Berlin Packaging supplied 14,810 metric tons of post-consumer recycled material in 2025, up 14% from the previous year.

It also completed more than 120 life-cycle assessments, worked with 75 brands on sustainable packaging initiatives and assessed 282 suppliers through third-party ESG platforms.

Those numbers appear in the company’s newly released 2025 Sustainability Report.

But the more interesting development sits behind them.

Berlin Packaging is increasingly treating sustainability not as a product category, but as a packaging decision system.

The company is combining:

design,

engineering,

material sourcing,

life-cycle assessment,

supplier data,

regulatory intelligence,

and digital tools

to help customers decide what to change at individual SKU level.

That matters because packaging sustainability is becoming too complicated for simple rules such as “use more recycled content” or “switch to paper.”

14,810 tonnes of PCR is useful—but it does not answer every packaging question

Berlin Packaging says the volume of PCR material it supplied increased 14% in 2025.

That is tangible progress because recycled content can reduce demand for virgin raw materials.

But recycled content is only one variable.

Increasing PCR may affect:

colour,

clarity,

mechanical performance,

food-contact options,

availability,

and cost.

And a package containing recycled material is not necessarily recyclable itself.

The more important capability may therefore be Berlin Packaging’s ability to compare different interventions rather than pushing one sustainability solution across an entire portfolio.

A glass bottle might benefit most from lightweighting.

A PET package might benefit from more PCR.

A beauty product might make more sense as a refill system.

Another package may need a structural redesign to reduce EPR fees.

That is where SKU-level analysis becomes valuable.

More than 120 LCAs show packaging decisions becoming data problems

Berlin Packaging completed more than 120 life-cycle assessments during 2025.

That number is significant because packaging redesign frequently involves trade-offs.

A lighter plastic package may use less material but contain less recycled content.

A glass bottle may be highly recyclable but heavy to transport.

A refill system may require a more durable primary pack but avoid many single-use components over its lifetime.

Without some form of lifecycle analysis, companies can easily improve one metric while worsening another.

LCA does not automatically provide one universally “correct” package.

Its value is that it forces the comparison onto measurable variables such as:

material use,

energy,

transport,

carbon emissions,

and end-of-life assumptions.

That is a more mature approach than selecting a material because it carries a stronger sustainability image.

EPR is making the package database almost as important as the package

Berlin Packaging’s new digital tools may ultimately be more consequential than its latest bottle designs.

The company says it has introduced supplier scorecards and AI-enabled tools supporting:

EPR compliance,

SKU-level audits,

fee calculations,

recyclability scoring,

and modeling of packaging redesigns.

This reflects an important change in packaging management.

EPR systems increasingly require companies to know exactly what they place on the market.

That can include:

material type,

component weight,

format,

recycled content,

recyclability,

and market destination.

A multinational brand may have thousands of SKUs.

Suddenly, packaging data that once sat across spreadsheets, suppliers and product teams becomes part of regulatory compliance and cost forecasting.

A few grams of material per package can influence fees when multiplied across millions of units.

That makes packaging specification data financially relevant.

Berlin Packaging sits in an unusual position in that value chain

Berlin Packaging is not simply a container manufacturer.

Its business model combines distribution, design, sourcing, engineering and consulting across glass, plastic and metal packaging.

That puts it between:

material producers,

component manufacturers,

brands,

and regulators.

This position gives it access to an unusually broad set of packaging decisions.

A resin producer may naturally promote polymer solutions.

A glassmaker promotes glass.

A paper converter promotes fibre.

Berlin Packaging can potentially compare across several material systems.

That does not make its recommendations automatically neutral—it still sells packaging.

But it does make cross-material analysis an important part of its sustainability proposition.

FUTURefill shows why the system matters more than one material

One example in the report is FUTURefill, Berlin Packaging’s refill concept for beauty products.

The system is designed so the dispensing pump can be reused for as many as 25 refill cycles.

That changes the sustainability question.

Instead of asking whether the pump itself contains more recycled material, the design asks whether the most technically complex component needs to be discarded every time the product is replenished.

That is a different circularity strategy.

The environmental benefit will ultimately depend on actual consumer reuse rates, refill construction, transport and other lifecycle variables.

Twenty-five possible cycles do not guarantee 25 real cycles.

But the design principle is important:

sometimes the best packaging reduction comes from eliminating repeated components rather than changing their material.

XOCO takes another route: waste as a functional filler

Berlin Packaging’s XOCO project uses hazelnut shells, a food-industry by-product, as a filler in a polypropylene-based material for beauty packaging.

The company developed the concept with Krill Design and positions it as a way of valorizing an existing waste stream while maintaining PP-based packaging functionality.

Again, however, the sustainability claim needs to be separated into components.

Using a waste-derived filler can reduce dependence on conventional raw material.

But the finished material is still PP-based.

Its actual recyclability will depend on whether the filler concentration and other design elements remain compatible with the relevant polypropylene recycling stream.

Waste-derived content is not automatically the same thing as circularity.

Scope 3 reveals where Berlin Packaging’s real climate challenge sits

The report gives another important number.

Berlin Packaging says its 2025 Scope 1 and 2 emissions totaled 7,298 tonnes of CO2e.

Scope 3 emissions were 3,338,224 tonnes of CO2e.

That means the overwhelming majority of its reported climate footprint sits outside its directly controlled operations.

This makes sense for a packaging supplier.

The emissions embedded in:

glass,

plastic,

metal,

transport,

and supplier manufacturing

can vastly outweigh the electricity used in its own warehouses and offices.

That is why supplying more PCR, lightweighting packages and influencing suppliers can matter more to Berlin Packaging’s climate footprint than simply reducing electricity at its own facilities.

The company’s sustainability strategy therefore has to reach upstream.

Supplier engagement is becoming part of carbon management

Berlin Packaging assessed 282 suppliers through third-party ESG platforms in 2025 and reported a 94% engagement rate among targeted suppliers, up from 76% in 2024.

Half of the assessed suppliers also received on-site audits, according to the report.

This is not merely procurement administration.

If most environmental impact occurs upstream, supplier information becomes fundamental to:

carbon accounting,

material traceability,

responsible sourcing,

and regulatory compliance.

The challenge is moving from supplier questionnaires toward verified performance improvements.

An ESG score can identify risk.

It does not by itself reduce a tonne of carbon or increase a tonne of recycled material.

The next important metric will be how supplier assessments change actual purchasing decisions.

There is a baseline issue worth watching

Berlin Packaging’s SBTi-validated targets currently use 2022 as their base year.

Those targets include:

a 44.8% reduction in Scope 1 and 2 emissions by 2030s,

90% by 2050,

and a 51.6% reduction in Scope 3 emissions intensity per dollar of revenue by 2030.

At the same time, the new sustainability report says Berlin Packaging established 2025 as its climate planning and performance-tracking baseline following improvements in data quality and organizational coverage.

The company also notes that this newer internal baseline and updated targets are being prepared for validation under the next version of the SBTi Corporate Net-Zero Standard.

That distinction matters.

It does not mean the existing SBTi targets are invalid.

It means Berlin Packaging’s emissions accounting is evolving as its data improves.

Future reports should make it particularly clear when performance is being compared with the existing 2022 SBTi baseline and when the company is using its newer 2025 internal baseline.

Otherwise, year-to-year progress can become difficult to interpret.

Renewable energy credits also need precise language

Berlin Packaging procured 5,581 MWh of renewable energy credits in 2025, enough to match 100% of reported electricity consumption in its Americas operations.

That is different from saying every warehouse physically received electricity directly from a dedicated renewable generator.

Renewable energy certificates attribute the environmental characteristics of renewable generation to the purchaser through an accounting mechanism.

That can be a legitimate part of corporate electricity strategy.

But physical electricity supply and contractual renewable-energy accounting are not the same thing.

The distinction matters as sustainability reporting becomes more detailed.

The real opportunity is faster packaging decisions

Berlin Packaging’s report repeatedly emphasizes helping customers move from ambition to execution.

That may sound familiar—many packaging companies now use similar language.

But there is a practical reason it matters.

A brand deciding whether to redesign a package may now need to evaluate:

carbon,

recyclability,

recycled content,

EPR fees,

material availability,

regulation,

product protection,

consumer experience,

and cost.

Waiting months for separate answers from separate specialists slows adoption.

Combining those questions into one development process can reduce that friction.

This may ultimately be the strongest part of Berlin Packaging’s strategy.

Not another sustainable bottle.

Not another recycled-content percentage.

But a system capable of telling a customer:

what should change, why it should change, what it will cost, and what environmental difference the change is expected to make.

That is where sustainable packaging is moving.

The competitive advantage may increasingly belong not to the company offering the most “green” materials, but to the one that can convert complicated packaging data into a commercially executable decision.

Last Updated on 18/09/2026 by Jota Machinery