New HS 2028 Codes Target Global Plastic Waste Trafficking

HS 2028 revises customs codes to more accurately identify and classify plastic waste, especially hazardous waste, thereby strengthening the implementation of the Basel Convention. This new coding system aims to improve customs regulatory efficiency, standardize corporate compliance, and ultimately curb the illegal transboundary movement of plastic waste, protecting the global environment. The revised codes facilitate better tracking and control of plastic waste shipments, ensuring environmentally sound management and preventing illegal dumping in developing countries.
New HS 2028 Codes Target Global Plastic Waste Trafficking

The Global Plastic Crisis and Illegal Transboundary Movement

Our planet faces an unprecedented plastic pollution crisis, manifested in massive floating garbage patches in oceans and towering landfills on land. Once hailed as a symbol of modern civilization, plastic has become one of the greatest environmental threats of our time.

The proliferation of plastic waste devastates ecosystems, endangers wildlife, and poses serious risks to human health. While multiple factors contribute to this crisis—including rapid plastic production growth, unsustainable consumption patterns, and inadequate waste management systems—the illegal transboundary movement of plastic waste remains a critical yet underreported factor.

Developed nations often export plastic waste under the guise of environmentally responsible disposal, only for it to be illegally dumped in developing countries. This practice not only contaminates local soil and water sources but also jeopardizes public health. Such illegal transfers represent both environmental destruction and exploitation of vulnerable populations.

In response, the international community is taking action. The forthcoming 2028 revision of the Harmonized System (HS) by the World Customs Organization (WCO) will provide stronger tools to combat illegal plastic waste trafficking.

Root Causes and Impacts of Plastic Pollution

Plastic pollution stems from interconnected issues in production, consumption, and waste management:

Exponential Production Growth

Since the 1950s, plastic production has grown exponentially due to its lightweight, durable, and cost-effective properties. While beneficial for numerous applications—from packaging to construction—this overproduction has led to waste accumulation at unsustainable rates.

Unsustainable Consumption

Single-use plastics—bags, bottles, utensils—account for a significant portion of pollution. These disposable items quickly become waste, exacerbating environmental burdens.

Inadequate Waste Management

Many nations, particularly developing countries, lack infrastructure to properly recycle or dispose of plastic waste, allowing it to enter and persist in ecosystems.

Environmental and Health Consequences

  • Ecosystem damage: Plastic contaminates soil and water while breaking down into microplastics.
  • Wildlife threats: Animals ingest or become entangled in plastic, often with fatal results.
  • Human health risks: Microplastics enter food chains while decomposing waste releases hazardous substances.

Illegal Plastic Waste Trafficking: Escalating the Crisis

The illegal transboundary movement of plastic waste—transferring waste between nations in violation of international law—typically involves developed countries circumventing high disposal costs by dumping waste in developing nations.

Motivations

  • Economic incentives: Lower disposal costs in developing nations attract illegal dumping.
  • Regulatory gaps: Weak environmental laws and enforcement enable illicit transfers.
  • Information asymmetry: Developing nations often lack capacity to identify hazardous plastic waste.

Methods

  • Misdeclaration: Labeling waste as other goods to evade customs.
  • Illegal dumping: Covert disposal in developing countries.
  • Export to unprepared nations: Shipping waste to countries lacking processing capacity.

Consequences

  • Environmental degradation: Contaminated land and water systems.
  • Public health hazards: Toxic exposure for local communities.
  • Social instability: Community protests against dumping.

The Basel Convention: Regulating International Waste Transfers

Adopted in 1989, the Basel Convention on the Control of Transboundary Movements of Hazardous Wastes and Their Disposal establishes international standards to minimize hazardous waste transfers while ensuring environmentally sound management.

Core Principles

  • Reduction: Prioritizing domestic waste management over exports.
  • Prior Informed Consent (PIC): Requiring exporter notification and importer approval.
  • Environmentally sound management: Mandating proper handling throughout waste lifecycles.
  • International cooperation: Facilitating information sharing between nations.

Scope and Limitations

The Convention broadly defines covered wastes but faces challenges including inconsistent enforcement, ambiguous definitions, and reliance on voluntary compliance.

Expanding Oversight: Regulating Plastic Waste

In 2019, Basel Convention parties adopted the "Plastic Waste Amendments," expanding controlled plastic waste categories effective January 2021.

Key Provisions

  • Broader coverage: More plastic waste types subject to controls.
  • Clear categorization: Three classifications: Y48 (non-hazardous mixed), A3210 (hazardous), and B3011 (uncontrolled).
  • Enhanced monitoring: Stricter PIC requirements for transfers.

Classification System

  • Y48: Non-hazardous mixed plastics requiring PIC procedures.
  • A3210: Hazardous plastics containing dangerous substances.
  • B3011: Uncontrolled single-polymer plastics meeting purity standards.

HS Code Revisions: Empowering Customs Enforcement

The Harmonized System (HS)—the WCO's international goods classification framework—helps customs authorities identify Basel-controlled wastes. Current HS 2022 classifications inadequately distinguish plastic waste types, necessitating reforms.

HS 2028 Improvements

The 2028 revision restructures HS code 39.15 to align with Basel categories:

  • New 3915.40 subheading: Precisely identifies hazardous plastics matching Basel A3210.
  • Clear non-hazardous classifications: Simplifies compliance for B3011-qualifying plastics.
  • Special consideration categories: Covers Y48-designated mixed plastics requiring PIC.

Implementation Benefits

  • Enhanced customs detection of controlled plastics.
  • Reduced business compliance burdens.
  • Fewer trade disputes through clearer classifications.
  • Stronger international cooperation against plastic pollution.

Challenges and the Path Forward

While HS 2028 marks significant progress, successful implementation requires:

  • Comprehensive customs and industry training.
  • Technical upgrades to classification systems.
  • Coordinated international adoption.

Conclusion: Toward a Sustainable Future

HS 2028 represents a critical step in global plastic waste governance, but comprehensive solutions require:

  • Reducing plastic production and single-use consumption.
  • Strengthening national waste management systems.
  • Advancing circular economy principles.
  • Maintaining international regulatory cooperation.

Only through sustained, multilateral efforts can we effectively address plastic pollution and safeguard planetary health.