Can the same equipment wash both food and chemical containers?

In practice, no. Food-contact and chemical containers run separate wash systems to prevent cross-contamination and to isolate different wash chemistries. Shared infrastructure (dosing skids, drying tunnels) is acceptable, but wet-side equipment is dedicated by product class.

What's the typical cycle time?

A standard 55-gal drum wash cycle: 8–12 minutes. An IBC wash cycle: 12–20 minutes. Keg wash (brewery keg line): 90–120 seconds. Conveyor lines run continuous-flow at 1–3 containers/minute.

Do food-container washers require 3-A certification?

Not necessarily the washer itself, but the wash protocol and equipment must be validated to meet the applicable food-safety standard — FSMA, FDA 21 CFR 178, USDA-AMS for dairy, BRC, SQF. Washers are often specified with 3-A sanitary components to support plant-wide GMP programs.

Can we reuse wash water?

Yes. Caustic and acid circuits typically recirculate with make-up dosing. Final rinse is single-pass potable or purified water. Recovery and filtration skids enable 70–90% water reuse on the wash circuits, cutting water and sewer costs substantially.

Tank Washers & Cleaning Systems

Drum · Tote · IBC · Bulk Container Sanitization

IBC, Tote & Drum Wash-Out Systems for Food & Chemical Container Reuse

Automated wash equipment for 55-gallon steel and plastic drums, 330-gallon IBCs, bulk totes, kegs, and specialty containers — for food-grade cleaning, chemical decon, and pharmaceutical sanitation reuse programs.

Request a Custom Quote Call 866-418-1777

About Tank Washers & Cleaning Systems

Container reuse programs depend on reliable, repeatable, documented cleaning. A food-grade IBC that carries fruit-juice concentrate one trip and chocolate syrup the next must be cleaned to food-contact standards and validated to eliminate allergen cross-contamination. A chemical drum holding caustic soda cannot be released to downstream use carrying residual alkalinity that would react with the next product. Manual wash-out, even with hot-water and steam, typically falls short of these standards — it is slow, inconsistent, operator-exposed, and poorly documented.

Automated container wash systems run programmed wash-rinse-sanitize-dry cycles with timer-controlled chemistry dosing, temperature-controlled water, rotating spray nozzles for full-interior coverage, and cycle logs for quality documentation. A typical IBC wash cycle runs 8–15 minutes: pre-rinse, caustic circulation (often 2–4% NaOH at 160–170°F), intermediate rinse, acid rinse (phosphoric, citric, or nitric at 1–3%), sanitizer (per-acetic acid or chlorinated), final rinse, and forced-air dry. Cycle parameters are logged per container, often with barcode or RFID tracking against the container ID.

Equipment scales from manual wash stations (one container at a time, operator-loaded) through rotary spray washers (automated single-container) up through conveyor wash lines (continuous flow, 1–3 containers per minute). Ancillary equipment includes chemical dosing skids, recirculation tanks (for water reuse and cost reduction), drying tunnels, and inspection stations with camera or borescope verification. For regulated industries (food, pharma), the wash system is part of the GMP envelope and is validated with IQ/OQ/PQ protocols.

What We Fabricate

55-Gal Drum Washers

Automated single-station wash-rinse-sanitize for steel and plastic 55-gallon drums.

IBC Wash Stations

330-gal intermediate bulk container automated wash with rotary spray heads and chemical dosing.

Tote & Pail Washers

Small-container wash for 5-gal pails, 15-gal totes, and specialty containers.

Keg Wash Systems

Sanitary brewery keg and beverage keg wash with caustic, acid, and sanitizer circuits.

Rotary Spray Wash Heads

Programmable pulsating or rotating nozzle packages for full-interior coverage.

Conveyor Wash Lines

Continuous-flow container wash for high-throughput operations (1–3 containers/minute).

Steam Sanitizing Stations

High-temperature steam sterilization for pharmaceutical and medical-device container programs.

Chemical Dosing Skids

Programmable caustic, acid, and sanitizer dosing pumps with level monitoring.

Recirculation & Recovery

Water-reuse skids for cost-reduction and drought-sensitive operations.

Drying Tunnels

Hot-air convection drying stations for post-wash moisture removal.

Mobile Wash Units

Trailer-mounted wash systems for field service and satellite wash operations.

Inspection & Verification

Borescope or camera-based interior inspection stations with go/no-go documentation.

How a Custom Project Works

Requirements capture. Volume, materials of construction, service chemistry, operating temperature and pressure, installation footprint, utility connections, code and finish requirements. We work from a specification sheet you provide or we draft one against your process flow.
Engineering and drawings. Our partner engineering team produces a general-arrangement drawing, bill of materials, weld-map, and code calculation package if applicable. You review and sign off before any steel is cut.
Material procurement. Plate, pipe, fittings, and elastomers are ordered against the approved BOM. Material Test Reports (MTRs) are captured for every heat of stainless or carbon steel used on code work.
Fabrication. Shell courses rolled and seam-welded, heads formed and welded, ports installed per drawing. Sanitary work is TIG-welded with argon purge and ground flush to 32 Ra or better on product-contact surfaces.
Inspection and testing. Radiographic or ultrasonic weld inspection where code requires, hydrostatic pressure test at 1.3x design pressure for code vessels, surface-roughness profilometry on sanitary vessels, passivation to ASTM A967.
Documentation and shipment. MTRs, weld maps, NDE reports, hydro certificates, code stamps, and ASME Form U-1 (if applicable) are bound into a documentation package that travels with the vessel. Shipment via flatbed or step-deck with blocking, bracing, and tarp as specified.