Surface Facility Software
Oil & Gas Surface Facility include layout of surface flow lines to handle oilfield production at the surface, the treatment equipment, and the processes to transfer liquid. The surface gathering systems, separator, fluid treatment, piping, pigging, transportation and fluid volume measurements are all part of surface facility (down-stream) design.
Below you can find a list of FREE and commercial Surface Facility Software provided by oil and gas software companies.
Maximus™ Thermal Hydraulic Integrated Production Modelling Software
Maximus can be used like any other steady state pipeline network simulator and has been designed to be easy for users familiar with such tools to pick up and use it for nodal analysis, network sensitivity studies and single design ...
Read More ...
, 
Delayed coking is a key process used in many refineries to convert residual streams to more commercially viable products. Delayed cokers present numerous unique operational and safety challenges not faced in other process units. How do feedstock quality changes affect liquid product yields? Coke pro ...
Read More ...
,
Hydrotreating operations are key to adhering to finished product regulations and operating downstream units effectively. How will various feeds perform in your hydrotreater with respect to hydrogen consumption, effect on ultimate catalyst run length and product qualities? D HTR-SIM can help determin ...
Read More ...
,
FCC unit operation is a key economic driver in many refineries. Do you need to evaluate feed alternatives for your unit? Are you air blower or regenerator constrained? Do you need to decide whether to push feed rate or conversion? FCC-SIM can help determine the answers to these important questions. ...
Read More ...
,
Are you wondering what the optimum severity to run your hydrocracker is given changes in final product demands? Are you trying to balance severity against desired run lengths? Are you hydrogen constrained and need to understand the real hydrogen demands within your refinery? Are you trying to balanc ...
Read More ...
,
Are you trying to optimise gasoline blending against stringent sulphur and benzene specifications? How do you determine which temperatures to operate your isomerisation reactors at to maximise isomerisation and minimise cracking or other undesired reactions?
KBC’s kinetic isomerisation model ISOM-S ...
Read More ...
,
Are you trying to determine how a particular feed will affect catalyst run length? Are you hydrogen constrained and need to understand the real hydrogen demands within your refinery? Are you trying to understand the impact that silica poisoning will have on catalyst deactivation? Are you concerned w ...
Read More ...
,
Are you trying to maximise hydrogen production? Optimise gasoline blending against stringent sulphur and benzene specifications? Are you concerned with minimising yield loss across your reformer? Do you need to maximise aromatics production for downstream petrochemical processes? Are you concerned w ...
Read More ...
,
Are you trying to determine how a particular feed will affect catalyst run length? Are you hydrogen constrained and need to understand the real hydrogen demands within your refinery? Are you concerned with the impacts that changes in your hydrotreater will have on downstream units? Are you trying to ...
Read More ...
,
Do you target maximum aromatic saturation or final product sulphur when determining operating temperatures in your hydrotreater? Are you trying to determine how a particular feed will affect catalyst run length? Are you hydrogen constrained and need to understand the real hydrogen demands within you ...
Read More ...
,