Personnel Misting Decontamination Shower

Product Introduction

This walk-through misting shower places a distributed nozzle array around an operator leaving a powder-handling suite. A water manifold feeds the selected atomizing nozzles, while a controller manages the misting interval and door sequence. Stainless internal surfaces and a sloped collection floor provide access for removing deposited residue and liquid. The water circuit, service connections and ventilation arrangement are selected around the surrounding de-gowning route.

Key Features

Solutions for Your Application

A garment-misting stage must reach the relevant surfaces without creating an uncontrolled liquid or aerosol route.

Typical Applications

These are selection examples for water-compatible residues and garments. Product potency, water reactivity, suit compatibility and the complete exposure-control procedure determine whether misting is suitable; no OEB, OEL, biological or explosive-atmosphere qualification is implied.

Technical Parameters

The following are selectable industrial references for an enclosed garment-misting chamber. They describe material, layout and function choices, not a measured STjh configuration or a demonstrated exposure-control result. Nominal plan size is separate from clear standing space and service clearance.

Available Options

A usual configuration brings together a stainless occupied chamber, distributed mist nozzles, liquid collection and programmable door/cycle controls. Atomization method, water preparation, ventilation and cleaning functions are specified separately. Larger arrangements can be customized around the intended garment and exit procedure.

Selection and Installation

Start with the residue and the garment

Establish whether water is compatible with the powder, suit fabric, seams and any worn equipment. Misting is intended to dampen residue on the suit exterior; it does not establish that contamination has been removed or rendered harmless. Set the misting and de-gowning method within the facility's exposure-control procedure, including the necessary protective equipment and treatment of the used garment. Do not spray an unassessed chemical mixture onto an occupied suit.

Choose atomization and utility supply together

Identify the nozzle type, droplet distribution, liquid flow at operating pressure, working distance and required air supply if an air-assisted system is chosen. Size the supply for simultaneous nozzle operation rather than one nozzle in isolation. Visible fog density does not establish even garment wetting; assess deposition at the intended wearing position and working distance.

Connect drainage and air handling deliberately

Determine how runoff and collected residue leave the tray and how the chamber is cleaned before the next user. Provide a suitable collection or treatment route for that liquid; a drain fitting alone is not wastewater treatment. Coordinate supply air, exhaust, moisture separation and any selected filtration with the surrounding exit route. The doorway interlock does not independently establish a pressure cascade or a containment rating.

Set the complete entry-to-exit sequence

Allow room for the wearer to turn, keep arms away from the body as required by the procedure, and stand clear of drain openings. Agree misting, holding, release, fault response and emergency egress together. This is a garment-misting process, not an emergency body shower, eyewash, sterilizer or a certified method of neutralizing hazardous chemicals. Where a direct water-spray wetting stage is needed instead of a fine mist, compare the low-flow suit wet-down shower.