This system typically consists of a vertical flare stack that is equipped with a flare tip at the top. The flare stack is designed to efficiently burn off unwanted or excess gases, converting them into less harmful by products such as carbon dioxide and water vapour. Elevated flare systems are known for their ability to handle a wide range of waste gas volumes and compositions, making them versatile for diverse industrial applications. They provide a reliable safety mechanism to prevent the buildup of pressure and potential hazards in equipment and pipelines, ensuring the protection of personnel, facilities, and the environment.

There are different types of elevated flare systems available to suit specific process requirements and operational conditions. One common type is the steam-assisted flare, which incorporates steam injection into the flare stack to improve combustion efficiency, reduce smoke formation, and enhance emissions control. Another type is the air-assisted flare, which utilizes additional ambient or forced air to optimize combustion and minimize emissions. Other variations include sonic flare tips, which are designed to handle high-pressure waste gas streams and maintain stable combustion at elevated velocities. Each type of elevated flare system offers unique advantages and is selected based on factors such as waste gas composition, calorific value, and regulatory compliance requirements, ensuring effective and safe waste gas management in industrial processes. For the sealing system, we utilizing velocity seal, molecular seal and water seal depended on client concern and flare specification.