Plastic Pollution: It’s the Last Straw
Single-use plastic restrictions have changed how brands, retailers and foodservice operators evaluate packaging. The shift is not only a compliance issue. It also affects material selection, package design, supply planning, cost, customer experience and how sustainability claims are communicated.
Plastic reduction strategies should consider sourcing, structure, production, distribution, use and recovery.
The move away from single-use plastic creates practical packaging decisions
Paperboard packaging can reduce dependence on certain plastic formats, but it still has to perform. Moisture, grease, food contact, shelf presentation, printing, distribution and end-of-life requirements all affect whether a paperboard alternative is appropriate.
Single-use plastic regulation has moved from prediction to operating reality
Canada’s Single-use Plastics Prohibition Regulations are part of the federal plan to address plastic pollution and support the target of zero plastic waste by 2030.1 The regulations prohibit or restrict six categories of single-use plastics: checkout bags, cutlery, foodservice ware made from problematic plastics, ring carriers, stir sticks and straws, with exemptions for flexible single-use plastic straws in certain health and accessibility contexts.2
Know which items are regulated
Plastic restrictions depend on item type, material, use case, sale channel and regulatory definitions. Packaging teams should confirm the current rules before changing specifications.
A replacement must still work
Foodservice, retail and consumer goods packaging still need protection, handling, shelf impact and practical supply-chain performance.
Sustainability language must be precise
Recyclable, compostable, plastic-free and eco-responsible claims should be supported by the actual material, market and recovery pathway.
Foodservice packaging is one of the clearest transition points
Foodservice businesses have relied on plastic and polystyrene formats for carryout, quick-service, grocery-prepared foods, bakery, catering and beverage applications. As single-use plastic restrictions expand, packaging buyers need alternatives that can support the same operational realities.
The challenge is different for every business. A large franchise may be able to qualify materials, negotiate supply and update packaging systems at scale. A smaller foodservice operator may face cost pressure, limited storage space, vendor constraints and fewer testing resources.
The right alternative depends on food type, temperature, oil or grease exposure, moisture exposure, portion size, stacking, transport distance, branding needs and waste-stream expectations.
Foodservice teams should confirm
- 1Food type, temperature and expected hold time.
- 2Grease, moisture, condensation or freezer exposure.
- 3Direct or indirect food-contact requirements.
- 4Storage, stacking, transport and retail handling.
- 5Recycling, composting, waste collection and local acceptance.
Takeout and prepared-food packaging require a balance of structure, food protection, presentation and practical handling.
The replacement format has to survive real use
A paperboard alternative should be tested against filling, closing, stacking, delivery, display, customer handling and disposal. This is especially important when the package replaces plastic or foam formats that previously provided moisture, grease or rigidity performance.
Paperboard can reduce plastic dependency when the structure is specified correctly
Folding cartons and paperboard packaging can support plastic-reduction strategies for many retail, food, beverage, personal care and consumer goods applications. The key is to design the carton around the product, not only around the sustainability message.
Design for protection and handling
Carton format, board grade, folds, closures, windows and inserts should match the product’s protection and retail requirements.
Select paperboard by use case
SBS, FBB, CRB, SUS, URB and other paperboard choices have different implications for structure, print quality and sustainability goals.
Use coatings only where needed
Moisture, grease or oil exposure may require coating or barrier review, but added layers can affect recovery and claims.
Keep packaging shelf-ready
Plastic reduction should not weaken brand recognition, print quality, retail readability or the customer’s product experience.
Sustainable packaging decisions require more than recyclability
Sustainable packaging is easy to understand as a goal, but more complex to execute. Material origin, responsible sourcing, package weight, production waste, transportation efficiency, product protection, shelf life, consumer use and local recovery systems all matter.
The Government of Canada’s guidance for alternatives to regulated single-use plastics emphasizes choosing alternatives that prevent pollution and reduce waste, and aligning decisions with industry best practices.3 That principle is important for packaging teams because a replacement that is heavier, poorly recovered or unsuitable for the product can create new problems.
Effective plastic-reduction planning should start early, before the carton structure, paperboard grade, artwork, finishing and logistics model are finalized.
Review the full packaging path
- 1Raw material sourcing and certification requirements.
- 2Board grade, structure, coating and finishing choices.
- 3Manufacturing waste, production efficiency and quality controls.
- 4Shipping, warehousing, cube efficiency and damage prevention.
- 5Consumer disposal, local recovery and claim substantiation.
Paperboard selection should connect sustainability goals with print quality, structure, protection and recovery requirements.
The material choice has to support the whole package
A carton’s environmental profile depends on more than whether it uses less plastic. The package also has to protect the product, run efficiently, print correctly, ship safely and fit the intended recovery stream.
How to approach a plastic-reduction packaging project
Packaging teams should treat plastic reduction as a specification project, not only a design refresh. The best results come from aligning material, structure, print, finishing, performance and end-of-life expectations before production.
Define the plastic component being replaced
Identify whether the issue is a bag, tray, insert, sleeve, window, foodservice container, closure, utensil, wrap or secondary package.
Confirm the performance requirements
Test the product against moisture, grease, oil, stacking, temperature, display, handling, delivery and shelf-life requirements.
Validate materials and claims
Review board grade, coatings, certifications, local recovery pathways and any sustainability language before launch.
Folding carton expertise helps connect sustainability goals to production reality
Netpak supports custom folding carton programs from structural design and prepress through offset printing, finishing, warehousing and logistics. That makes it possible to evaluate paperboard alternatives, print requirements, finishing choices and supply-chain needs together instead of treating them as separate decisions.4
For brands replacing plastic-heavy packaging, early technical review can help reduce the risk of choosing a carton structure that looks sustainable but fails in production, retail handling or consumer use.
Quality systems and certification context also matter. They help packaging buyers evaluate sourcing, process control, traceability and production consistency when building more responsible packaging programs.5
Send these details for review
- 1Current plastic format and target replacement goal.
- 2Product type, weight, size and exposure conditions.
- 3Food-contact, moisture, grease or coating requirements.
- 4Artwork, branding, barcode and retail display needs.
- 5Volumes, launch date, warehousing and logistics requirements.
Plan paperboard packaging around performance, compliance and recovery
Send Netpak your current packaging format, plastic-reduction goals, product details, carton dimensions, food-contact requirements, moisture or grease exposure, artwork status, quantities and launch timeline. Netpak can help review structure, paperboard, prepress, offset printing, finishing, warehousing and logistics before production.
Continue planning paperboard packaging alternatives
These Netpak resources can help connect plastic-reduction goals to folding carton structure, paperboard, prepress, finishing and quality systems.
Custom folding cartons
Plan structures, paperboard, printing, finishing, warehousing and logistics.
Open product page
Structure and prepress
Align dielines, prototypes, artwork, files and production readiness.
Open service page
Enhanced finishing
Review coatings, lamination, varnish, texture and surface performance.
Open service page
Quality and certifications
Review quality systems, traceability, certification context and production control.
Open service pageSources
- Government of Canada, Single-use Plastics Prohibition Regulations: Overview. https://www.canada.ca/en/environment-climate-change/services/managing-reducing-waste/reduce-plastic-waste/single-use-plastic-overview.html
- Government of Canada, Single-use Plastics Prohibition Regulations: Strategic Environmental and Economic Assessment. https://www.canada.ca/en/environment-climate-change/corporate/transparency/strategic-environmental-economic-assessments/single-use-plastics-prohibition-regulations.html
- Government of Canada, Single-use Plastics Prohibition Regulations: Guidance for Selecting Alternatives. https://www.canada.ca/en/environment-climate-change/services/managing-reducing-waste/reduce-plastic-waste/single-use-plastic-guidance.html
- Netpak, Custom Folding Cartons. https://www.netpak.com/en/products/folding-cartons/
- Netpak, Packaging Quality & Certifications. https://www.netpak.com/en/packaging-services/quality-certifications/
- Netpak, Structural Design & Prepress for Folding Cartons. https://www.netpak.com/en/packaging-services/structure-prepress/
- Netpak, Folding Carton Finishing Services. https://www.netpak.com/en/packaging-services/enhanced-finishing/