VISUAL FLARE Safety Relief Design

Offering superior flare designs for your process, utilising industry-standard compliance codes

Ensure Your Plant’s Safety

VISUAL FLARE™ Safety Relief Design is a robust, steady-state simulator that is used to design, rate and analyse oil and gas flare networks. This application offers safer design and operation for engineers, in addition to providing lowered capital and operating cost.

Design Better Relief Systems

VISUAL FLARE Safety Relief Design offers quick, reliable, as well as accurate solutions for applications, ranging from line sizing to the rating of complex relief systems. Using this rigorous, steady-state simulator, process and safety engineers can design, analyse and rate processes.

Accuracy

Accuracy

VISUAL FLARE Safety Relief Design can handle the most challenging single- and multi-phase fluid-flow systems, through the use of point-by-point thermodynamics and pressure-drop calculations. Robust flow models of utility networks ensure reduced capital costs, as well as improved plant operation.

Intuitive GUI

Intuitive GUI

Using point-and-click access to data entry menus, a simple flow diagram describes the overall system structure. Complex piping isometrics can be defined through the use of the interactive drawing tool. Users are also able to import streams directly from PRO/II Process Engineering.

Safety and Regulatory Compliance

Safety and Regulatory Compliance

VISUAL FLARE Safety Relief Design offers a comprehensive model of the plant’s flare relief systems, including full documentation of the network structure, control systems and strategy, as well as maximum relief-rate capacities. Additionally, VISUAL FLARE Safety Relief Design is DIERS compliant, achieving results within tolerance on all DIERS benchmark cases.

Integration with Excel

Integration with Excel

It is possible for VISUAL FLARE™ Safety Relief Design simulations to be controlled and modified via an Excel interface constructed through a drag-and-drop interface. This enables the simulation to be used by anyone, even individuals unfamiliar with constructing a model. This expands usage and enhances the return on investment.