Quick answer: There is no verified lifecycle carbon figure for a finished net-wrap roll — public PlasticsEurope data covers HDPE resin production only, not a knitted net-wrap product, so a per-bale "kg CO2e" number (including one an earlier version of this page used) isn't something we can stand behind, and we've removed it. What is directly measurable: DLG test report #7439 puts a knitted XES Extreme net at 11.9 g per metre, which lets you calculate the applied net product mass — the finished, wrapped net itself, not a raw-resin figure — from your own bale diameter and wrap count; that's a mass example, not a carbon or quality claim. Recycling for used net wrap is local and inconsistent: Cleanfarms explicitly rejects net wrap mixed into its twine stream in Canada, and the main US ag-container program (ACRC) only takes rigid pesticide/animal-health containers, not net. Never burn used wrap. Landfill, or a collector who confirms in writing that they take net wrap specifically, are the responsible paths.
Disclosure: XES Netting manufactures HDPE bale net wrap. This guide is written by the manufacturer, which is a real conflict of interest on a page about environmental claims — so every figure below is labeled as measured, assumed, or currently unknown, and the primary source is linked so you can check it yourself rather than take our word for it.
Whether bale net wrap is "good for the environment" is the wrong question to start with, because the honest answer to most of the sub-questions is "it depends" or "we don't have a defensible number." A more useful frame: what can actually be measured about the material, what happens to it at end of life, and which common claims — about carbon footprint, recycling, and biodegradability — don't hold up when you trace them back to a primary source.
This is a full rewrite of an earlier version of this page that stated a per-bale carbon figure, a universal twine/sisal comparison, and recycling-program claims that don't match what those programs actually publish. Those numbers are gone. What's below is what survives a source check.
Production footprint: what's published, and what isn't
XES net wrap — including the XES Extreme net referenced throughout this guide — is high-density polyethylene (HDPE), knitted into an open mesh. This guide's material and lifecycle claims are scoped to that specific HDPE product; we can't verify what share of other manufacturers' bale net wrap is also HDPE, so check your own roll's product label or spec sheet, since not every net-wrap product uses the same material, and some manufacturers market bio-based or additive-blended nets under biodegradable claims (see the Biodegradable claims section below). PlasticsEurope's eco-profile program publishes cradle-to-gate carbon figures for HDPE resin — the polymer as it leaves a production plant as pellets. That boundary stops before extrusion into fiber, warp-knitting into net, striping/coloring, spooling, packaging, distribution, or end-of-life — none of which is included in a resin figure. PlasticsEurope's own program page also notes its polyolefin eco-profiles were revised in a March 2026 update that raised carbon figures across the board following improved oil-and-gas methane accounting, which means even an older resin-only number would already be out of date.
Put plainly: there is no published, wrap-specific Environmental Product Declaration or life-cycle assessment for a finished bale net wrap roll that we could locate or verify. A resin cradle-to-gate number is not a finished-product footprint, and presenting one as though it were — the way an earlier version of this page did with a "1.6 kg CO2e/kg, therefore 0.13–0.18 kg CO2e per bale" chain — overstates what the data supports. We're not publishing a replacement per-bale carbon number because we don't have one that meets that bar, and we're not running a twine-vs-net-vs-sisal carbon comparison for the same reason: it would require matched functional-unit LCA data (same wraps, same diameter, same metre weight, same year and geography) for products we don't have that data for.
A transparent material-use example
DLG test report #7439 measured the XES Extreme round-bale winding net's metre weight at 11.9 g/m. That 11.9 g/m figure is the measured value; DLG's quality-seal test framework for round bale winding nets separately requires a net's measured metre weight to stay within ±5% of the manufacturer's nominal (declared) value — a product-quality conformance tolerance, not a statement of uncertainty on the 11.9 g/m measurement itself. The measured 11.9 g/m is the one hard number this page can hang a calculation on — so here's what it's actually useful for: estimating the applied net product mass wrapped onto a bale — the finished, pigmented/additive-containing net as DLG tested it, not a raw-resin or raw-material figure — nothing more.
The math is geometric, not a lifecycle or a quality figure: net mass ≈ metre weight × (π × bale diameter × number of full wraps). For a 5-ft-diameter bale (1.524 m) — an example diameter, not a universal one — the wrap path is π × 1.524 m ≈ 4.79 m per full turn:
| Wraps | Net path length | Net mass @ 11.9 g/m |
|---|---|---|
| 2.5 | ~12.0 m | ~143 g |
| 3.0 | ~14.4 m | ~171 g |
| 3.5 | ~16.8 m | ~200 g |
| 4.0 | ~19.2 m | ~228 g |
What this excludes, explicitly: tails, the extra length consumed by tension/stretch as the net is applied, overlap between wraps, rewraps on a bale that pops and gets rewound, and any remnant left on the roll core when a roll runs out mid-bale. It also is not a lifecycle carbon figure, not a quality or fit claim, not a cutting or storage-life claim, not a waterproofing claim, not an ROI figure, and it has nothing to do with bales-per-roll. It is a mass example, built from one verified metre-weight measurement and geometry, and it should be read as exactly that.
What storage-loss research actually shows
A frequently cited comparison point for net wrap vs. twine is storage dry-matter (DM) loss, not carbon. The most-cited study here is Shinners, Huenink, Muck, and Albrecht's USDA ARS / ASAE round-bale storage trial, which compared sisal twine, plastic twine, to-edge net wrap, cover-edge net wrap, plastic bale bonnets, and indoor storage on alfalfa and grass/alfalfa bales stored outdoors for 5 or 12 months, on both bare ground and a well-drained surface. Average DM loss across trials: 19.5% for sisal twine, 11.3% for plastic twine, and 7.3% for net wrap.
Two things about that data, stated plainly: it's specific to alfalfa/grass-alfalfa, Midwest conditions, and a 2002 study — not a universal claim across every crop, climate, or wrap product on the market today. And it's a dry-matter-loss figure, not a carbon figure. Converting DM loss into an avoided-carbon number (as an earlier version of this page did, with an "Iowa State University extension" citation and a 22%-to-14%-loss, "180 times over" framing) would require a defensible forage life-cycle assessment — embedded diesel, fertilizer, and land-use emissions per unit of replacement hay, for a specific region and crop — that we do not have and are not presenting. The storage benefit of net wrap over twine is real and measurable in dry-matter terms; we're not converting it into a carbon-savings multiple without that LCA.
End-of-life: the disposal hierarchy
- Remove before feeding or processing. Net left on a bale is an ingestion and entanglement risk to livestock and wildlife, not a rare edge case — Kansas State University's Beef Cattle Institute documents cattle deaths from net/wrap material accumulating in the rumen and blocking digestion, which is why removing or containing net before animals can reach it matters more than any disposal-method choice downstream.
- Contain it immediately. Pull wrap into a drum, tote, or bag as you feed — don't let it sit loose in the field, where wind carries it into fence lines, waterways, and neighboring ground.
- Reuse only if it's specifically safe and legal for that use. We're not walking through specific reuse techniques (re-tensioning, repurposing into other equipment, etc.) here — we don't have independent testing or manufacturer guidance behind particular reuse methods for this product to responsibly recommend them. Treat any reuse as conditional on it creating no ingestion, entanglement, or machinery-jamming hazard; when in doubt, don't reuse it.
- Recycle only through a program that has confirmed, in writing, that it takes net wrap specifically — see the next section for why "ag plastic recycling exists" is not the same as "this program takes net wrap."
- Otherwise, follow your local solid-waste direction — typically landfill disposal through your normal hauler or transfer station, at whatever rate and rules they set for agricultural plastic.
Never burn it. See below.
Recycling: check the exact program, every time
Three programs are commonly cited as recycling outlets for used ag net wrap. None of them accept it the way that framing implies:
- Cleanfarms (Canada): its national twine program states in its own material rules: "Plastic twine only. Bags of twine mixed with netting, sisal twine, or other materials will be rejected." Net wrap is explicitly excluded from that stream, and co-mingling it with twine gets the whole bag rejected. Separately, a handful of provincial pilots (for example, Alberta's Ag-Plastic Recycle It! pilot) accept "bale wrap" — the stretch-film wrap used on silage/haylage bales, a different LLDPE product from knitted HDPE net wrap. We could not find a Cleanfarms page stating net wrap itself is accepted anywhere in Canada; treat that as unconfirmed until your local pilot tells you otherwise in writing.
- ACRC (US, now at agrecycling.org): its own scope statement is "rigid high-density polyethylene (HDPE) 55-gallon containers and smaller, that previously held products utilized in agricultural crop protection, animal health, specialty pest control, micronutrient, biologicals, fertilizer, and adjuvant products." That's prepared, rigid ag-chemical jugs and drums — not bale net wrap, and not any flexible film. Don't tell a reader ACRC takes net wrap because it takes bale-wrap or twine elsewhere; it doesn't take either.
- Revolution (US): operates a real, active flexible-film collection program ("Push for Pick Up") in parts of the US. Its public materials pages describe film collection broadly but do not, as of this writing, name bale net wrap as an accepted material. Net wrap acceptance through Revolution is not publicly documented — confirm it in writing for your exact site and date before assuming it applies.
Under the FTC's Green Guides on recyclable claims (16 CFR 260.12), an unqualified "recyclable" claim requires that recycling facilities be available to a "substantial majority" of consumers — defined in the rule as at least 60%. The program-level evidence reviewed above — Cleanfarms' explicit exclusion of net wrap, ACRC's rigid-container-only scope, and Revolution's undocumented net-wrap acceptance — doesn't establish that facilities accepting net wrap specifically are available to at least that 60% threshold anywhere; it isn't proof that access falls below the bar, only that nothing we reviewed shows it clearing the bar. Absent that showing, this page can't substantiate an unqualified "recyclable" claim for net wrap, which is why it doesn't make one without a qualifier.
Before you count on any program, verify these locally, in writing:
- The exact material/product name (say "bale net wrap," not "bale wrap" or "ag film")
- Contamination and clean/dry requirements
- Whether it must be bagged separately from twine, silage wrap, or grain bags
- Fees, minimum quantity, and whether an appointment is required
- What the collected material actually becomes (the end market) — this tells you whether the program is durable or a one-off pilot
Landfill: what we can and can't say
HDPE is a chemically stable polymer and, unlike PVC, doesn't carry chlorine in its base structure. Landfilling it also removes it from the UV exposure and mechanical abrasion that drive surface fragmentation when net is left in a field. That's a real, defensible point in landfill's favor as a fallback disposal path.
What we're not claiming: that HDPE is "inert," generates "no toxins," or produces "no microplastics" on any timescale. Landfilled plastic still carries additives — UV stabilizers, pigments — whose long-term fate in a landfill environment isn't something we've tested or found tested for this specific product. And peer-reviewed field research on plastics in agricultural soil — Steinmetz et al. (2022), "Are agricultural plastic covers a source of plastic debris in soil? A first screening study," published in SOIL — measured real polyethylene (and polypropylene) microplastic debris in topsoil under open-field plastic covers. That's a study of open, exposed-soil conditions, not a covered landfill cell, and we're not transferring its open-soil findings onto landfill behavior; we're citing it only to undercut a blanket "PE never breaks down anywhere" claim, not to claim landfilled net wrap fragments the same way a field-exposed plastic cover does. Landfill disposal, or whatever your hauler directs for agricultural plastic, is an acceptable default when no confirmed recycling stream exists — we're describing it as acceptable and uncertain in its own right, not as environmentally inert.
Never burn it
The EPA's own guidance on backyard/open burning states that uncontrolled burning of household trash — "backyard burning" — is currently "the largest quantified source of dioxin emissions," and that "only small amounts of chlorinated materials in waste are required to support dioxin formation." In a separate statement, EPA notes that this backyard burning "occurs most commonly in rural farming areas where dioxin emissions can more easily be deposited on animal feed crops and grazing lands," and then accumulate in the fat of dairy cows, beef cattle, poultry, and swine. A mixed farm burn pile — trash, packaging, and whatever else gets thrown on — is exactly the kind of backyard burning EPA is describing, and a working farm adds the direct feed-crop/grazing-land deposition pathway on top of it.
To be precise about what that does and doesn't say about net wrap specifically: pure HDPE does not itself carry chlorine, so we are not claiming that HDPE alone inherently forms dioxins when burned in isolation. But a real farm burn pile is rarely pure HDPE — it typically includes whatever else gets thrown in alongside it — and EPA's own finding is that only trace chlorinated material anywhere in the pile is enough to generate dioxins from that burn. Combined with the rural-farm deposition pathway above, that's the basis for a flat rule: don't burn it. Confirm your state and county rules on agricultural plastic burning with your state environmental agency before considering any alternative — we're not citing a specific state prohibition here because we haven't independently verified one for your location, and rules vary and change.
Biodegradable claims: what needs proof
Two ASTM test standards come up around "biodegradable" net wrap claims, and neither does what marketing copy sometimes implies:
- ASTM D5511's published scope measures anaerobic biodegradation under high-solids anaerobic-digestion conditions — an active methanogenic digester modeled on municipal solid-waste treatment, not a simulation of any specific landfill.
- ASTM D5988's published scope measures aerobic biodegradation of plastic in controlled laboratory soil via CO2 evolution — not field soil, and not a fixed timeline claim.
We have not read either standard's full paid text ourselves — ASTM's own site returns an access block to automated review, and the standards aren't freely republished — but each standard's own publicly available scope statement (linked above) describes a carbon-conversion measurement (CO2/methane evolution against a reference material) with no PFAS-related endpoint anywhere in it. That means passing D5511 or D5988 doesn't substantiate a "PFAS-free" claim: PFAS testing is simply outside what these methods measure, not something the tests checked for and ruled out. Passing either test is a laboratory result under specific, controlled conditions — it is not a certification of field biodegradation, compostability, "no microplastics," or safe customary disposal. Those are separate, unaddressed questions that a biodegradation test doesn't answer.
The FTC's Green Guides on degradable claims (16 CFR 260.8) require competent, reliable scientific evidence that the entire item completely breaks down within a reasonably short period — the Guides specify about one year — after customary disposal. We haven't verified what the customary disposal route for used net wrap actually is in any given market — if landfill is that customary route (the Guides explicitly note landfill, incinerator, and recycling-facility conditions don't support that kind of breakdown), an unqualified "biodegradable" claim for net wrap would need to clear that bar for landfill conditions specifically, not for a lab digester. The FTC's 2015 enforcement action against ECM BioFilms is directly on point: the agency found that ASTM D5511 test results do not substantiate an unqualified landfill-biodegradability claim.
One more standard worth flagging: manufacturer UV-life claims sometimes cite ISO 4892-2 (accelerated xenon-arc weathering). ISO's own scope for that standard describes reproducing weathering effects under lab conditions for comparative material testing — it does not define a conversion from lab exposure hours to outdoor years. Any hours-to-months claim built on ISO 4892-2 needs its own field correlation data that the standard itself doesn't provide.
We are not naming or vouching for any specific biodegradable-wrap product in this piece. If a manufacturer makes a biodegradable claim, ask for the specific, dated, independent test report and read what it actually measured against the FTC framework above before treating the claim as settled.
Known, measured, assumed, unknown
| Claim area | Status |
|---|---|
| Finished-wrap lifecycle carbon footprint | Unknown — no verified, wrap-specific EPD/LCA located |
| XES Extreme metre weight (11.9 g/m) | Measured — DLG report #7439 |
| Net mass per bale (geometric example above) | Calculated from a measured input, excludes tails/tension/overlap |
| Net wrap DM loss advantage over twine | Measured in one 2002 alfalfa/grass-alfalfa trial — not universal |
| Recycling acceptance for net wrap at any given program | Assumed until confirmed locally, in writing |
| HDPE as "inert" in landfill | Overstated — persistence is plausible, additive/fragment fate is not tested |
| Open burning risk | Documented by EPA for mixed burn piles generally; avoid regardless |
| Field biodegradability of any named "biodegradable" wrap | Unverified in this piece — ask the manufacturer for the specific test report |
What you can verify for your own operation
- Calculate your own net mass estimate using your baler's actual wrap count and your bale's actual diameter (measured, not assumed) against the formula above.
- Call your ag-waste hauler or landfill and get written confirmation of whether they accept agricultural net wrap, and under what conditions.
- Ask any recycler by exact name, site, and date whether net wrap specifically qualifies before you haul a load expecting it to be accepted.
- Never leave it in the field or burn it, regardless of what recycling access looks like in your area.
Frequently asked questions
What material is bale net wrap made from?
XES net wrap, including the XES Extreme net referenced in this guide, is knitted high-density polyethylene (HDPE) mesh. This page's material claims are scoped to that HDPE product specifically — check your own roll's label or spec sheet for other manufacturers' net wrap, since not every net-wrap product on the market uses the same material, and some are marketed with bio-based or additive blends under biodegradable claims (see below). It's a different product from baler twine (polypropylene or sisal fiber) and from bale/silage wrap film (stretch-applied LLDPE), even though all three sometimes get grouped together as "ag plastic" in casual conversation and in recycling-program names.
How do I calculate how much net wrap material is on a bale?
Multiply the net's metre weight by the wrap path length, where path length is pi times the bale's actual diameter times the number of full wraps. A DLG-tested XES Extreme net weighs 11.9 g per metre; for a 5-ft-diameter bale at 2.5 to 4 wraps, that works out to roughly 143 to 228 grams of net material, before accounting for tails, tension stretch, overlap, or rewraps.
Can I recycle used net wrap locally?
Only if a program in your area has confirmed, in writing, that it accepts net wrap specifically — not twine, not bale/silage wrap film, not "ag plastic" generally. Cleanfarms explicitly excludes net wrap from its twine program in Canada; ACRC in the US only accepts rigid pesticide/animal-health containers; Revolution's public materials don't currently name net wrap as accepted. Call ahead and get the answer in writing.
Is bale wrap the same as net wrap?
No. "Bale wrap" or "silage wrap" usually refers to stretch-applied LLDPE film used on silage or haylage bales; net wrap is used to hold dry hay or straw bales together. The XES/HDPE net wrap discussed in this article is knitted HDPE mesh; other net products must be verified from their label/spec. They're different materials with different recycling streams, which is exactly why a program that accepts one often explicitly rejects the other if they're mixed together.
Should I burn or landfill used net wrap?
Never burn it. EPA guidance identifies backyard burning of household trash as the largest quantified source of dioxin emissions, and separately notes that this kind of burning is most common in rural farming areas, where the dioxins it produces can settle on feed crops and grazing land. Landfill disposal through your normal hauler, or a confirmed recycling program, are the responsible paths — landfill isn't "inert," but it's the acceptable default when no verified recycling stream exists.
Is there solid evidence behind biodegradable net wrap claims?
Not on its own. The lab standards sometimes cited (ASTM D5511 for anaerobic digestion, D5988 for aerobic soil biodegradation) don't include a PFAS-related endpoint in their published scope and don't certify field biodegradation, compostability, or safe customary disposal — they're controlled lab results, and passing them doesn't substantiate a "PFAS-free" claim. Under FTC Green Guides, an unqualified "biodegradable" claim needs evidence the product fully breaks down within about a year under however it's customarily disposed of — and if landfill is that customary route, a lab-digester pass like D5511 doesn't substantiate it. Ask for the manufacturer's specific, dated, independent test report before treating any biodegradable claim as settled.
