24 Sep 2026 Global Potato Industry General partnerAVGUST
The Global Potato Industry
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UV Treatment Unit Promises Longer Storage Life for Seed Potatoes and Vegetables

1 min read
UV Treatment Unit Promises Longer Storage Life for Seed Potatoes and Vegetables

Why it matters

For farmers
A chemical-free UV option is early-stage; worth watching for published loss data before considering it over existing storage treatments.
For investors
An early-stage, non-chemical storage treatment from a state agroengineering center is worth tracking for performance data as it moves past the experimental unit.

60-second summary

Specialists at VIM, Russia's Federal Scientific Agroengineering Center, have built an experimental unit that treats seed potatoes and vegetables with ultraviolet light before storage. The automated system adjusts UV intensity and exposure time to match the crop and storage conditions, which the developers say improves storage quality, with the clearest gains at elevated temperatures where spoilage risk is highest. The aim is to suppress pathogens and slow physiological deterioration without chemical treatment, targeting two persistent causes of post-harvest loss: microbial spoilage and premature sprouting during extended storage. The developers describe the approach as non-invasive and environmentally friendly compared with chemical treatments. The article describes the unit as an experimental, early-stage installation rather than a commercially deployed product, and it gives no loss-reduction figures, storage duration data, cost estimate or timeline for wider adoption.

General partnerCrop protection for the potato industry

Specialists at VIM (the Russian Federal Scientific Agroengineering Center) have developed an experimental unit for electrophysical treatment of seed potatoes and vegetables using ultraviolet irradiation. The automated system controls both the intensity and duration of UV exposure, allowing treatment parameters to be tailored to specific crops and storage conditions. According to the developers, this precision approach significantly improves storage quality, with the most pronounced benefits observed at elevated temperatures where spoilage risks are typically highest.

The technology addresses a persistent challenge in potato and vegetable production: post-harvest losses caused by microbial development and premature sprouting during extended storage. By applying controlled UV doses, the unit is intended to suppress pathogens and slow physiological deterioration without chemical treatment, offering a non-invasive and environmentally friendly alternative. The experimental installation represents an early stage of development, but its results point to a promising direction for reducing storage losses and extending the marketable life of seed and food-grade produce.

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Sources

  1. VIM, Russia's Federal Scientific Agroengineering Center, developer of the experimental unit described in the article.

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