市場調査レポート

商品コード

1653411

サステナブル包装の未来：長期的な戦略の予測（～2034年）

The Future of Sustainable Packaging: Long-term Strategic Forecasts to 2034

出版日: 2025年01月31日
発行: Smithers
ページ情報: 英文 236 Pages
納期: 即日から翌営業日

価格

全表示
概要
図表
目次

概要

サンプル依頼リストに入れる

主な事実

包装産業の市場規模は、2034年までに約1兆8,000億米ドルに達する見通しであり、2028年～2034年にCAGRで3.9%の成長が見込まれます。
繊維系包装が最大のグループであり、2023年の包装材料総消費の39.8%を占めました。プラスチックは37.4%、金属は11.9%、ガラスは4.6%です。

今後10年間は、幅広い用途と低いEPRにより、成型パルプのCAGRがもっとも高くなると予測されます。板紙は、原材料が再生可能であること、リサイクルが容易であること、EPR費用が低いことから、引き続き人気の高い選択肢となります。軟質プラスチックは、高性能、軽量、低コストであり、リサイクルインフラへの投資が見込まれることから、引き続き人気が高まると予測されます。

当レポートでは、世界のサステナブル包装市場について調査分析し、主な動向と促進要因、サプライヤーと材料の開発、EOLソリューションなどの情報を提供しています。

概要と主な結論
紙・板紙
- サプライヤーの統合
- バリアコート紙・板紙
- 紙ベースの輸送用包装
- その他の繊維/セルロース系包装
軟質プラスチック
- モノマテリアル軟質プラスチック
- Circular Economy for Flexible Packaging - 軟質プラスチックの循環性を推進する、産業が出資する協会
硬質プラスチック
- PET、HDPE、PP
バイオプラスチック
ケーススタディ - Compostable Coalition UK（CCUK）
代替材料
- 海藻由来の包装材料
- その他の植物由来の材料
- トレースレス材料
- ファイバーパック - ススキ由来の包装
- Papierfabrik Meldorf GmbH - 草由来の材料
- 植物性タンパク質
廃棄物由来の材料
- ReStalk
- Releaf
- タマネギの廃棄物から作られたHUID材料
金属包装
- アルミニウム
再使用可能で詰め替え可能な包装
- 再使用可能なeコマース包装のケーススタディ
- 消費者製品の再使用のケーススタディ

包装ユーザー

概要と主な結論
自発的な取り組み
- Ellen MacArthur Foundation（EMF）- Global Commitment
ブランドオーナーのミニケーススタディ
- 食品包装
- 飲料
- 医療
- パーソナルケア
- その他の消費者
- eコマース包装
小売包装の開発
- IKEA
- Tesco
- Aldi
- Iceland

EOLソリューション

概要と主な結論
包装廃棄物の収集
包装廃棄物の分別
- 強化された光学認識 - デジタルウォーターマーク、電子タグ付け
- AIの影響
包装廃棄物のリサイクル
- 概要
- メカニカルリサイクル
- ケミカル（先進）リサイクル

サステナブル包装の世界市場

イントロダクション
世界の概要
- 欧州
- フランス
- ドイツ
- イタリア
- スペイン
- 英国
- ロシア
- ポーランド
- チェコ共和国
- その他の欧州
北米
- 米国
- カナダ
- メキシコ
中南米
- アルゼンチン
- ブラジル
- チリ
- その他の中南米
アジア太平洋
- 日本
- 中国
- インド
- インドネシア
- フィリピン
- 韓国
- オーストラリア
- その他のアジア太平洋
中東・アフリカ
- トルコ
- 南アフリカ
- エジプト
- その他の中東・アフリカ

図表

List of Figures

Packaging lifecycle
Crude oil to plastic manufacturing process
Bioplastics value chain
SuperBin collection and sorting in South Korea
Global plastic waste by volume and region
Hierarchy of European legislative framework
Objectives of the European Green Deal
Plastic packaging recycling failure in Europe
The PPWR timeline
Henkel's Persil laundry detergent
PPWR compliance case study
US EPR coverage and development
Eco-fee modulation: Coldseal Paper vs oPP 20/20
Microwave meal EPR calculation - paperboard vs PET
Fiorini International's paper-based packaging, including PFAS free
OPRL labelling examples in the United Kingdom
Timeline of APCO's legislative framework to reduce packaging waste
Digital product passport value chain
Packaging specification insights, using R-Cycle DPP system
Example output from the Recyda assessment tool
Digi-Cycle waste management app
UPM barrier-coated flexible paper packaging solutions
Alaska grease barrier-coated board
Jonsac's paper e-commerce mailing bag variants
Mondi Advantage Stretch Wrap
Pulpac dry moulded pulp applications
The environmental credentials of
Stora Enso's Formed Fibre packaging
Transcend Packaging's fibre-based packaging solutions
Blue Ocean Closure fibre-based caps
Paptic's end-use applications
VTT's cellulose-based protective packaging
Forewood product range
Packnatur wood-based produce nets
Sulapac's plastic-free personal care packaging
Breakdown of flexible plastics in key
Euro market recycling streams
Circular Economy for Flexible Packaging: Demand driven circular economy model
Circular Economy for Flexible Packaging forecasts on plastic recycling rates in Europe to 2030
UK FlexCollect pilot scheme
Constantia Flexibles mono-material flexible packaging solutions
Bobst's OneBARRIER flexible packaging offer
Berry's Sustane
Mechanically recycled flexible plastic
Sabic - branded products using chemically recycled PCR
Coca Cola and I Lohas brands in APAC, label-less and 100% rPET bottles
CJ weight reduction and colourless PET in South Korea
Coca Cola initiatives in the Philippines
Listerine wash-off sleeve and 30% rPET bottle
Unilever's Magnum ice cream tub using 100% chemically recycled PP
Compostable Coalition development programme
Compostable packaging - key target applications
TIPA compostable films - examples of end-use applications
Properties of Futamura's NatureFlex compostable film
Futamura NatureFlex used by German confectionery brand Cool
Vegware's compostable packaging portfolio
Bioplastics recycling lifecycle
PLA recycling process
Notpla's seaweed-based barrier coating for cartonboard packaging
Kelpi - seaweed as a 'miracle crop'
PlantSea's packaging related applications
Zero Circle's seaweed-based films
B'Zeos seaweed-based pellets - a 'drop in plastic substitute'
Traceless Materials - plastic substitute from agri-waste
Fiberpac - miscanthus-infused fibrebased packaging
Papierfabrik Meldorf's grass-based packaging materials
Xampla Morro - plant protein-based packaging materials
ReStalk's raw material from agriwaste
Releaf 'paper'
HUID onion skin-based packaging material
Waste hierarchy
EMF 4 Reuse Models
German Packaging Act and Reuse Targets
CITEO's ReUse initiative
RePack's reusable e-com bag range
ReZip reusable e-com packaging lifecycle
ReZip packaging range
Hipli's e-com packaging variants
Kiud's 'recommerce' model
L'Oreal's packaging targets to 2030
EMF Global Commitment signatories by type
EMF Global Commitment targets and progress
EMF Global Commitment - achievements against PCR targets
Kit Kat packaged in paper flow wrap
Quality Street paper-based chocolate packaging
Smarties paper-based chocolate packaging
Mars, Milky Way and Snickers paper flow wrap in Australia
Mondelez confectionery packaging using chemically recycled PCR
Compostable PHA barrier-coated cartonboard food containers for the microwave
Closed loop chemical recycling for Hetbahn food products
Chemically recycled PCR (up to 30%) for Hetbahn plastic tubs
DRS system for Hetbahn bowls
Johnnie Walker whiskey in a paper bottle
Twinings mono-material standup pouches
Rezorce mono-material PP carton lifecycle
Haleon mono-material blister packaging development
Examples of PCR use in Haleon healthcare packaging
Lush packaging using labels made from 'ocean bound plastic'
Wilkinson Sword's ISCC+ certified bio-based PCR plastic packaging
Who Gives A Crap and Sainsbury's own-label toilet tissue wrapped in paper
Henkel's Pril washing detergent bottle and refill pouch
P&G's use of paper-based packaging innovations
Lego's paper-based pre-pack bags and cardboard 'pick a brick' box
Mattel's Barbie toy using 70% ISCC+ certified chemically recycled plastic
Rema 1000 Maskinrens bottle made from recovered plastic fishing nets
Amazon's evolution from FFP to SIOC
Mondi's Protective Mailer used by Amazon in Europe
H&M's shift from polybags to paper mailing bags
Zalando's move to a paper-based packaging portfolio
An example of how IKEA is eliminating plastics from its packaging
IKEA's EPS reduction programme
Tesco's Packaging - preferred material and format guidelines
Some paper-based hi-cone replacements
Pringles' 90% paper tube - in conjunction with Sonoco
Aldi's flat wine bottles
Iceland's plastic packaging elimination for own brand products
Main roadblocks hindering global plastic recycling
Segregated packaging waste collection
DRS collection point in Malta
Holy Grail 2.0 and Pellenc
Polytag DDRS
Greyparrot's AI based sorting technology
Greyparrot's packaging waste insight
Recycleye's packaging waste sorting technology
4Evergreen's strategy for 90% recycling of fibre-based packaging paper in Europe
Plastic recycling volumes in Europe
European mechanical recycling infrastructure
Plastic recycling volumes in Europe by plastic type
Plastic recycling capacity by key European country
Plastic packaging recycling forecast for Europe
Chemical recycling by process
Chemical recycling processes by polymer type
Global plastic recycling forecasts by process
World age distribution forecasts to 2100
Comparison of demographic composition of the world's largest nations
Forecast population pyramids for China and India to 2050
World - circular packaging forecast, 2023-34
Europe - circular packaging forecast, 2023-34

For each country:

Circular packaging forecast, 2023-34

List of countries:

France
Germany
Italy
Spain
United Kingdom
Russia
Poland
Czech Republic
Other Europe
North America
US
Canada
Mexico
S&C America
Argentina
Brazil
Chile
Other S&C America
APAC
Japan
China
India
Indonesia
Philippines
South Korea
Australia
Other APAC
Middle East & Africa
Turkiye
South Africa
Egypt
Other MEA

List of Tables

Forecasts for global circularity rates, by packaging material 2023-34
Key packaging trends, by end-use segment and packaging material, 2024 and forecast 2034
Timeline of recycling by material
World - packaging material consumption 2023-34 ($ million)
World - packaging material circularity forecasts ('000 tonnes, million units)
Europe - economic and demographic indicators
Europe - packaging material consumption 2023-34 ($ million)
Europe - packaging material circularity forecasts ('000 tonnes, million units)

For each country:

Economic and demographic indicators
Packaging material consumption 2023-34 ($ million)
Packaging material circularity forecasts ('000 tonnes, million units)

List of countries:

France
Germany
Italy
Spain
UK
Russia
Poland
Czech Republic
Other Europe
North America - economic and demographic indicators
North America - packaging material consumption 2023-34 ($ million)
North America - packaging material circularity forecasts ('000 tonnes, million units)

For each country:

Economic and demographic indicators
Packaging material consumption 2023-34 ($ million)
Packaging material circularity forecasts ('000 tonnes, million units)

List of countries:

US
Canada
Mexico
S&C America - economic and demographic indicators
Total S&C America - packaging material consumption 2023-34 ($ million)
S&C America - packaging material circularity forecasts ('000 tonnes, million units)

For each country:

Economic and demographic indicators
Packaging material consumption 2023-34 ($ million)
Packaging material circularity forecasts ('000 tonnes, million units)

List of countries:

Argentina
Brazil
Chile
Other S&C America
APAC - economic and demographic indicators
APAC - packaging material consumption 2023-34 ($ million)
APAC - packaging material circularity forecasts ('000 tonnes, million units)

For each country:

Economic and demographic indicators
Packaging material consumption 2023-34 ($ million)
Packaging material circularity forecasts ('000 tonnes, million units)

List of countries:

Japan
China
India
Indonesia
Philippines
South Korea
Australia
Other APAC
Middle East & Africa - economic and demographic indicators
Middle East & Africa - packaging material consumption 2023-34 ($ million)
Middle East & Africa - packaging material circularity forecasts ('000 tonnes, million units)

For each country:

Economic and demographic indicators
Packaging material consumption 2023-34 ($ million)
Packaging material circularity forecasts ('000 tonnes, million units)

List of countries:

Turkiye
South Africa
Egypt
Other MEA

Key facts:

By 2034 the packaging industry will be worth nearly $1.8 trillion, with a CAGR of 3.9% between 2028 and 2034
Fibre-based packaging is the largest group, with 39.8% of total packaging material consumption in 2023; 37.4% is plastic, metal accounts for 11.9%, while glass makes up 4.6%.

Over the next decade, moulded pulp is expected to see the highest CAGR due to its wide range of applications and low EPR fees. Board will continue to be a popular choice due to its raw materials being renewable, the ease of recycling and low EPR fees. Flexible plastics are expected to continue to be popular due to high performance, low weight, low cost and expected investment in recycling infrastructure.

'Sustainable packaging' is developed using eco-design principles, minimising the environmental and social impacts at every stage of its lifecycle. Sustainable packaging has a lower carbon footprint from reduced, or eliminated, use of fossil raw materials. It maximises the use of post-consumer recycled content without compromising the opportunity for the materials used in its production to be utilized on multiple occasions, whether via reuse, recycling or composting.

Key Questions:

How will the EU's Packaging and Packaging Waste Regulation (PPWR) affect packaging design, material recovery, and brand owner strategies across the next 10 years?
What will sustainable packaging look like in 10 years' time?
How will the market react to the competing claims of a new generation of fibre-based materials, PCR plastic formats, bioplastics, and packaging made from alternative fibre sources?
Where and when will chemical (advanced) recycling become a viable option for cutting the carbon impact of packaging?

This report is essential to:

Packaging raw material suppliers
Packaging converters and manufacturers
Retailers and brand owners

Executive summary

Introduction and methodology

Introduction
Report objective
What is sustainable packaging?
Market segmentation
- Packaging materials
- Geographies
End-use segments
Methodology
- Data and forecasting methodology
Scope
Glossary
Acronyms used

What is sustainable packaging?

Definition and market overview
Packaging lifecycle
- Raw materials
- Manufacturing
- Transport
- Packaging in-use
- End of life
What is the outlook for paper vs plastic packaging?

Key market trends and drivers

Overview and key conclusions
Regional regulation and legislation
- European Union
- Europe - Local level legislation
- On-pack labelling
- OPRL (on-pack recycling logo)
Technological influences
- Digital product passports (DPP)
- Other packaging data management software

Packaging supplier and material developments

Overview and key conclusions
Paper and board
- Supplier consolidation
- Barrier-coated paper and board
- Paper-based transit packaging
- Other fibre-based and cellulose-based packaging
Flexible plastics
- Mono-material flexible plastics
- Circular Economy for Flexible Packaging - an industry-funded association driving circularity in flexible plastics
Rigid plastics
- PET, HDPE and PP
Bioplastics
Case study - Compostable Coalition UK (CCUK)
Alternative materials
- Seaweed based packaging materials
- Other plant-based materials
- Traceless Materials
- Fiberpac - miscanthus-based packaging
- Papierfabrik Meldorf GmbH - grass-based materials
- Plant Proteins
Materials from waste
- ReStalk
- Releaf
- HUID materials made from onion waste
Metal packaging
- Aluminium
Reusable and refillable packaging
- Reusable e-commerce packaging case studies
- Consumer products reuse case studies

Packaging users

Overview and key conclusions
Voluntary commitments
- Ellen MacArthur Foundation (EMF) - Global Commitment
Brand owner mini case studies
- Food packaging
- Beverages
- Healthcare
- Personal care
- Other consumer
- E-commerce packaging
Retail packaging developments
- IKEA
- Tesco
- Aldi
- Iceland

End-of-life solutions

Overview and key conclusions
Collection of packaging waste
Sorting packaging waste
- Enhanced optical recognition - digital watermarks and electronic tagging
- The impact of AI
Recycling packaging waste
- Overview
- Mechanical recycling
- Chemical (advanced) recycling

Global market for sustainable packaging

Introduction
Global overview
- Europe
- France
- Germany
- Italy
- Spain
- United Kingdom
- Russia
- Poland
- Czech Republic
- Other Europe
North America
- US
- Canada
- Mexico
South & Central America
- Argentina
- Brazil
- Chile
- Other South & Central America
APAC
- Japan
- China
- India
- Indonesia
- Philippines
- South Korea
- Australia
- Other APAC
Middle East & Africa
- Turkiye
- South Africa
- Egypt
- Other Middle East & Africa

サステナブル包装の未来：長期的な戦略の予測（～2034年）

The Future of Sustainable Packaging: Long-term Strategic Forecasts to 2034

主な事実

目次

エグゼクティブサマリー

イントロダクションと調査手法

サステナブル包装とは

主な市場の動向と促進要因

包装サプライヤーと材料の開発

包装ユーザー

EOLソリューション

サステナブル包装の世界市場

List of Figures

For each country:

List of countries:

List of Tables

For each country:

List of countries:

For each country:

List of countries:

For each country:

List of countries:

For each country:

List of countries:

For each country:

List of countries:

Key facts:

Key Questions:

This report is essential to:

Table of Contents

Executive summary

Introduction and methodology

What is sustainable packaging?

Key market trends and drivers

Packaging supplier and material developments

Packaging users

End-of-life solutions

Global market for sustainable packaging