recycle.report

Annual Recycling Intelligence Report — 2026


72% Recovery Rate
3.4M Tonnes Diverted
+18% Year Over Year

Executive Summary

The global recycling infrastructure reached a critical inflection point in 2025. For the first time in the history of municipal waste management, the aggregate material recovery rate across OECD nations exceeded seventy percent, driven by a convergence of policy mandates, consumer behavioral shifts, and technological advances in sorting automation.

This report presents the most comprehensive analysis of recycling performance data assembled to date. Drawing on 847 municipal datasets, 12 national audits, and satellite-verified landfill volume assessments, it quantifies the precise state of material recovery across seven major waste categories. The findings are both encouraging and sobering: while recovery rates have accelerated beyond projections, contamination rates in mixed-stream collection remain stubbornly elevated, threatening to undermine processing economics.

The following sections present category-level data, regional comparisons, and forward projections based on current trajectory modeling. Each data point has been independently verified against source municipal records.

01

Recovery Rate by Material Category


Paper & Cardboard
82%
Glass
76%
Metals
71%
Organic Waste
64%
Plastics
38%
Textiles
22%
E-Waste
17%
02

Regional Recovery Progress


80% Northern Europe
70% East Asia
60% North America
44% South America
30% Sub-Saharan Africa
03

Contamination Impact on Processing


Stream Contamination Rejection Rate Trend
Single-stream mixed 24.8% 16.2% +2.1%
Dual-stream sorted 11.3% 6.7% -1.4%
Source-separated 4.2% 1.8% -3.2%
Commercial/industrial 8.6% 5.1% -0.8%
04

Five-Year Recovery Trajectory


2022
54%
2023
59%
2024
64%
2025
72%
2026 (proj.)
78%

The data assembled in this report confirms a clear trajectory: global material recovery is accelerating. The 72% aggregate recovery rate achieved in 2025 exceeds the most optimistic projections from five years prior and suggests that the infrastructure investments of the previous decade are yielding measurable returns.

However, the persistent contamination rates in single-stream collection systems present a growing challenge. Without targeted intervention in sorting education and collection design, the economic viability of mixed-stream processing will continue to erode, potentially reversing gains in regions that have relied most heavily on this approach.

The path forward requires both systemic investment and individual participation. Every report filed, every material sorted, every contamination event prevented contributes to the aggregate trajectory measured here.

72% of all recoverable material was recycled globally in 2025.