Jet-Mixing Two-Stage Tower (Waste Gas Pre-Treatment)

Jet-Mixing Two-Stage Tower (Waste Gas Pre-Treatment)

High-energy gas-liquid mixing front-end equipment for flammable, explosive, and dust-heavy pre-treatment.

Equipment configuration

Designed around actual process conditions

The Jet-Mixing Two-Stage Tower works in combination with downstream oxidation equipment. It is designed to handle flammable and explosive gases, grinding, polishing, spray-painting exhaust pre-treatment, industrial oil fume particle purification, and smelting dust removal.

Also known as

Waste Gas Pre-Treatment Equipment

Jet-Mixing Two-Stage Tower (Waste Gas Pre-Treatment) equipment
Pre-treatment
Application

Essential for explosive dust

Custom
Airflow

Matched to main process

Treatment principle

How it works

High-speed jet mixing creates intense gas-liquid contact, stripping out coarse particulate, aerosols, and explosive dust before the air reaches sensitive downstream equipment.

  1. 01Exhaust enters the jet-mixing stage
  2. 02Intense gas-liquid contact captures contaminants
  3. 03Cyclonic separation drops out sludge
  4. 04Cleaned gas proceeds to VOC oxidation
Jet-Mixing Two-Stage Tower (Waste Gas Pre-Treatment) process view
Good fit
  • Flammable & explosive gases
  • Grinding, polishing & spray-painting exhaust
  • Industrial oil fume
  • Smelting dust removal
Selection cautions
  • Must be properly drained and sludge managed to prevent blockages.
  • Proper reagent dosing may be required based on exhaust chemistry.

Typical pollutants

  • Coarse particulate
  • Paint mist
  • Explosive dust
  • Oil fume particles

Engineering features

  • High-energy contact zone
  • Non-clogging jet design
  • Anti-corrosion construction
  • Integrated with downstream RTO/CO

Available options

  • PP or 304/316 Stainless Steel
  • Automated dosing system
  • Sludge extraction valve

Configure Jet-Mixing Tower for your plant

Share measured process data so the engineering team can confirm suitability, pretreatment, equipment size and scope boundaries.

Airflow and schedulePollutant speciesConcentration rangeTemperature and humidityRequired emission limitSite layout constraints

Source basis: Extracted from bilingual catalog for SEO. Published values are selection references, not a project guarantee.