1. FLARES:FLARES is a software for the correct sizing of industrial flares and for the evaluation of their thermal and acoustic impact. All calculations are made according to the API (American Petroleum Industry) Recommended Practice 521.
FLARES allows to load a digital cartography and graphical results are automatically georeferenced over it. It is thus possible to quickly evaluate the thermal and acoustic impact in specific locations. All graphical representations can be printed or copied within word processing programs, and integrated in technical reports. Textual results can be exported into text files, in MS Excel or MS Word.
FLARES was developed by Enviroware in collaboration with G&Z sas.
🔒 Bấm Cảm ơn hoặc Trả lời để xem Link
2. Flarenet:Brochures:
🔒 Bấm Cảm ơn hoặc Trả lời để xem LinkAspen FLARENET™
Software for the design, rating, and debottlenecking of flare and vent systems
Aspen FLARENET enables engineers to perform steady-state design, rating, or debottlenecking of single or multiple flare and vent systems. The program can calculate minimum sizes for new flare systems or evaluate alternatives to remove bottlenecks in existing relief networks. Aspen FLARENET can also be used to identify potentially dangerous relief scenarios during design phase or current operational scenarios. Aspen FLARENET is a core element of AspenTech’s aspenONE™ Process Engineering applications.
Features
Enhanced PFD-style graphical user interface displays network drawing, key process variables, and annotations displaying pressure, mass flow, mach number, and noise
Ability to import stream data input directly from Aspen HYSYS® or Aspen Plus®
Modeling of flare or vent systems, including convergent, divergent, and complex looped systems; modeling of single and multiphase systems; and support of rating, design, and debottlenecking calculation modes
Detailed unit operations for modeling sources, pressure drop elements, and sinks
Design constraints on any combination of allowable back pressure, mach number, phase velocity, RhoV2, or noise
Optional use of rated flow for pressure drops in tail pipes for calculations in accordance with API RP 521
Heat transfer calculator for pipes (external heat transfer from the surroundings calculated from ambient conditions with or without insulation)
PSV sizing to API standards, including Leung Omega (DIERS) method for multiphase systems
User-defined pressure drop curves for flare tips
A wide selection of reports (including Design Violation Report, summarizing all cases where the design constraints have been exceeded)
Enhanced thermodynamic engine using the same three-phase flash algorithm as Aspen HYSYS for a fast and robust solution
Multiple fluid flow/pressure drop methods supported, including isothermal and adiabatic gas, Beggs & Brill, Dukler, and Lockheart Martinelli
Rigorous multiphase choking calculations formation
Extensive pipe fittings database
Download:
🔒 Bấm Cảm ơn hoặc Trả lời để xem Linkhoặc:
🔒 Bấm Cảm ơn hoặc Trả lời để xem Link
