirements, engineers were able to develop a robust system approach to the engineering design without a massive manhour investment to analyze the complicated network. AFT Impulse Confirms Data Center Surge Safety After Importing 1000+ Pipe HVAC Systems General Facility HVAC 2022 - Protton Synergy engineers were tasked with evaluating the surge potential of 9 HVAC circuits in an 11-story data center including chilled water, process water, condenser, condensate, and fuel oil circuits. Each system was made up of hundreds or thousands of pipes and junctions ranging from 2 to 60 inches (5 to 150 cm) in diameter. See why the Protton team credited AFT Impulse for its robust solver, which was able to converge nearly 3,000 pipes in a system without issue. AFT Impulse Study Reveals Flaws in Injection System Emergency Protection Methods Oil & Gas Ground Injection 2022 - Chris Bibby, of Wood PLC, assessed the water injection system of an offshore production platform expansion. The 4-pump system was flagged as an area of concern due to the long flowlines and high operating pressure of the injection system (more than 10,000 psi / 690 bar). See how he performed a transient analysis in AFT Impulse for pump start-up, controlled shutdown, emergency shutdown, and valve failure scenarios to determine if pressures or forces exceeded acceptable limits. AFT Fathom Reveals Faulty Equipment in Hot Oil Network Energy Optimization Study General Manufacturing Power Generation 2022 - AFT Fathom helped engineers at Ingenero Technologies identify issues that plant data alone couldn’t reveal, which saved energy by eliminating unwanted resistance. A calibrated model allowed engineers to explore alternative proposals to meet the client’s design requirements while minimizing cost. See how AFT Fathom helped the team evaluate diverse scenarios to enhance flow with minimal hardware changes. AFT Fathom Used to Minimize Pumping Cost for Cooling Water System Campus & Educational Facility Distribution Cooling Water 2021 - A large part of engineering is evaluating design tradeoffs. For example, in a pumping system, one pump option may be more efficient than others, but that efficiency often comes at larger initial cost. A less capital-intensive pump might be less efficient or have additional maintenance costs to consider. Similarly, system configurations have their own cost tradeoffs to consider. Designing only
2025-04-16