Gas or Liquid Waste - High Levels of Particulates

Wastes are supplied to a disposal process in the form of either gas, liquid or solid, or a combination thereof. There are three possible configurations to dispose of either a gaseous or liquid waste which produces flue gas containing excessive amounts of particulate matter.

Configuration 5.1 - a thermal oxidizer, quench section, wet scrubber and vent stack
Configuration 5.2 -“ a thermal oxidizer , conditioning tower, electrostatic precipitator (ESP) or bag house, and a vent stack
Configuration 5.3 - a thermal oxidizer, conditioning tower, heat recovery boiler, ESP or bag house, and an unlined vent stack

Contact John Zink today to discuss your incineration needs.

The quench section cools the flue gas to its saturation temperature by directly contacting it with water; the wet scrubber removes the particulate matter. A major advantage of the wet scrubber is its ability to remove both particulates and any corrosive gases (SO2, HCl) in a single operation.

The configuration tower directly contacts with water to cool the flue gas either 600º F or 350º F, depending upon the dry particulate removal system selected.

The conditioning tower is fitted with a SaltMaster sytem which lowers the flue gas to below salt fusion temperature by directly contacting it with recycled flue gas. The SaltMaster system keeps the salt from building up in the bottom of the conditioning chamber. Salt buildup can cause operating and maintenance problems. Recycled gas is used for cooling to maximize heat recovery.

John Zink Company, LLC
11920 East Apache
Tulsa, OK 74116
United States of America
+1-918-234-1800

email: info@johnzink.com