MCBI Launches Czech Pilot: A Step Toward European Circular Battery Standards

The Mongolian Circular Battery Initiative (MCBI) has taken a significant step forward in its international expansion with the launch of its Czech Republic pilot program — a key milestone in connecting Mongolia’s circular economy ambitions with European standards and expertise.

Why the Czech Republic?

The Czech Republic sits at a pivotal moment in its battery governance journey. The country has adopted a Circular Economy Strategy 2040, backed by an Implementation Action Plan for 2022–2027, and is preparing to introduce a dedicated Extended Producer Responsibility (EPR) system for battery recycling in 2026 — one of the most concrete legislative steps in Central Europe toward full battery lifecycle management.

This regulatory momentum makes the Czech Republic an ideal partner for MCBI. Its active municipal collection networks, established compliance schemes, and alignment with EU Battery Regulation 2023/1542 provide a live testing environment for circular systems that Mongolia is seeking to design from the ground up.

The EU Regulatory Context

The EU Batteries Regulation (2023/1542), in force since August 2023, sets binding targets that directly shape the Czech pilot’s benchmarking framework:

• Lithium recovery: 50% by end of 2027, rising to 80% by 2031
• Cobalt, copper, nickel recovery: 90% by 2027, 95% by 2031
• Portable battery collection rate: 63% by 2027 and 73% by 2030
• Recycling efficiency for lithium-based batteries: 65% by end of 2025, rising to 70% by 2030
• Battery labelling and digital passport: mandatory from 2026, with QR codes required from 2027

These targets represent the international standard that MCBI is benchmarking Mongolia’s nascent recycling policy against — with the Czech pilot serving as a direct reference implementation.

What the Pilot Involves

The Czech pilot focuses on three core areas: battery collection infrastructure, stakeholder coordination frameworks, and regulatory benchmarking against EU battery directives. MCBI engages local municipalities, universities, and NGO partners to co-design collection and recycling workflows that can later be adapted for Mongolian conditions.

Research institutions such as the Czech Technical University in Prague (CTU) — whose Department of Electrotechnology leads life cycle assessment studies on lithium-ion battery recycling — represent the kind of academic partnership that strengthens the pilot’s technical foundation. CTU’s work on end-of-life treatment of battery energy storage systems, including black mass recovery and secondary material economics, directly informs MCBI’s materials recovery methodology.

Looking Ahead

This pilot represents more than a technical exercise — it is a bridge between European circular economy practice and Mongolia’s emerging resource governance. As the Czech Republic moves toward its 2026 EPR launch and the EU’s battery passport system takes shape, MCBI is documenting pilot findings and preparing materials for upcoming stakeholder and Ministry engagements in Mongolia.

The lessons learned — on collection logistics, stakeholder alignment, and regulatory design — are being translated into concrete recommendations for Mongolia’s first national battery recycling framework.

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