Industry programme

HOCl for Beverage

Bottling line, filler and CIP sanitising without residue, without corrosion and without a chemical store attached to the plant.

The organisms that drive risk here

  • Spoilage yeasts and moulds — the dominant beverage quality risk
  • Alicyclobacillus in juice
  • Biofilm in fillers, valves and lines
  • Legionella in cooling and process water systems

Controlling these is not primarily a chemistry problem — it is a consistency problem. The chemistry that fails an audit is almost never the chemistry that was specified; it is the chemistry as actually mixed, at the concentration actually present, on the schedule actually followed. Onsite generation removes the largest single variable by producing the solution at a set concentration every time.

Where it is used

  • CIP sanitising step
  • Filler and capper sanitation
  • Bottle and container rinsing where permitted
  • Conveyor and lubrication-zone treatment
  • Process water treatment
  • Tank and vessel sanitation

What it replaces

  • Peracetic acid in filler sanitation
  • Chlorinated caustic sanitisers
  • Iodophors

The honest position: none of these products are useless, and each has applications where it remains the right choice. What changes with onsite generation is the default — the bulk of routine sanitation moves to a chemistry that is cheaper per litre, safer to handle, gentler on equipment and impossible to run out of.

Compliance and audit position

  • FDA food-contact limits
  • HACCP and preventive controls
  • Juice HACCP under 21 CFR 120 where applicable
  • Organic certification residue considerations

Full citations and downloadable material are on the regulations page, and the sector-specific research citations are collected in the research hub.

Where the money comes from

  • Spoilage reduction protects against batch loss, which dwarfs chemical cost
  • Lower corrosion on filler and line equipment
  • Continuous availability suits multi-shift bottling
  • No hazardous chemical handling in a food-grade environment

Implementation SOP

The written procedure for this sector, in sequence:

  1. Complete detergent and rinse stages
  2. Apply the sanitising step at specified concentration
  3. Verify residual at the point of use
  4. Sanitise filler and capper on the defined cycle
  5. Fog the filling enclosure during downtime
  6. Record and trend

The step everyone skips

Precleaning. Hypochlorous acid is an oxidiser, and oxidiser consumed by organic soil is not available to kill anything. A programme that sanitises dirty surfaces will underperform regardless of what the label says.

Questions

Which system do we need for a beverage operation?

It depends on daily volume and peak draw rather than on facility size. Most single-site operations in this sector are served by the EcoloxTech 300; multi-line and high-volume operations move to the EcoloxTech 1200 with buffer storage.

Do we need the EPA-registered product as well?

If your protocol, auditor, insurer or regulator specifies an EPA-registered disinfectant, then yes — HOCl-AS200, Reg. No. 101112-1. Many sites run both: generated solution for volume cleaning and sanitising, registered product where the claim must be on a label.

How do we prove it works to an auditor?

Baseline environmental swabs before implementation, the same swabs afterwards, concentration verification records, and the citation pack from our research hub. That combination is evidence rather than assertion.

What is the payback period?

It depends on your current chemical spend and volume, but most commercial installations in this sector recover the equipment cost inside the first two years, and often considerably sooner once the second-order savings are counted.

The seven-part programme

Size it for your hocl for beverage operation

Send your volumes, applications and current chemical spend. You will get a sized system, a written protocol and a payback model — free.