A Flare Radiation and Dispersion Study analyzes the impact of flare stacks used in industries to burn off combustible gases. It evaluates the thermal radiation and dispersion of gases to ensure safe and environmentally compliant operations.
Flare stacks are critical components in industrial processes, intended to safely burn off gases and prevent potential environmental hazards. Proper combustion is crucial to meet strict regulatory standards and minimize environmental impact. Our Flare Radiation and Dispersion Study evaluates and reduces the release of toxic gases, ensuring compliance with international environmental regulations.
Our experts perform the study in accordance with the applicable international standards such as EPA, OISD etc. and suggest the necessary changes for improvement in the flare system. Working in close coordination with client, we collect the data related to flare stack and execute the study considering the worst-case scenario of flaring.
The data required from the client
Using the collected data, we conduct various case studies by altering the flow rate, gas composition, and environmental conditions. This helps us identify potential hazardous situations and recommend improvements.
We utilize industry-leading software such as:
These tools allow us to simulate and analyze flare radiation and dispersion under different scenarios. The results are thoroughly documented and reported to our clients.
Depending on the project scope, we offer a comprehensive range of deliverables, including:
Based on chosen exposure limits like STEL, IDLH, and ERPG, our models provide:
Heat Radiation Contours: Detailed graphs showing radiation levels versus downwind distance under various wind conditions.
Toxic Release Contours: Graphs illustrating cloud height versus distance downwind, helping validate the flare's location and height.
Our Flare Radiation and Dispersion Study not only validates the existing flare system but also ensures its compliance with environmental regulations. By optimizing the flare system's p erformance, we help safeguard the environment and public health.
