Plant disaster prevention
simulation

自社開発のソフトウェアにより、発災時のFormulate firefighting tactics and fire prevention plans.

We will transform theoretical plans into "effective tactics" in the event of a large-scale plant fire.

3次元図面により、風の影響を考慮した水/泡放射軌跡や輻射熱の範囲を可視化。あわせて消防ホースの敷設や車両動線の妥当性を検証します。

We support the optimal allocation of equipment and materials and firefighting tactics based on data, and develop fire prevention plans tailored to on-site operations.

Problems that can be solved

We can solve these problems!

  • We want to transform theoretical disaster prevention plans into "effective tactics" that can reliably function on the ground.

  • I want to visually understand the effects of changes in wind direction and speed on the water discharge trajectory and the range of radiant heat.

  • 水/泡放射が実際に届くのか、遮蔽物の影響がないかを正確に確認したい。

Cases

Solutions Offered

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Solution 01

Water/Foam Discharge

自社開発の放射軌跡シミュレーションプログラムにより、有風下での火災時における化学消防車、はしご車、放水銃、放水砲、泡モニター等の適切な配置検討を行います。

Solution 02

Watering/Water Curtain

Our proprietary radiation trajectory simulation program verifies the radiation conditions of water spray and water curtain nozzles under windy conditions.

Solution 03

Tank fire extinguishing

Our proprietary program allows us to perform simulations of radiation trajectories under windy conditions during a full-tank fire, as well as to examine safe firefighting areas and calculate fire extinguishing times based on radiant heat calculations.

Solution 04

FM Viewer

We offer a dedicated "FM Viewer." You can view simulation results for tank fire extinguishing and other scenarios in 3D on your PC. You can freely zoom in and rotate the viewpoint, allowing you to experience the situation realistically. You can also grasp the analysis results more intuitively.

In-house developed software

Water/Foam Discharge
simulation

A program that simulates the radiation trajectories of water and foam from fire engines and various nozzles under windy conditions.

Deployment of fire prevention and extinguishing equipment
simulation

This program involves planning the placement of fire prevention and extinguishing equipment to be deployed during a fire, and also allows for the laying of fire hoses and confirmation of fire vehicle access.

Tank fire extinguishing
simulation

This program simulates the calculation of firefighting time, including foam bridgehead establishment and foam deployment, as well as the radiation trajectory of foam cannons in windy conditions and radiant heat calculations during a full-scale tank fire.

Case Studies

Here are some examples of how disaster prevention simulations have been used to improve disaster management systems.

01

Using a large-capacity foam cannon systemDuring firefightingAs a security plan

Based on the Petroleum Disaster Prevention Act, we formulated a fire prevention plan for the introduction of "large-capacity foam cannon equipment" mandated for large-scale tanks. This plan is being used to build a disaster prevention system tailored to on-site operations.

02

Supporting documents for explaining legal requirementsas

By combining it with disaster simulations, it can be used as supporting documentation when applying to the relevant administrative authorities regarding various matters required by law.

03

As a training tool for simulating firefighting operations in various fire situations

Using an FM viewer, various fire scenarios with altered weather conditions are reproduced in 3D. This allows users to virtually experience firefighting activities, including the operation of fire extinguishing equipment, and is used as a practical simulation training tool.