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BS EN ISO 9001:2008 Certificate No. Q05104.
BS EN ISO 9001:2015
Certificate No Q 05104

Our Services: Flaresim Software

The Locker Heatshielding team use Flaresim software to calculate radiant heat levels for both onshore and offshore installations. The software is used to specify the optimum location and construction of Heatshields, to provide the correct level of protection for both key equipment and personnel. By utilising these services, operators can reduce their costs by reducing the length of flare booms and ballasts, and providing Heatshielding where required to ensure the working environment is safe at all times.

Locker have closely collaborated with the creators of Flaresim since 2016. This alignment of Locker Heatshields with the provisions of the software has resulted in the software being developed with Locker Heatshield data pre-embedded. Engineers and Operators are therefore able to use Flaresim software to specify Locker Radiant Heatshields for installations all around the world.

The benefit for customers of Locker Heatshielding is an assurance that all of our Heatshielding proposals are backed by detailed calculations made using reliable algorithms and based on real empirical data.

Request Flaresim Analysis by Locker Specialist (costs apply)

About Flaresim

Flaresim has been designed by professional engineers to be used for the offshore industry. It is a highly developed, sophisticated radiant heat flare simulation and design software application. The software is designed to model thermal radiation and noise footprints generated by flare systems for offshore platforms, chemical plants, gas plants and refineries.

The Flaresim application has been developed to support the complex construction and features of real offshore installations. Unlimited multiple flare tips on multiple vertical, horizontal or inclined flare stacks can be specified. Users can model sub-sonic and sonic flares as well as liquid burners, using a range of algorithms and calculation methods.

Flaresim features:

Flaresim can also be used to size stack or boom length to meet specific radiation, noise or surface-temperature limits at defined points. In this way it is an excellent tool for potential cost reduction within safe limits.

Flaresim has recently been acquired by SLB, a division of Schlumberger. Our data will continue to be used as part of this new and exciting development, and we will work with the new development team to integrate the next generation of Heatshielding products.

Flaresim Example

The diagrams below are produced using Flaresim software to show the benefits of heatshield installation near a flare boom.

Without Heatshielding

With Heatshielding Installed

Elevation View

Radiant heat Isopleth chart with plot overlay showing radiant heat levels on an unprotected boom arm and structure. Radiant heat Isopleth chart with plot overlay showing radiant heat levels on a boom arm and structure protected with Locker Flare Deck Heatshields and Mini ESD Heatshields

Plan View

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