ESG in Beauty: How Packaging Choices Impact Your Brand’s Carbon Footprint Reporting

“ESG in Beauty: How Packaging Choices Impact Your Brand’s Carbon Footprint Reporting” is a collaborative post.

For most of the past decade, ESG in beauty meant a commitment to cleaner formulations, cruelty-free certifications and a paragraph about ocean plastic on the brand’s about page. That era is ending. The EU’s Corporate Sustainability Reporting Directive (CSRD) has extended mandatory sustainability disclosures to a widening circle of companies, and consumer-facing claims about environmental responsibility are under increasing scrutiny from regulators across Europe and beyond.

For beauty brands, this means one thing: the conversation has shifted from storytelling to numbers. And the numbers have to come from somewhere.

Packaging is one of the most measurable, and most frequently underestimated, contributors to a beauty brand’s environmental footprint. It is also one of the most actionable. Unlike formulation chemistry or agricultural supply chains, packaging decisions are made every product cycle — and every cycle is an opportunity to move the dial.

Where packaging sits in your carbon footprint: a quick primer on Scope 3

Most beauty brands emit the vast majority of their carbon not from their own operations (Scope 1 and 2) but from their value chain — the materials they buy, the manufacturing they commission and the products they sell. This is Scope 3, and it is where packaging lives.

Under a standard Scope 3 accounting framework, the emissions associated with producing your packaging — including raw material extraction, polymer production, extrusion, printing and transport to your facility — fall under upstream purchased goods and services. For brands that source cosmetic tubes in volumes of hundreds of thousands or millions of units per year, this is not a rounding error. It is a material line in the footprint.

The practical implication: you cannot credibly report on your Scope 3 emissions without knowing the carbon intensity of your packaging. And you cannot reduce what you have not measured.

The material choice: why it changes the numbers

The most direct lever a brand holds over its packaging footprint is material selection. Not all polyethylene tubes are created equal from an emissions standpoint.

Virgin PE is the baseline. Produced from fossil-derived feedstocks, its carbon profile reflects the full upstream burden of petrochemical production. It remains the most common material and has genuine advantages — consistency, availability, full recyclability when collected in appropriate streams.

PCR (Post-Consumer Recycled) PE replaces virgin polymer with granulate recovered from post-consumer waste. The upstream emissions burden is substantially lower because the energy-intensive primary production phase is attributed to the original material’s first lifecycle. Tubes can be produced with PCR content ranging from 30% to 100%. For brands with recycled content targets in their ESG commitments, this is the most straightforward path to verifiable progress.

Sugarcane bio-PE takes a different approach: the polyethylene is synthesised from bioethanol derived from sugarcane rather than fossil feedstocks. MPACK’s sugarcane tubes are produced with 96% bio-based PE, manufactured using 80% renewable energy, and are BPA-free and fully recyclable. The lifecycle carbon profile differs from both virgin and PCR PE — importantly, the sugarcane plant absorbs CO₂ during growth, which is reflected in lifecycle assessments of bio-based materials.

None of these is universally the right answer for every brand and every product. The right choice depends on your specific ESG targets, the reporting framework you use, consumer communication priorities and the functional requirements of the product inside the tube. What matters is that the choice is made deliberately, with data.

Printing and decoration: the variable most brands ignore

Material selection gets most of the attention in sustainable packaging conversations. Decoration rarely does — which is a gap worth closing.

The printing method used on a cosmetic tube affects both the emissions profile of the production process and the tube’s end-of-life recyclability. Inks, lacquers and coatings vary in their composition, energy intensity during application and compatibility with recycling streams.

From a recyclability standpoint, the weight and type of surface treatment matters: heavily metallised finishes or multi-layer coatings can complicate sorting and reprocessing. Brands targeting recyclability claims need to consider not just the substrate but the full decorated assembly.

From a carbon perspective, the number of print passes, the energy consumption of the printing equipment and the yield rates of different techniques all contribute to the per-unit emissions of a finished tube. When you are ordering at scale, the difference between techniques is not negligible — it compounds across millions of units.

This does not mean avoiding decoration. It means choosing decoration with awareness, and sourcing from a manufacturer who can provide the data to support that choice.

What to ask your packaging supplier before your next ESG report

Most beauty brands currently receive very little environmental data from their packaging suppliers beyond a material specification sheet. As ESG reporting obligations deepen, that will need to change. Here is a practical checklist of what to ask:

Can you provide per-order carbon footprint data? Not a general product category estimate, but a calculation that reflects your specific tube configuration — diameter, length, material blend, colour, printing technique, number of colours, cap type — and includes production and transport.

What recycled or bio-based content options are available, and what is the verified percentage? Claims of “sustainable packaging” without verified content percentages are not reportable.

What printing techniques do you offer, and what are the recyclability implications of each? A knowledgeable supplier will be able to discuss this in terms of your target recyclability standards.

What is the factory’s own energy mix? Scope 3 calculations for upstream manufacturing are affected by the emissions intensity of the supplier’s production process.

Do you have capacity to support your reporting timeline? ESG reporting cycles are annual. If you need packaging data for a December year-end report, you need a supplier who can provide structured data, not just invoices.

From commitment to calculation: per-order carbon data as a competitive advantage

One of the practical barriers to meaningful packaging ESG reporting has been the absence of granular data at the order level. Brands have had to rely on industry averages, proxy calculations or supplier-provided PDFs that are difficult to integrate into reporting systems.

MPACK Poland addresses this directly with its carbon footprint calculator — a tool that generates per-order CO₂ estimates based on the actual configuration of each tube: material blend (standard PE, PCR at 30/50/70%, or sugarcane), dimensions, colour, cap type and printing specification (screen, flexo, offset). The output reflects material, production process and transport variables.

For a brand building or refining its Scope 3 reporting, this kind of per-order data is significantly more defensible than category averages. It also creates a baseline — so that when you switch from virgin PE to 50% PCR in the next product cycle, the improvement is quantifiable, not just claimed.

Working with a manufacturer who speaks ESG

Sustainable packaging choices are only as good as the supplier relationship behind them. A cosmetic tube manufacturer who can provide material options across the sustainability spectrum, per-order carbon data, verified recycled and bio-based content, and technical guidance on decoration and recyclability is a material asset in building a credible ESG programme — not just a packaging vendor.

MPACK Poland works with brands across 24 international markets, producing up to 120 million tubes per year at its factory near Warsaw. The product range covers standard PE, PCR (30–100%), and sugarcane bio-PE tubes, with full decoration capabilities (screen, flexo, offset, hot stamping, Soft-Touch) and a 21-day lead time. The carbon footprint calculator is available at mpackpoland.com/esg-en/.

The numbers in your next ESG report will reflect decisions you are making in your next packaging brief. That is where the work starts.