USED BEVERAGE CAN (UBC)

Overview of the UBC (Used Beverage Can) Scrap Market

1. Market Size & Growth Outlook

The UBC scrap market is expanding steadily as global demand for recycled aluminium accelerates.

Global Market Estimates

Source	Market Size	Forecast	CAGR	Notes
Aluminum UBC Scrap Recycling Market (2024–2030)	USD 5.18B (2024)	USD 8.58B (2030)	8.7%	Strong growth driven by circular‑economy policies and high recycling efficiency.
Aluminium UBC Recycling Market (2026–2035)	USD 3.01B (2026)	USD 4.75B (2035)	5.5%	Growth supported by packaging sustainability and rising can‑to‑can recycling.
Global UBC Scrap Market (2023–2033)	—	Significant share by 2033	7.9%	Europe expected to grow fastest.

Takeaway:
Across all major reports, UBC scrap is a high‑growth segment, consistently posting 5–9% CAGR, driven by sustainability mandates, high aluminium recovery value, and strong demand from packaging and automotive sectors.

2. Key Market Drivers

 Sustainability & Circular Economy

• Aluminium is infinitely recyclable with no quality loss.
• Recycling aluminium saves ~95% energy vs. primary production.
• Brands and governments are pushing for closed‑loop can‑to‑can recycling, raising demand for clean UBC feedstock.

 Packaging Industry Demand

• Beverage cans remain the highest‑recycled packaging material globally (~75%), outperforming PET and glass.

 Automotive & Construction Sectors

• Lightweighting in automotive and EV manufacturing increases demand for secondary aluminium.

3. Market Constraints

 Regional Recycling Disparities

Recycling rates vary dramatically:

• Ireland & Japan: ~97%
• Denmark/Finland/Canada: 80–84%
• United States: ~45%

Low‑recycling regions face:

• Limited feedstock supply
• Higher scrap prices
• Greater contamination levels

 Feedstock Quality Issues

• Contaminated UBC (food residue, moisture, mixed materials) increases processing cost.

4. Market Segmentation

By Scrap Source

• Post‑consumer (old scrap) – largest share
• Post‑industrial (new scrap) – cleaner, higher value

By Recycling Method

• Mechanical recycling – dominant
• Chemical recycling – emerging for high‑purity applications

By End‑User

• Packaging
• Automotive
• Construction
• Consumer goods

5. Regional Insights

 Asia-Pacific

• Highest recycling rates globally (~94–95%).
• Strong collection systems and manufacturing demand.

 Europe

• Recycling rate ~74–76%.
• Expected to be the fastest‑growing region through 2033.

 North America

• Lower recycling rate (~45%).
• Supply constraints limit growth potential.

6. Competitive Landscape

Key Characteristics

• Highly fragmented market with:
  • Scrap collectors
  • MRFs (Material Recovery Facilities)
  • Secondary aluminium smelters
  • Global packaging companies

Securing long‑term contracts with certified suppliers will be increasingly valuable.

 Clean UBC commands a premium

Here’s a clear, evidence‑based breakdown of which industries depend most on the Used Beverage Can (UBC) scrap market, grounded directly in the sources we retrieved.

 Industries Most Dependent on the UBC Scrap Market

UBC scrap is no longer just “recycling material”—it has become a strategic industrial feedstock. Several major industries rely heavily on it due to its high aluminum purity (96–99%), energy savings of up to 95%, and predictable alloy composition.

Below is a structured overview of the industries most dependent on UBC scrap, with citations.

 1. Secondary Aluminum Smelting & Rolling Mills

These are the primary consumers of UBC scrap worldwide.

Why they depend on UBC:

• UBC provides consistent, high‑purity aluminum ideal for remelting.
• Secondary aluminum production using UBC saves up to 95% energy vs. primary aluminum.
• Mills use UBC scrap to produce coils, sheets, and ingots for downstream industries.

 2. Beverage Can Manufacturing (Can‑to‑Can Recycling)

This is the largest closed‑loop user of UBC scrap.

Why they depend on UBC:

• Aluminum cans in the U.S. contain 71% recycled content, with 33% coming specifically from UBC scrap.
• Europe is pushing for 100% circularity by keeping UBC scrap within the region.
• UBC is the only scrap stream that reliably meets purity requirements for direct can‑to‑can recycling.

 3. Automotive Industry (Especially EV Manufacturing)

The EV sector is rapidly increasing its dependence on recycled aluminum.

Why they depend on UBC:

• EVs are projected to use up to 514 lbs of aluminum per vehicle by 2026.
• Recycled aluminum (including UBC) is used in:
  • Body panels
  • Structural components
  • Heat exchangers
  • Battery housings

Thailand and China are major processors supplying automotive-grade secondary aluminum.

 4. Solar & Clean Energy Manufacturing

The solar industry is increasingly using secondary aluminum.

Why they depend on UBC:

• China’s green policy targets 15 million tons of recycled aluminum by 2027, driven partly by solar expansion.
• Solar panel frames and mounting systems use large volumes of aluminum, and UBC-derived secondary aluminum is cost‑effective and low‑carbon.

 5. Construction & Building Materials

UBC scrap is used indirectly through secondary aluminum ingots.

Applications:

• Window frames
• Facades
• Roofing systems
• Structural components

The building materials segment is explicitly listed as a major application for UBC-derived aluminum.

 6. Aerospace Components (Limited but Growing Use)

While aerospace traditionally relies on primary aluminum, certain non‑critical components increasingly use recycled aluminum.

Examples:

• Interior structures
• Brackets
• Non-load-bearing components

 7. Packaging & Consumer Goods

Beyond beverage cans, UBC-derived aluminum feeds into:

• Food packaging
• Foils
• Containers
• Consumer appliances

Driven by corporate sustainability commitments and circular economy goals.

 Summary Table

Industry	Why It Depends on UBC Scrap	Key Evidence
Secondary Aluminum Smelters	High purity, energy savings, predictable alloy
Beverage Can Manufacturing	Closed-loop recycling, high recycled content
Automotive (EVs)	High aluminum demand, cost & carbon savings
Solar/Clean Energy	Low-carbon aluminum for frames & systems
Construction	Secondary aluminum for building materials
Aerospace (non-critical)	Selective use of recycled aluminum
Packaging & Consumer Goods	Sustainability-driven demand

KEYWORDS

 KEYWORDS for Used Beverage Cans (UBC)

1. Core Material Keywords

These describe the material itself:

• UBC
• Used Beverage Cans
• Aluminum Scrap
• Aluminium Scrap 6063 / 3004 / 3104 (common alloy families in cans)
• Aluminum Can Scrap
• Aluminum Recyclables
• Aluminum Packaging Scrap

2. Commercial & Trade Keywords

Used in buying/selling, customs, and logistics:

• Scrap Aluminum UBC
• UBC Scrap Baled
• UBC Scrap Loose
• UBC Scrap Densified
• Aluminum Scrap Grade Taldon (ISRI code)
• Aluminum Scrap Grade Taldork (ISRI code for densified UBC)
• Post‑Consumer Aluminum Scrap
• Recycled Aluminum Feedstock
• Secondary Aluminum Raw Material

3. ISRI Codes (Industry Standard)

These are extremely important for official trade:

ISRI Code	Meaning
Taldon	Clean, used aluminum beverage cans, baled
Taldork	Densified UBC (briquetted)
Talon	New aluminum can stock (not used)

4. Quality & Condition Keywords

Used for grading and pricing:

• Clean UBC
• Washed UBC
• Dry UBC
• Mixed UBC
• Contaminated UBC
• Painted / Lacquered Aluminum
• Non‑ferrous Scrap
• Low Contamination (<2%)
• High Density Bales
• Magnetically Separated

5. Packaging & Processing Keywords

Useful for customs, warehouse, and transport:

• Baled UBC
• Compressed Bales
• Densified Briquettes
• Shredded Aluminum Cans
• Sorted Aluminum Scrap
• Segregated Non‑Ferrous Material

6. Customs & Regulatory Keywords

Often used in HS codes and documentation:

• HS Code 7602 (Aluminum waste and scrap)
• Aluminum Waste & Scrap
• Recyclable Aluminum Material
• Post‑Consumer Waste Aluminum
• Secondary Aluminum Input

Summary of the UBC Scrap Market

The global Used Beverage Can (UBC) scrap market is expanding steadily as aluminum recycling becomes a central pillar of the circular economy. UBCs—lightweight, fully recyclable aluminum cans—represent one of the most valuable and efficiently recoverable scrap streams worldwide. Market growth is driven by rising sustainability commitments, energy‑saving advantages of recycled aluminum, and strong demand from packaging, automotive, construction, and consumer goods sectors.

Recent analyses show the UBC scrap recycling market valued at USD 5.18 billion in 2024, with expectations to reach USD 8.58 billion by 2030, reflecting a robust CAGR of 8.7%. Another forecast places the market at USD 3.01 billion in 2026, growing to USD 4.75 billion by 2035 at a 5.5% CAGR, underscoring consistent long‑term expansion.

Recycling efficiency is a major driver: aluminum cans achieve recycling rates of ~75% globally, outperforming PET and glass. However, regional disparities significantly influence scrap availability. Countries such as Ireland and Japan exceed 97% separation rates, while the U.S. lags at ~45%, limiting feedstock supply for recyclers. High‑performing regions like East Asia & Pacific (~94–95%) and parts of Europe (~74–76%) maintain strong closed‑loop recycling systems, supporting stable UBC scrap flows.

Market segmentation spans clean vs. contaminated UBCs, mechanical vs. chemical recycling, and diverse end‑use industries. Mechanical recycling remains dominant due to cost‑efficiency and minimal quality loss. Demand for secondary aluminum continues to rise as industries seek lower‑carbon materials, with UBC scrap offering significant energy savings compared to primary aluminum production.

Overall, the UBC scrap market is positioned for sustained growth, supported by environmental policy pressure, corporate sustainability goals, and technological improvements in sorting and re‑melting. Regions with high collection rates will continue to shape global supply dynamics, while emerging markets work to improve infrastructure and capture the economic value of aluminum recycling.