Sustainability Basics

Sustainability Simplified™ Knowledge Center

Sustainability Basics

Sustainability Basics for Packaging Buyers & Manufacturers

Understand the sustainability terms, recycling systems, carbon concepts and environmental measures that influence real-world packaging decisions.

What does sustainability mean in packaging?
Sustainability in packaging means evaluating how packaging materials, manufacturing, transportation, use and end-of-life affect resources, waste and environmental impact while still meeting the package's performance, cost, availability, manufacturability, regulatory and supply-chain requirements.

Sustainability Simplified™ by Empire EMCO helps manufacturers understand these concepts before comparing materials, setting recycled-content goals or changing an existing package.

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What Should Packaging Buyers Understand About Sustainability?

Packaging sustainability is not one material, one percentage or one environmental claim. A practical packaging strategy considers the complete package and the requirements of the product, manufacturing process and supply chain.

A change intended to improve one sustainability metric can affect other important considerations. Increasing recycled content, reducing package weight, changing materials or redesigning a package may influence appearance, performance, processing, compatibility, availability, regulatory suitability, cost or supply continuity.

The purpose of Sustainability Simplified™ is to make those relationships easier to understand so manufacturers can make practical, defensible packaging decisions.

Why It Matters

Why Does Sustainability Matter to Manufacturers?

Sustainability requirements increasingly affect decisions made by procurement, packaging engineering, operations, product development, compliance and supply-chain teams.

Customer and corporate sustainability requirements
Brands and manufacturers may have recycled-content, packaging reduction, recyclability or greenhouse-gas goals that affect packaging specifications.
Regulatory requirements
Packaging regulations, recycled-content requirements, EPR programs, labeling standards and environmental claims can influence the packaging decisions manufacturers make.
Packaging performance
Material or design changes still have to protect the product, survive filling and distribution, work with closures and decorating processes, and perform throughout the intended shelf life.
Cost and availability
Sustainable packaging options can be affected by resin markets, recycled-material supply, component availability, minimum order requirements, lead times and manufacturing capabilities.
Supply-chain continuity
A packaging change that cannot be supplied consistently can create production delays, shortages and greater operational risk.

A Better Way to Evaluate Packaging

Sustainable Packaging Requires Tradeoff Decisions

The package that appears environmentally preferable in one area may create challenges somewhere else. Manufacturers should evaluate sustainability alongside the factors required to successfully manufacture, fill, distribute and use the package.

Sustainability
Performance
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Cost
Availability
Manufacturability
Supply Chain
Regulatory & Claims

Sustainability Basics Learning Center

Learn the Concepts That Shape Sustainable Packaging Decisions

Start with the fundamentals or go directly to the concept you need. Each guide explains the terminology in practical packaging terms and connects it to the decisions manufacturers make.

02

Understand Circularity

Learn what happens to packaging materials before and after use and why recyclability and recycled content are not the same thing.

What Is a Circular Economy in Packaging?

Learn how circular-economy concepts seek to keep materials in use and reduce reliance on new resources.

Recycled vs. Recyclable Packaging: What's the Difference?

Recycled describes material already used in a new product. Recyclable describes what may be possible after that product is used.

What Is Closed-Loop Recycling?

Understand when recovered material is used again in the same or a similar type of product.

What Is Open-Loop Recycling?

Learn how recovered packaging material can become a different type of product or application.

What Is Downcycling?

Learn what it means when recovered material is used in an application with different or reduced material requirements.

03

Understand Recycling Technologies

Learn how different recycling pathways process plastic and how terminology affects packaging discussions.

What Is Mechanical Recycling?

Learn how plastic is collected, sorted, cleaned and physically reprocessed into recycled material.

What Is Chemical Recycling?

Understand technologies that use chemical or thermal processes to convert plastic into feedstocks or other outputs.

Mechanical vs. Chemical Recycling: What's the Difference?

Compare the two recycling pathways, their inputs, outputs, applications and important considerations.

04

Measure Environmental Impact

Understand the terminology companies use to evaluate environmental impacts and greenhouse-gas emissions.

What Is a Life Cycle Assessment (LCA) for Packaging?

Learn how environmental impacts can be evaluated across stages of a package's life cycle.

What Is a Carbon Footprint?

Understand what a carbon footprint measures and how packaging materials, manufacturing and transportation can contribute.

What Are Scope 1, Scope 2 & Scope 3 Emissions?

Learn where direct, purchased-energy and value-chain emissions occur—and why purchased packaging is often relevant to Scope 3.

What Is the GHG Protocol?

Learn how organizations commonly categorize and account for greenhouse-gas emissions.

05

Understand Climate & Environmental Terminology

Learn terms manufacturers increasingly encounter in corporate sustainability goals, supplier discussions and environmental claims.

What Does Net Zero Mean?

Understand the basic concept of net-zero greenhouse-gas goals and the importance of defining scope, boundaries and timeframe.

What Does Carbon Neutral Mean?

Learn how carbon-neutral claims differ from broader emissions- reduction strategies and why terminology matters.

Carbon Neutral vs. Net Zero: What's the Difference?

Compare two frequently used climate terms and understand why their definitions and boundaries should be examined carefully.

What Is Mass Balance?

Understand the chain-of-custody concept used to account for certified or attributed material across a production system.

Sustainability Simplified™ — At a Glance

Three Important Concepts to Understand First

Recycled Describes material that has already been recovered and processed for use in another product or package.
Recyclable Describes whether a product or material can potentially be collected, sorted and processed through an appropriate recycling system.
PCR Content Post-consumer recycled content describes how much material that was previously used by a consumer has been incorporated into a new product.

From Sustainability Goal to Packaging Decision

What Should You Ask Before Changing Your Packaging?

Sustainability terminology matters, but manufacturers ultimately have to determine whether a packaging change works for the actual product, operation and supply chain.

Will the package still protect and contain the product? Consider compatibility, barrier needs, strength, shelf life and distribution requirements.
Will it perform on our filling and packaging equipment? Evaluate dimensional consistency, handling, torque, labeling, decorating and line performance.
Is the material or component available consistently? Consider lead times, supplier capacity, resin availability, minimum order quantities and potential supply interruptions.
What will the change do to total packaging cost? Evaluate more than unit price, including freight, tooling, testing, inventory, scrap and operational effects.
Does the packaging meet applicable regulatory requirements? Requirements may vary by application, material, market, jurisdiction and intended environmental claim.
Can we support the sustainability claim we want to make? Claims should be specific, accurate, properly qualified where needed, and supported by appropriate documentation.
Could the change create another environmental tradeoff? Consider material use, transportation, product protection, waste, end-of-life and the complete packaging system.
Have we tested the new package under real operating conditions? Changing material, recycled content, weight or design can affect package performance and should be properly evaluated.

Built for Manufacturers

Who Is This Knowledge Center For?

Sustainability Simplified™ is designed for professionals responsible for packaging decisions at companies that manufacture, fill and package products repeatedly throughout the year.

Procurement Purchasing Strategic Sourcing Packaging Engineering Packaging Development Operations Plant Management Supply Chain R&D Innovation Product Development Sustainability Teams

Across Packaging-Intensive Markets

Industries We Support

These concepts apply across rigid packaging applications where material choice, package performance, repeat supply and sustainability requirements must work together.

Personal Care & Beauty OTC & Pharmaceutical Household Chemicals Lawn & Garden Pest Control Nutraceutical Food Beverage Private Label Pet & Veterinary Sun Care Contract Manufacturing Industrial

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Ready to Go Beyond the Basics?

Once the fundamental terminology is clear, manufacturers can begin evaluating specific sustainable packaging strategies such as post-consumer recycled plastic, lightweighting, design for recycling, mono-material packaging and other material or design alternatives.

What percentage of PCR should we consider?
The answer can depend on appearance, performance, compatibility, availability, regulatory suitability and cost.
Will a packaging change perform the same way?
Material, recycled content, package weight and design can influence physical and processing performance.
Can the supply chain support the change?
A technically viable material still needs adequate quality, availability and dependable supply.
Explore PCR & Recycled Content

Frequently Asked Questions

Sustainable Packaging Basics FAQs

What is sustainable packaging?
Sustainable packaging considers environmental impacts while still meeting the functional requirements of the product and supply chain. Manufacturers may evaluate material use, recycled content, recyclability, package weight, transportation, product protection, manufacturing, availability, cost, regulatory requirements and end-of-life when making packaging decisions.
Is recyclable packaging the same as recycled packaging?
No. Recycled content describes material that has already been recovered and incorporated into a new product. Recyclable describes whether a package or material can potentially be collected, sorted and processed through an appropriate recycling system after use. A package can be recyclable while containing no recycled material.
What is a circular economy in packaging?
A circular economy seeks to keep products and materials in use and reduce waste and reliance on new resources. In packaging, circularity discussions can include reduction, reuse, refill, recycling, recycled content and design choices that support material recovery.
What is a Life Cycle Assessment for packaging?
A Life Cycle Assessment, or LCA, is a structured method used to evaluate environmental impacts across defined stages of a product or package life cycle. The results depend on the scope, assumptions, data and boundaries used in the assessment.
Why are Scope 3 emissions important in packaging?
Scope 3 includes indirect greenhouse-gas emissions associated with a company's broader value chain. Purchased packaging can be part of Scope 3 because bottles, jars, closures, pumps and other components are typically manufactured elsewhere before being purchased by the brand or manufacturer.
Is packaging with more recycled content always more sustainable?
Not necessarily. Recycled content can be an important sustainability strategy, but the appropriate amount depends on the resin, package, product and application. Manufacturers may also need to consider performance, appearance, compatibility, processing, regulatory suitability, cost and material availability.
Does sustainable packaging always cost more?
No single cost rule applies to sustainable packaging. Cost depends on the material, design, recycled-content level, volume, tooling, manufacturing method, supplier, transportation, availability and market conditions. Manufacturers should evaluate total packaging and operational costs rather than assuming a sustainable option will automatically cost more or less.
How should a manufacturer choose a more sustainable package?
Start with the product and business requirements. Define the sustainability objective, then evaluate candidate packaging against product compatibility, performance, manufacturability, availability, supply reliability, cost, regulatory requirements, environmental claims and end-of-life considerations. Testing and supplier documentation may also be necessary before conversion.

Applying Sustainability to Your Packaging

Understanding the Terminology Is Step One. Applying It Is the Hard Part.

Empire EMCO helps manufacturers evaluate rigid packaging options based on the complete application—not sustainability in isolation. We can help compare materials, recycled-content levels, package designs, performance requirements, sourcing, supplier capabilities, availability and other packaging considerations before you make a change.

Educational Information: Sustainability Simplified™ provides general packaging education and is not intended as legal, regulatory or environmental-claims advice. Requirements and appropriate packaging solutions can vary by product, material, application, market and jurisdiction. Manufacturers should confirm current requirements and substantiate environmental claims based on the specific package and intended use.