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Technologies we Evaluate
Data Viewing Technologies
Applications supporting energy business industry
Covering all the development methods, programming languages, and tools to support them that may be used in the development of software.
Web Apps incl Cloud Technologies
Deals with the chemical unit operations, organic, analytical and inorganic chemistry..
Mathematics, policies and practices in areas of environmental, health and safety, process system control, laboratory instrumentation, and statistics for quality help the graduate to understand the operations of
Desktop Modeling Technologies
Aspects of the mechanical design
Technology used in industry and prepared for careers in the field of mechanical design and technology.
RealTime and Field Monitoring Technology
Technologies using gas (such as air or wind)
Technologies using gas (such as air or wind)
Hybrid / Integrator Technologies
Technologies supporting solar energy generation, conservation, storage ect
photovoltaics (PV), which directly convert light to electricity; concentrating solar power (CSP), which uses heat from the sun (thermal energy) to drive utility-scale, electric turbines; and solar heating and cooling (SHC) systems, which collect thermal energy to provide hot water and air heating or conditioning.
Data Processing Technologies
Technologies supporting solar energy generation, conservation, storage ect
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Knowledge Base & Databases Technology
Technologies supporting solar energy generation, conservation, storage ect
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[0] => Our customers use FluidFlow to:- Model shell & tube and plate heat exchangers.
- Consider effect of insulation on pipelines.
- Perform buried pipe heat transfer calculations.
- Evaluate adiabatic compression at boosters.
- Consider Joule-Thomson (J-T) effect in gas systems.
Engineers can choose from a range of heat transfer options:
- Buried pipe calculations.
- Pipe heat loss/gain calculation.
- Fixed heat transfer rate.
- Fixed temperature change.
- Ignore heat loss/gain.
Our customers use FluidFlow to:
- Model shell & tube and plate heat exchangers.
- Consider effect of insulation on pipelines.
- Perform buried pipe heat transfer calculations.
- Evaluate adiabatic compression at boosters.
- Consider Joule-Thomson (J-T) effect in gas systems.
Engineers can choose from a range of heat transfer options:
- Buried pipe calculations.
- Pipe heat loss/gain calculation.
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- Fixed temperature change.
- Ignore heat loss/gain.
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- Model shell & tube and plate heat exchangers.
- Consider effect of insulation on pipelines.
- Perform buried pipe heat transfer calculations.
- Evaluate adiabatic compression at boosters.
- Consider Joule-Thomson (J-T) effect in gas systems.
Engineers can choose from a range of heat transfer options:
- Buried pipe calculations.
- Pipe heat loss/gain calculation.
- Fixed heat transfer rate.
- Fixed temperature change.
- Ignore heat loss/gain.
Our customers use FluidFlow to:
- Model shell & tube and plate heat exchangers.
- Consider effect of insulation on pipelines.
- Perform buried pipe heat transfer calculations.
- Evaluate adiabatic compression at boosters.
- Consider Joule-Thomson (J-T) effect in gas systems.
Engineers can choose from a range of heat transfer options:
- Buried pipe calculations.
- Pipe heat loss/gain calculation.
- Fixed heat transfer rate.
- Fixed temperature change.
- Ignore heat loss/gain.
FLUIDFLOW. Thermal Energy Transfer
(0/5)
Overview
Overview
Company Name:
Product Summary:
FluidFlow includes heat transfer functionality on all modules. Engineers can study heat transfer effects at heat exchangers, pipes and fittings. Heating and cooling of fluids is fundamental to any process plant, particularly in Chemical + Petrochemical industries. Full evaluation of heat transfer for energy recovery or energy efficiency is a critical task that can be performed easily within FluidFlow. A comprehensive database of insulation materials means engineers can optimize energy usage by including conduction, radiation, and convection losses.
Full Product Description:
Our customers use FluidFlow to:
- Model shell & tube and plate heat exchangers.
- Consider effect of insulation on pipelines.
- Perform buried pipe heat transfer calculations.
- Evaluate adiabatic compression at boosters.
- Consider Joule-Thomson (J-T) effect in gas systems.
Engineers can choose from a range of heat transfer options:
- Buried pipe calculations.
- Pipe heat loss/gain calculation.
- Fixed heat transfer rate.
- Fixed temperature change.
- Ignore heat loss/gain.
Product Status:
Commercial
View More Details
Integrability
From an IT professional / Systems Intgration perspective, on-boarding a new technology product could be an organized chaos not apparent to the Asset and Business Leadership team who need to ensure technical staff are equipped with the right tool on-time. For optimum DATA and Systems INTEGRATION performance at every phase of your business, contact one of our experts today in your selection of the ideal technology.