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The end-of-season bill

Plastic Mulch Removal Cost: Labor, Disposal & Soil Impact

The roll price is the cheap part. Pulling plastic mulch out at the end of the season takes an estimated 8–11 labor-hours per acre, and one university budget itemized it at roughly $116 per acre in removal labor plus about $50 per acre to landfill it — before you count what stays behind in the soil.

What does it cost to remove plastic mulch? University extension budgets put end-of-season removal at about 8–11 labor-hours per acre[1], which one University of Georgia budget itemized at roughly $116/acre in removal labor plus about $50/acre to landfill the film.[1] A typical acre leaves an estimated 100–120 lb of plastic to pull and haul each season.[1] None of that appears on the roll price.

The job growers hate most

Ask a grower which task they would happily never do again, and pulling plastic mulch is near the top of the list. At the end of the season the film has to be lifted, rolled, and carried off every bed — by hand on smaller operations, by machine on larger ones — and it rarely comes up clean. It is slow, it competes with the next planting for labor, and it is the part of the plastic-mulch system that never shows up when you compare roll prices.

Labor and equipment cost per acre

The clearest way to see the real cost is in an extension budget. University of Tennessee work on the economics of mulch films puts removal and disposal of conventional polyethylene mulch at roughly 8 to 11 labor-hours per acre.[1] A University of Georgia Extension budget itemized the job at about $116 per acre in removal labor plus around $50 per acre to landfill the film.[1]

Those are example figures, not a universal rate — your real number depends on crop, bed length, region, wage rates, and whether you lift by hand or with a retriever. That is exactly the calculation the savings calculator runs for your own operation.

The disposal reality: landfill, not recycling

Once the plastic is off the field, the options are narrow. In theory agricultural film can be recycled; in practice it almost never is. Used mulch comes off so heavily contaminated with soil, moisture, and plant debris that cleaning it for a recycler is uneconomical, so the great majority of removed plastic mulch is landfilled or burned.[1] A typical acre contributes an estimated 100–120 lb of plastic to that waste stream every season.[1] Landfill tipping fees and the cost of hauling it off-farm are the second half of the bill the roll price never shows.

What stays behind: microplastics

Even careful removal leaves something behind. Plastic film tears as it is lifted, and the fragments that stay in the field do not disappear — they break down into microplastics that accumulate in mulched soil and persist for years. A long-term field study tracked rising microplastic abundance across three decades of plastic-film mulching.[1] Once present, these particles can alter soil structure, water-holding capacity, and microbial activity — the properties that quietly drive fertility and yield.[1]

The label “bio” is not a shortcut here: a biodegradable plastic that isn’t fully degraded in soil can fragment and leave microplastics too.[1] What matters is genuine soil-biodegradation, not just a bioplastic feedstock.

The alternative: tilled in, not pulled out

Soil-biodegradable mulch film is designed to do the in-season job of PE plastic — warming soil, holding moisture, and suppressing weeds — and then be tilled into the field, where soil microbes break it down into water, CO₂, and biomass. There is no lifting, no hauling, and no landfill line item. The cleanup season simply goes away. For the mechanism, see how biodegradable mulch film works.

The honest caveats

Switching is not free. Biodegradable film usually costs more per roll than PE plastic, and field performance can vary — films are designed to start breaking down, so they can show wear before the season is fully over. The fair way to judge it is total cost per season, where the removal and disposal you eliminate are weighed against the higher roll price; for many operations the labor and disposal savings offset much or all of the difference, but it is a calculation, not a guarantee. The biodegradable vs. plastic comparison lays the two cost structures side by side.

Frequently asked questions

How much does it cost to remove plastic mulch per acre?
University extension budgets estimate about 8–11 labor-hours per acre to remove and dispose of PE plastic mulch. One University of Georgia budget itemized it at roughly $116 per acre in removal labor plus about $50 per acre to landfill the film.
Can you recycle used plastic mulch?
Rarely. Removed mulch film is heavily contaminated with soil and plant debris, so cleaning it for a recycler is usually uneconomical. As a result the majority of used plastic mulch is landfilled or burned.
Does plastic mulch leave microplastics in the soil?
Yes. Film that tears during removal stays in the field and fragments into microplastics that accumulate in mulched soil over time and can affect soil structure, water retention, and microbial activity.
Do you have to remove biodegradable mulch film?
No. Soil-biodegradable mulch film is tilled into the soil instead of pulled out — soil microbes break it down into water, CO₂, and biomass — which removes the end-of-season removal and disposal work entirely.

References

  1. 1.Velandia, M. et al. The Economics of Adopting Biodegradable Plastic Mulch Films. University of Tennessee Extension (8–11 labor-hours/acre to remove and dispose of PE mulch). Link
  2. 2.Fonsah, E.G. & Shealey, J. (2019). Estimated Cost Per Acre of Removing and Replacing Plastic Mulch. University of Georgia Extension (removal labor ≈ $116/acre; landfill disposal ≈ $50/acre). Link
  3. 3.USDA Agricultural Marketing Service, Biodegradable Mulch Film Petition (estimated 100–120 lb/acre of petroleum-based mulch waste landfilled per season). Link
  4. 4.University of Tennessee. Plastic Mulch in Fruit and Vegetable Production: Challenges for Disposal — used PE mulch is heavily contaminated with soil and plant debris, making recycling largely impractical, so most is landfilled or burned. Link
  5. 5.Li, S. et al. (2022). Macro- and microplastic accumulation in soil after 32 years of plastic film mulching. Environmental Pollution, 300, 118945. Link
  6. 6.de Souza Machado, A.A. et al. (2018). Impacts of Microplastics on the Soil Biophysical Environment. Environmental Science & Technology, 52(17), 9656–9665. Link
  7. 7.Withana, P.A. et al. (2025). Biodegradable plastics in soils: sources, degradation, and effects. Environmental Science: Processes & Impacts (RSC). Link

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