Case Study

Poultry Shed Cleaning Trial

Ultragon Agriclean – Measurable Hygiene Performance in a Live Poultry Environment

May 20265 min read

From 522 RLU to 0 RLU

Real ATP-Tested Cleaning Results in a Poultry Shed Environment

Before Cleaning
522
RLU Reading

Significant biological contamination detected

After Cleaning
0
RLU Reading

Exceptionally low biological residue remaining

Modern poultry production depends on more than visual cleanliness. Organic residue, bacteria, biofilm and contamination can remain on surfaces even when a shed appears clean to the eye.

That's why ATP hygiene testing is becoming increasingly important in agricultural cleaning and biosecurity management.

During a recent live poultry shed cleaning trial using Ultragon Agriclean, ATP swab testing was used to measure biological contamination levels before and after cleaning.

The results were exceptional.

The Challenge

Poultry environments naturally accumulate:

  • Organic contamination
  • Feed residue
  • Dust
  • Manure
  • Bacteria
  • Biofilm build-up

Traditional cleaning methods often involve:

  • Multiple cleaning stages
  • Separate cleaning and disinfectant products
  • High labour input
  • Extended turnaround times between flocks

The goal of this trial was to evaluate whether Ultragon Agriclean could deliver:

  • Powerful one-step cleaning performance
  • Measurable hygiene improvements
  • Reduced biological contamination

The Testing Process

ATP swab testing was carried out using a professional ATP monitoring system to measure biological residue levels on surfaces within the poultry shed.

ATP Before Cleaning
522 RLU
ATP reading before cleaning showing 522 RLU contamination level on poultry shed surface

Initial reading indicated significant biological contamination present on the tested surface.

ATP After Cleaning
0 RLU
ATP reading after cleaning showing 0 RLU on poultry shed surface with Ultragon Agriclean

Following cleaning with Ultragon Agriclean, ATP testing returned a reading of 0 RLU.

What Is ATP Testing?

ATP (Adenosine Triphosphate) testing is widely used in hygiene-sensitive industries to measure biological contamination on surfaces.

ATP is present in:

Bacteria
Organic Matter
Food Residue
Biological Contamination

RLU (Relative Light Units)

The ATP meter measures contamination using RLU (Relative Light Units). Lower readings indicate cleaner surfaces. Our result of 0 RLU represents the highest possible standard of surface hygiene.

Trial Results

Test StageATP Reading
Before Cleaning522 RLU
After Cleaning0 RLU

Complete elimination of measurable biological contamination in a single application

Key Observations

During the trial, Ultragon Agriclean demonstrated:

Excellent foam cling performance
Effective removal of visible contamination
Significant ATP reduction
Reduced biological residue
Fast and efficient cleaning performance
Strong visual cleanliness results

Why Measurable Hygiene Matters

Visual cleanliness alone does not always reflect true hygiene performance.

By combining:

ATP Testing
Real-World Application
Operational Performance

Ultragon Agriclean provides a measurable approach to agricultural cleaning and biosecurity.

Ideal Applications

Ultragon Agriclean is suitable for:

Poultry sheds
Broiler houses
Layer facilities
Turkey units
Pig sheds
Agricultural buildings
Livestock environments

Real Farms. Real Testing. Real Results.

Poultry shed cleaning in progress using Ultragon Agriclean foam application

Ultragon Agriclean being applied in a live poultry shed environment

See It In Action

Ultragon Agriclean cleaning trial — poultry shed environment

Measured Cleanliness. Proven Results.

Ultragon Agriclean

Cleaner Sheds. Healthier Flocks. Better Results.