video corpo

Chlorine dosing dispenser Champ® FX
for chemicalsfor liquid disinfectantsliquids

Chlorine dosing dispenser - Champ® FX - Evoqua Water Technologies - for chemicals / for liquid disinfectants / liquids
Chlorine dosing dispenser - Champ® FX - Evoqua Water Technologies - for chemicals / for liquid disinfectants / liquids
Chlorine dosing dispenser - Champ® FX - Evoqua Water Technologies - for chemicals / for liquid disinfectants / liquids - image - 2
Add to favorites
Compare this product

Characteristics

Product
for chlorine, for chemicals, for liquid disinfectants, liquids, water, gas
Other characteristics
configurable, in-line, with vacuum chamber

Description

Overview
The Water Champ® Chemical Induction System is designed for application and instantaneous mixing and diffusion of chemicals used in water and wastewater treatment. The system supports liquid feed or vacuum-based gas feed for agents such as chlorine, hypochlorite, chloramines and dechlorination chemicals, and is constructed from materials compatible with these disinfection applications.

Key performance highlights
  • Up to 2x improved mixing and diffusion compared with other systems
  • Up to 40% lower energy consumption versus conventional methods


Description
The Water Champ® FX delivers rapid dispersion of disinfection chemicals in open-channel applications. Its wetted components are selected for chemical compatibility to enable both liquid and vacuum-based gas feeds. The design is suitable for drinking water, municipal wastewater and industrial processes where effective disinfection mixing is required.

Features
  • All chemically wetted components made from corrosion-resistant Grade 2 titanium or better
  • Hermetically sealed motor housed in 316 stainless steel
  • Airfoil propeller design for efficient energy transfer to the fluid
  • Lightweight assembly with non-corrosive moving parts for simplified installation
  • Retrofit-ready: flexible guiderail and pivot bracket for installation in existing basins and channels
  • Configurable for gas or liquid service; vacuum or non-vacuum feed
  • Optional Alternate Liquid Feed (ALF) assembly for dual-feed applications such as chloramination


Benefits
  • Potential chemical usage reduction up to 20% versus conventional dosing
  • Eliminates hydraulic dead zones to achieve uniform chemical dispersion
  • Maintains disinfection performance across variable flow rates, effective to very low residuals (example: down to 2.2 MPN or non-detect)


Applications
  • Drinking water chemical dosing and mixing (WTW)
  • Municipal wastewater chemical dosing and mixing (WWTW)
  • Stormwater and combined sewer overflow (CSO) chemical dosing and mixing


Technical specifications
  • Model / Series: Water Champ® FX
  • Chemical compatibility: chlorine, hypochlorite, chloramines, dechlorination agents (liquid feed or vacuum-based gas feed)
  • Wetted materials: Grade 2 titanium or better
  • Motor: hermetically sealed, 316 stainless steel construction
  • Propeller: airfoil design for efficient energy transfer
  • Energy efficiency: up to 40% less energy versus conventional methods
  • Mixing performance: up to 2x improved mixing and diffusion versus other systems; eliminates dead zones
  • Chemical reduction potential: up to 20% compared with conventional methods
  • Installation: lightweight design, non-corrosive moving parts, flexible guiderail and pivot bracket for retrofit or new installations
  • Configuration: gas or liquid, vacuum or non-vacuum feed; optional Alternate Liquid Feed (ALF) for dual chemical feed
  • Primary applications: drinking water, municipal wastewater, stormwater/CSO

Catalogs

No catalogs are available for this product.

See all of Evoqua Water Technologies‘s catalogs

Other Evoqua Water Technologies products

disinfection system

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.