The science of clean produce

What actually happens when water alone is not enough.

Tap water lifts loose dirt and roughly 20% of pesticide residue. The rest is oil-bonded to the skin of your produce. Six minutes of electrolysis in plain tap water does the rest of the job, and the peer-reviewed research backs it up.

Independently lab-tested Peer-reviewed research No chemicals, no pods, no refills 1-year warranty 30-day money-back guarantee
How it works · three steps, one cycle

The three-sink system in commercial kitchens, in six minutes on your bench.

Restaurants run produce through three sinks (clean, disinfect, rinse) to control foodborne illness. Crop DeTox runs all three in one device, in plain tap water, with no chemicals added.

Hydrogen-rich water breaks the oil bond
01 · Cleaning water

An alkaline stream lifts the residue.

One electrode turns the water alkaline, producing sodium hydroxide (NaOH). Most pesticide residue is oil-based, designed to cling to the skin of produce so rain will not wash it off. The alkaline water acts as a natural de-greaser, breaking those oils down so they rinse away.

De-greases · NaOH · alkaline
Hypochlorous acid disinfects the surface
02 · Disinfectant water

A disinfecting stream handles bacteria.

The other electrode produces hypochlorous acid (HOCl), the same compound your own immune cells make to fight off invaders. It disinfects the surface of your produce in minutes, with no chlorine bleach and nothing added to the food.

Disinfects · HOCl
A final rinse carries it all away
03 · Clean rinse

A final rinse carries it all away.

Whatever the first two steps lifted off the produce gets rinsed clean. Strawberries come out the same shape they went in. Spinach stays crisp. Avocados, well, are avocados.

Rinses · plain tap water
Why electrolysis

Plain tap water, turned briefly into two compounds your body already knows.

Electrolysis splits water into two streams: a hydrogen-rich solution and an oxygen-rich one. Both are well-studied, both are well-tolerated by produce, and both vanish back into plain water once the cycle ends. No additives. No residue.
Electrolysis diagram: a battery powers two electrodes in a beaker of water, producing NaOH on one side and HOCl on the other
Two streams from one cycle. NaOH lifts the residue, HOCl handles the bacteria. Plain tap water in, plain tap water out.
Stream A · Cleaning

Hydrogen-rich water

H₂ dissolved in H₂O · alkaline pH

Sometimes called electrolysed reducing (ER) water in the literature. Mildly alkaline, hydrogen-saturated, and very good at dissolving the oil-based binders that keep pesticide residue stuck to the skin of your produce.

  • Lifts oil-bonded pesticide residue
  • Up to 86% acephate reduction on spinach (Hao et al., 2015)
  • No measurable effect on Vitamin C
Stream B · Disinfecting

Hypochlorous acid

HOCl in H₂O · slightly acidic pH

The same compound your neutrophils make to neutralise bacteria. Approved for food contact, well-studied for produce safety, and dramatically more effective at killing pathogens than a cold water rinse alone.

  • >99% Listeria, E. coli, Salmonella reduction
  • Approved for food contact, no detergent residue
  • Reverts to plain water once the cycle ends

Nothing added. Nothing left behind. Just your food, actually clean.

What the research means, in numbers

Peer-reviewed research. Three lab-confirmed outcomes. One six-minute cycle.

99.9%
Reduction of Listeria, E. coli and Salmonella in lab studies of electrolysed oxidising water.
Park, Hung & Kim · 2001
86%
Reduction of acephate pesticide residue on spinach, vs 22% with tap water alone.
Hao et al. · 2015
6 min
A single Crop DeTox cycle. No soaking, no scrubbing, no second pass.
Crop DeTox 2.0
0
Measurable loss of Vitamin C after treatment, across multiple published trials.
Su, Liu & Hung · 2007
The peer-reviewed evidence

Five studies. One consistent finding.

The research on electrolysed water for produce washing goes back to the early 2000s. Each card below shows the headline finding, the standout number, and a link to the original paper.

Hao et al. · 2015 · Journal of Food Science

Pesticide residue on leafy greens, reduced by up to 86% in a single soak.

86%acephate reduction on spinach, vs 22% for tap water

Spinach, cabbage and leek were treated with electrolysed water and compared to tap water and detergent. Residues measured by gas chromatography. Vitamin C content unchanged.

Read the paper
Park, Hung & Kim · 2001 · Journal of Food Protection

Listeria, E. coli and Salmonella, neutralised in 30 seconds.

99.9%reduction across all three pathogens at 30s contact

Electrolysed oxidising water was tested against three foodborne pathogens on food contact surfaces. Reductions measured at 30 seconds of contact time.

Read the paper
Kim, Hung & Brackett · 2000 · Journal of Food Protection

Bacterial load on tomato surfaces, cut by over 98%.

98.7%E. coli reduction with surface integrity preserved

Tomatoes contaminated with E. coli and Salmonella were treated with EO water for ten minutes. Surface integrity and shelf life held up against control.

Read the paper
Allende, McEvoy, Tao & Luo · 2009 · Food Control

Salmonella and E. coli on fresh-cut produce, after five minutes.

99.2%Salmonella reduction at five minutes of exposure

Antimicrobial properties of electrolysed oxidising water tested against bacteria on fresh-cut produce. Five minutes was sufficient for high-level reduction.

Read the paper
Su, Liu & Hung · 2007 · Comprehensive Reviews in Food Science

A decade of research, reviewed. Over 99% bacterial reduction, no nutritional impact.

>99%reduction across all major pathogens in short contact times

A comprehensive review summarising more than a decade of studies on E. coli, Salmonella and Listeria. Found no significant effect on the sensory or nutritional quality of treated produce.

Read the review
See the device
Crop DeTox 2.0
Crop DeTox 2.0

Six minutes. Plain tap water. Real food, gently cleaned.

The 2.0 uses electrolysis to remove up to 99.9% of bacteria and 91% of pesticide residue from your fruit and vegetables, in six minutes. Just add water.

$169AUD · 1-year warranty · Australian owned
  • Six-minute cycle for everyday produce, ten-minute for thick-skinned
  • Wireless charging base, keep it on the bench, ready when you are
  • No pods, no refills, no chemicals added, ever
  • Independently lab tested against peer-reviewed protocols
30-day money-back guarantee
Lab-tested 1-year warranty No chemicals Wireless charge
A water rinse vs the alternatives

How Crop DeTox compares to the methods your kitchen has used so far.

A cold water rinse, baking soda, vinegar, a commercial fruit-and-veg wash. All do part of the job. Electrolysis is the only home method with a 99% pathogen reduction in the published research, no flavour impact, and no chemicals added to your food.

Tap water rinse
Fruit & veg wash
Baking soda soak
Crop DeToxSix-minute cycle
Bacteria & pathogens
20–60%
30–60%
30–60%
up to 99.9%
Pesticide residue
20–40%
30–50%
~80%
but can affect texture
up to 91%
Taste & texture
No impact
Can leave residue
Can soften skin
No impact
Independently lab-tested
–
–
–
Yes
Cost per use
$0
~$0.20
~$0.05
$0
no pods, no refills

Most home methods only get you part of the way there. A tap water rinse lifts loose dirt and the most water-soluble residue. A baking soda soak performs well on pesticides but can affect texture on softer produce. Crop DeTox is the only lab-tested home method that hits both pathogens and pesticide residue, with no impact on taste or texture.

What you get with Crop DeTox 2.0

Independently tested. Backed for the long haul.

Independently lab-tested

Verified against peer-reviewed protocols by an independent lab. Real claims, real numbers, real receipts.

No chemicals, no pods

Plain tap water in, plain tap water out. The electrolysis happens inside, then reverts. Nothing to refill, ever.

Six-minute cycle

One six-minute cycle for everyday produce. Ten minutes for thick-skinned. The device runs while you do something else.

One-year warranty

A Gold Coast brand, here for the long haul. If anything stops working, we make it right within one year.

Common questions

The bit where every product page usually quietly hides the catch.

There isn't one. Six questions we hear most, answered straight.

Yes, completely. Crop DeTox uses electrolysis, a natural process that creates no harmful byproducts. The compounds it produces (HOCl and NaOH) occur naturally and break down safely in water. No chemicals are ever added to your food, and the cycle leaves no aftertaste or residue.
Nothing is added, not to the water, not to your food. Electrolysis works by transforming what is already in the water. The compounds revert back to plain water once the cycle ends, leaving a clean rinse and clean produce behind.
Water alone removes the dirt and roughly 20% of common pesticide residue. The rest is oil-bonded to the skin. Electrolysis breaks those bonds, then the disinfecting stream handles the pathogens. The published research is consistent here, see the comparison table above for the side-by-side.
Six minutes for everyday produce: leafy greens, berries, tomatoes, stone fruit. Ten minutes for thicker-skinned items like apples and cucumbers, or for produce you want to be extra sure about.
No. Crop DeTox uses only tap water, with no pods, no filters, no replacement cartridges. There is nothing to replace, and it comes with a one-year warranty.
Organic is great, it significantly reduces pesticide residue at the source. But organic produce still carries bacteria and naturally-occurring pesticide residue, and not all pesticide residue is removed at the farm. Crop DeTox handles what is left.
Bring it home

Six minutes. Plain tap water. Real food, gently cleaned.

Crop DeTox 2.0 sits on the bench and runs the three-step electrolysis cycle while you do something else. Independently lab tested. A Gold Coast brand. One-year warranty.

30-day money-back guarantee
Crop DeTox 2.0
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