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US Sustainability in Packaging Market Report

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    Report

  • 272 Pages
  • June 2023
  • Region: United States
  • The Freedonia Group
  • ID: 5834860

Ongoing sustainability efforts continue to significantly impact the US packaging industry. Driven - at least in part - by public pressure, packaging producers and end users are increasingly concerned about the environmental effects of their products. This has sparked a variety of key trends and targets in the packaging industry, such as source reduction, improved recycling rates (especially for plastics) and the increased use of biodegradable and/or compostable materials.

Rising Concerns Surrounding Impending Sustainability Targets

Over the past decade, several major companies in the packaging industry have set sustainability-oriented goals; some of their deadlines come as early as 2025. Reducing the amount of virgin plastics and improving overall packaging efficiency are among the most prominent objectives. However, concerns regarding the feasibility of those timetables have grown. For example, despite significant progress in recent years, the Ellen MacArthur Foundation recently cast doubt on its major plastic reduction goals by indicating that most participating companies will not meet them. To achieve these sustainability targets, many packaging producers will have to accelerate their efforts or face potential consumer and regulatory backlash.

Paper & Plastic Continue to Dominate Packaging but See Growing Competition

Paper and conventional plastics have long been the preferred materials for the vast majority of packaging products due to their versatility, performance, and low cost. These materials have proven their efficacy across wide ranges of packaging markets and formats. They will continue to see high usage, but also face increasing competition from alternative materials - such as bioplastics and molded fiber - that are viewed as having stronger environmental profiles. Conventional plastic will be hampered by its contribution to problems with pollution and its reliance on unsustainable fossil fuels. Furthermore, wider implementation of reusable packaging will pose a threat to traditional single-use paper and plastic packaging.

Recent Price Inflation Impacts Sustainability Efforts

Recent increases in the price of raw materials have coupled with lingering supply chain and labor availability issues to push the price of many packaging products to record highs. As a result, some end users have switched back to less expensive conventional materials with better availability. However, high material costs have also accelerated efforts like thin walling and the reduction of unnecessary secondary packaging, which reduce the overall volume of packaging material used.

This price inflation has, from a sustainability perspective, had both positive and negative effects on the packaging market. While many eco-friendly packaging materials - such as bioplastics - are even more expensive than traditional ones (and therefore pose additional challenges to end users who wish to incorporate them into packaging lines), efforts to reduce the amount of unnecessary packaging have helped companies both save money and reduce waste. While prices are expected to moderate going forward, they are expected to remain above historical norms for many materials.

Changing Package Size Preferences

Trends toward smaller single-serving/unit dose packages, family-size or bulk units, and multipacks are having an important impact on packaging sales, driving product manufacturers to revamp packaging to meet changing consumer needs. For example:

  • A switch to smaller sizes can result in more intensive use of packaging overall, with more packaging per unit of goods contained.
  • For multipacks of products, additional secondary/protective packaging is sometimes necessary, which also boosts packaging demand.
  • In contrast, economy- or family-size products are generally less intensive users of packaging, and a shift toward bulk sizes can reduce packaging consumption.

While particularly pronounced in the food market due to increased consumer demand for products that support portion control and are convenient to consume, trends toward smaller, single-use packages are expanding in a range of consumer product markets, as well, such as household and personal care items, lawn and garden consumables, and replacement products for water treatment systems. However, this trend will be somewhat offset by increased sales through club stores which promote large economy-sized consumer products.

Reducing packaging size can promote sustainability by reducing product waste. This is of particular concern in the food market. For instance, due to consumer complaints about product spoiling before it can be used, food companies are shifting to smaller packaging sizes to accommodate smaller portions that are more likely to be consumed quickly.

Shelf Appeal

Packaging is a key aspect of shelf appeal, as the packaging is often the first interaction consumers will have with the product. Shelf appeal is generally defined as the attractiveness of a product on a store shelf, which can affect consumer purchasing decisions. Packaging can affect a product’s shelf appeal in several ways. For instance, use of eye-catching graphics and text relaying information about the product and/or the company can help brands differentiate themselves from the competition.

The type of packaging and its material composition are key elements of shelf appeal.

  • Use of stand-up pouches is growing in a range of markets - from food and beverage to personal care products - in part due to the distinct look of pouches compared to traditional packaging formats in many applications.
  • Luxury brands often employ glass packaging, despite its higher cost and heavier weight, because of its high aesthetic value, which supports the premium image of the product.
  • Use of higher-cost sustainable packaging can have a similar premiumization effect particularly with consumers who are willing to spend more on products that they perceive to be eco-friendly. Additionally, companies may use packaging to promote the sustainability of the packaged product and other corporate sustainability efforts.

Attitudes About Recycling & Biodegradability

How consumers value recyclability and biodegradability plays a key role in how they view plastic packaging. More than half of respondents (60%) noted that plastics that are recyclable are eco-friendly. This view is most common among middle aged consumers (70% of them agreed), urban dwellers (68% agreed), and higher income consumers.

While more than half of the consumers surveyed believed that only biodegradable materials are eco-friendly, there is significant overlap with consumers who agree that recyclable plastics are eco-friendly. For instance, at least two-thirds of urban dwellers and higher income consumers agree with both statements. Many consumers remain unsure about what ultimately constitutes eco-friendly packaging. As such, a compelling story and additional education can help consumers view sustainability more broadly and encompass materials - such as conventional plastics - that they would generally be unlikely to consider ecofriendly.

Packaging Material Sustainability Comparison

In terms of sustainability, packaging materials compete on a variety of factors, including:

  • Weight, as this affects the fuel economy of distribution
  • Recyclability
  • Use of recycled content
  • Biodegradability
  • Compostability
  • Reusability
  • Use of renewable resources versus nonrenewable resources
  • Resource and waste reduction - including the ability of food packaging to reduce food waste

While some materials have more than one of these attributes, no one material possesses all of them. Furthermore, cost and performance considerations limit the viability of certain materials in certain applications. For instance, though molded pulp is commonly used to package egg and fresh produce and in shipping containers for its cushioning abilities, its poor moisture properties have precluded it from more demanding applications until recent developments in new production technology. However, cost and lack of shelf appeal remain limiting factors.

Paper is seeing greater usage in a range of food and nonfood packaging applications due to its perceived sustainability attributes, which include:

  • High recycling rates
  • High usage of recycled content
  • Biodegradability (when uncoated or treated with biodegradable coatings)
  • Use of renewable resources (e.g., wood pulp)

Molded wood pulp is used in applications such as meat, poultry, and seafood, fresh produce and egg packaging. However, concerns over deforestation to make wood-based products are providing opportunities for other biodegradable materials based on more easily renewable resources, such as bamboo and sugarcane.

Despite concerns about the environmental impact of plastics, these materials can still offer certain sustainability advantages over other materials. For instance, plastic often remains a good choice in food packaging applications because its superior barrier properties can prolong shelf life and thereby reduce food waste.

Table of Contents


1. Executive Summary
2. COVID-19 Pandemic
  • Overview
  • Impact on the Economy
  • Impact on the Packaging Industry
  • Impact on Sustainability Efforts
3. Packaging Introduction
  • Study Scope & Packaging Definition
  • Packaging Markets
  • Sales Outlook
  • Markets Overview
  • Food Packaging
  • Beverage Packaging
  • Pharmaceutical Packaging
  • Foodservice
  • Other Markets
  • Key Packaging Product Trends
  • Corrugated & Paperboard Boxes
  • Rigid Packaging
  • Flexible Packaging
  • Bulk Packaging
  • Protective Packaging
  • Retail Bags
  • Materials Competition
  • Key Trends in Materials Use
  • Demand by Material
  • Paper Packaging
  • Plastic Packaging
  • Metal Packaging
  • Molded Fiber Packaging
  • Glass Packaging
  • Other Packaging
4. What Drives Packaging Choice?
  • The Challenge in Finding the Best Packaging Solution
  • Pricing Trends & Packaging Cost
  • Performance
  • Changing Package Size Preferences
  • Shelf Appeal
  • Regulations
  • Plastic Bag & Container Bans
  • PFAS (Perfluoroalkyl & Polyfluoroalkyl Substances) in Food Packaging
  • Container Deposit Laws
  • Recycled Plastic Content Regulations
  • Extended Producer Responsibility (EPR)
5. Consumer Attitudes & Packaging Preferences
  • Recycling Participation Rated by Material
  • Packaging Materials Ranked by Perceived Eco-Friendliness
  • Sustainable Packaging Features Particularly Sought by Consumers
  • Attitudes About Recycling & Biodegradability
  • Attitudes About Recycling
  • Attitudes About Recyclable or Compostable Packaging
  • Curbside Recycling Services: Consumer Access
  • Drop-Off Recycling Services: Consumer Usage
6. What Is Sustainability?
  • Introduction
  • Total Environmental Footprint
  • Key Goals
  • Resource/Waste Reduction
  • Energy Efficiency
  • Pollution & Waste Prevention
  • Greenhouse Gas Emissions
  • Food Waste Reduction
  • Areas of Focus
  • Recycling
  • Recycled Content Usage
  • Biodegradability
  • Compostability
  • Renewable Resources
  • Reusability
  • Packaging Material Sustainability Comparison
  • Competitive Factors
  • Material Recycling Rate Comparison
7. Market Spotlight: Foodservice Packaging
  • Market Scope
  • Demand Forecast
  • Materials Comparison
  • New Sustainable Packaging Developments
  • Suppliers & Sustainability Goals
8. Materials Spotlight: Bioplastics (PLA & PHA)
  • Product Description
  • Demand Forecast
  • Demand by Material
  • PLA (Polylactic Acid) Polymers
  • PHA (Polyhydroxyalkanoate) Polymers
  • Suppliers
  • Consumer Insights: Conventional Plastics v. Bioplastics
9. Product Spotlight: Clamshells
  • Product Description
  • Demand Forecast
  • Materials Comparison
  • New Sustainable Product Development
  • Suppliers & Sustainability Initiatives
10. End User Strategies & Goals
  • Packaging End Users Up the Ante on Sustainability Targets
  • The Walmart Effect
  • Recycled Plastic Content Targets
  • Shifting Away from Plastic to Paper- & Plant-Based Packaging
  • Prominent Labels Can Convey Subtler Sustainability Attributes
  • Expansion of Reusable Packaging Programs
11. Plastic Packaging Sustainability
  • Leading Packaging Products
  • Key Sustainability Metrics
  • Plastics Recycling Rate
  • Recycled Content Usage
  • Labeling & Bale Standards
  • Captive Recycling Operations
  • Source Reduction Efforts
  • Biodegradable Plastics
  • Compostable Plastics
  • Bioplastics
  • Packaging Producer Strategies & Goals
  • Leading Plastic Packaging Producers
  • Amcor
  • Berry Global
  • Sealed Air
  • Consumer Trends in Plastic Packaging Recycling
  • Plastic Container Recycling
  • Plastic Film & Bag Recycling
  • New Product Development Efforts
12. Paper & Paperboard Packaging
  • Leading Packaging Products
  • Key Sustainability Metrics
  • Paper Recycling Rate
  • Recycled Content Usage
  • Source Reduction Efforts
  • Biodegradable & Compostable Products
  • Packaging Producer Strategies & Goals
  • Consumer Trends in Paper Packaging Recycling
  • Paper Recycling
  • Paperboard & Corrugated Recycling
  • New Product Development Efforts
13. Metal Packaging
  • Leading Packaging Products
  • Key Sustainability Metrics
  • Metal Recycling Rate
  • Recycled Content Usage
  • Source Reduction Efforts
  • Packaging Producer Strategies & Goals
  • New Product Development Efforts
14. Glass Packaging
  • Leading Packaging Products
  • Key Sustainability Metrics
  • Glass Recycling Rate
  • Recycled Content Usage
  • Source Reduction Efforts
  • Packaging Producer Strategies & Goals
  • Consumer Trends in Glass Container Recycling
  • New Product Development Efforts
15. Molded Fiber Packaging
  • Leading Packaging Products
  • Materials Overview
  • Molded Wood Fiber (Pulp)
  • Molded Sugarcane
  • Other Molded Fiber
  • Key Sustainability Metrics
  • Molded Fiber Recycling
  • Recycled Content Usage
  • Biodegradable & Compostable Products
  • Wood Pulp vs. Agricultural Waste
  • Packaging Producer Strategies & Goals
  • New Product Development Efforts
16. List of Industry Participants
17. Appendix
  • Report Details
  • Definitions
  • Abbreviations
  • The Methodology
  • Study-Specific Methodology
  • Sources
  • Associations & Agencies
  • Related Studies & Reports
  • Macroeconomic Assumptions
  • Economic Environment
  • Demographic Trends
  • Consumer Spending
  • Retail Sales
List of Tables
2. COVID-19 Pandemic
Table 2-1. Macroeconomic Indicators, 2020 - 2024 (billion 2012 dollars & billion dollars)

3. Packaging Introduction
Table 3-1. Key Advantages & Disadvantages by Packaging Material Type

4. What Drives Packaging Choice?
Table 4-1. Key Performance Characteristics by Packaging Material Type

5. Consumer Attitudes & Packaging Preferences
Table 5-1. Consumer Recycling Frequency by Type of Packaging, 2023 (% of respondents with access to recycling for each type)
Table 5-2. Consumer Perception of the Eco-Friendliness of Packaging Materials, 2023 (% total respondents)
Table 5-3. Features Consumers Especially Look for When Considering Sustainable or Eco-Friendly Packaging by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% total respondents)
Table 5-4. Consumer Attitudes About Recycled Plastics & Biodegradability by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of total respondents*)
Table 5-5. Consumer Attitudes About Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of total respondents who agree with the statements*)
Table 5-6. Consumer Attitudes About Recyclable & Recycled Content in Packaging by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents in agreement with the statements*)
Table 5-7. Access To Curbside Recycling at Home by Product to Recycle, Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% total respondents)
Table 5-8. Usage of Drop-Off Recycling Services (at a Store, Community Bin, Waste Management Facility, etc.) in the Last 12 Months by Product, Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of total respondents)

6. What Is Sustainability?
Table 6-1. Rating Packaging Materials by Sustainability Metric

7. Market Spotlight: Foodservice Packaging
Table 7-1. Foodservice Packaging Demand by Packaging Format, 2012, 2017, 2022, 2027, & 2032 (billion dollars)
Table 7-2. Materials Used in Foodservice Packaging: Product Comparison and Common Uses
Table 7-3. Foodservice Packaging Demand by Material, 2012, 2017, 2022, 2027, & 2032 (billion dollars)

8. Materials Spotlight: Bioplastics (PLA & PHA)
Table 8-1. Consumer Perspectives on the Eco-Friendliness of Packaging Using Conventional Petroleum-Based Plastics by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket 2023 (% of total respondents)
Table 8-2. Consumer Perspectives on the Eco-Friendliness of Packaging Using Plant-Based Bioplastics by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of total respondents)

9. Product Spotlight: Clamshells
Table 9-1. Foodservice Clamshell Demand by Material, 2012, 2017, 2022, 2027, & 2032 (million dollars)

10. End User Strategies & Goals
Table 10-1. Selected Consumer Packaged Goods Producers: Recycled Content Goals

11. Plastic Packaging Sustainability
Table 11-1. Selected Plastic Packaging Suppliers: Recycled Content Goals
Table 11-2. Plastic Packaging Waste Collected for Recycling by Product & Resin, 2018 - 2021 (million pounds)
Table 11-3. Consumer Frequency of Plastic Container Curb-Side Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to plastic container curb-side recycling services)
Table 11-4. Consumer Frequency of Plastic Container Drop-Off Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to plastic container drop-off recycling services)
Table 11-5. Consumer Frequency of Plastic Film & Bag Curb-Side Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2022 (% of respondents with access to curb-side plastic film & bag recycling services)

12. Paper & Paperboard Packaging
Table 12-1. Consumer Frequency of Paper Curb-Side Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to paper curb-side recycling services)
Table 12-2. Consumer Frequency of Paper Drop-Off Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to paper drop-off recycling services)
Table 12-3. Consumer Frequency of Paperboard & Corrugated Curb-Side Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to paperboard & corrugated curb-side recycling services)
Table 12-4. Consumer Frequency of Paperboard & Corrugated Drop-Off Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to paperboard & corrugated drop-off recycling services)

14. Glass Packaging
Table 14-1. Consumer Frequency of Glass Container Curb-Side Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to glass container curb-side recycling services)
Table 14-2. Consumer Frequency of Glass Container Drop-Off Recycling by Gender, Age Group, Urban vs. Rural Setting, & Annual Household Income Bracket, 2023 (% of respondents with access to glass container drop-off recycling services)

16. List of Industry Participants
Table 16-1. Selected Industry Participants

17. Appendix
Table 17-1. Relevant Industry Codes
Table 17-2. Abbreviations & Acronyms Used in Study
Table 17-3. Macroeconomic Indicators, 2012, 2017, 2022, & 2027 (billion 2012 dollars)
Table 17-4. Population & Households, 2012, 2017, 2022, & 2027 (million persons)
Table 17-5. Personal Consumption Expenditures & Retail Sales, 2012, 2017, 2022, & 2027 (billion dollars)
Table 17-6. Nondurable Goods & Retail Sales, 2012, 2017, 2022, & 2027 (billion dollars)

List of Figures
1. Executive Summary
Figure 1-1. Sustainable Packaging Market

2. COVID-19 Pandemic
Figure 2-1. Real GDP by Economic Sector, 2020 - 2023 (% annual change)

3. Packaging Introduction
Figure 3-1. Packaging Demand, 2012 - 2024 (billion dollars)
Figure 3-2. Packaging Demand by Market, 2023 (billion dollars)
Figure 3-3. Food Packaging Demand by Material, 2023 (billion dollars)
Figure 3-4. Beverage Packaging Demand by Material, 2023 (billion dollars)
Figure 3-5. Pharmaceutical Packaging Demand by Material, 2023 (billion dollars)
Figure 3-6. Foodservice Packaging Demand by Material, 2023 (billion dollars)
Figure 3-7. Corrugated & Paperboard Box Demand, 2012 - 2024 (billion dollars)
Figure 3-8. Packaging Demand by Material, 2023 (billion dollars)

4. What Drives Packaging Choice?
Figure 4-1. Comparison of Prices for Competitive Packaging Products

6. What Is Sustainability?
Figure 6-1. Packaging Recycling Rates by Material, 2010, 2015, 2017, & 2018 (%)

7. Market Spotlight: Foodservice Packaging
Figure 7-1. Foodservice Packaging: Product Examples
Figure 7-2. Foodservice Packaging Demand, 2012-- 2027 (billion dollars)
Figure 7-3. Foodservice Packaging Demand Growth by Material, 2012- 2027 (% CAGR)

8. Materials Spotlight: Bioplastics (PLA & PHA)
Figure 8-1. Bioplastic Packaging: Product Examples
Figure 8-2. Bioplastic Packaging Demand by Material, 2023 (million dollars)

9. Product Spotlight: Clamshells
Figure 9-1. Clamshells: Product Examples
Figure 9-2. Foodservice Clamshell Demand, 2012 - 2027 (million dollars)
Figure 9-3. Foodservice Clamshell Demand by Material, 2012 - 2027 (% CAGR)

11. Plastic Packaging Sustainability
Figure 11-1. Plastic Packaging: Product Examples
Figure 11-2. Plastic Packaging Recycling Rate, 2010, 2015, 2017, & 2018 (%)

12. Paper & Paperboard Packaging
Figure 12-1. Paper & Paperboard Packaging: Product Examples
Figure 12-2. Paper & Paperboard Packaging Recycling Rate by Product, 2010, 2015, 2017, & 2018 (%)

13. Metal Packaging
Figure 13-1. Metal Packaging: Product Examples
Figure 13-2. Metal Packaging Recycling Rate by Type, 2010, 2015, 2017, & 2018 (%)

14. Glass Packaging
Figure 14-1. Glass Packaging: Product Examples
Figure 14-2. Glass Packaging Recycling Rate by Product, 2010, 2015, 2017, & 2018 (%)

15. Molded Fiber Packaging
Figure 15-1. Molded Fiber Packaging: Product Examples

Methodology

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