EV breakthrough by college students wins major recognition: they aim to revolutionize

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• How a campus idea became ACC Industries
• What they want to change: battery cell connections
• Why battery recyclability matters for climate goals
• Recycling today: options and limitations
• Technical steps ACC must navigate
  • Key milestones
• Potential environmental and economic benefits
• Funding, competitions, and the road ahead
• What to watch next

A trio of engineering students from Loyola University Maryland has taken aim at one of electric vehicles’ stubborn blind spots: what happens to batteries when they die. Their startup aims to redesign battery assemblies so modules can be recovered and reused, potentially shrinking the environmental footprint of EVs as adoption grows.

How a campus idea became ACC Industries

Adrien Lee, Connor Pavlik, and Carlos Cardoza turned a classroom project into a formal venture called ACC Industries. The team won Loyola’s Greyhound Pitch Competition with a concept that rethinks battery assembly for easier recovery.

Their win earned attention and moved them onto the Hult Prize circuit, a major global contest for student startups. The competition awards a $1 million prize to the winner, along with international exposure and mentoring.

What they want to change: battery cell connections

The students focus on one specific engineering weak spot: the way cells are fused inside EV packs. Today, cells are often welded together, forming units that are difficult to take apart.

• Welded joints complicate recycling.
• Disassembly can be dangerous and costly.
• Current pack designs limit material recovery rates.

By replacing permanent welds with a modular, serviceable joining system, ACC aims to make cells separable without high heat or toxic processes. Lee says this approach targets the “inefficient and polluting processes” now tied to battery recycling.

Why battery recyclability matters for climate goals

Electric vehicles reduce tailpipe emissions, but their batteries create new supply-chain and end-of-life challenges. Batteries use lithium, cobalt, nickel and other metals that require mining.

Mining raises environmental and social concerns. If batteries are not recovered efficiently, demand for raw extraction remains high.

• Typical EV battery packs can weigh around 1,000 pounds.
• Improper disposal risks chemical leaks and fire.
• Experts estimate only a small share of EV batteries get recycled.

Improved design could increase material recovery, and thus lower the need for new mining while reducing hazardous waste risks.

Recycling today: options and limitations

Several recycling methods exist, but each has trade-offs.

• Hydrometallurgical processing: extracts metals with chemicals; effective but costly.
• Pyrometallurgical processing: uses high heat; energy-intensive and can lose material value.
• Mechanical disassembly: promising but hard when packs are welded or glued.

Because many packs are built to be permanent, mechanical recovery is often infeasible. That leaves industrial processes that can be expensive and energy-hungry.

Technical steps ACC must navigate

The path from prototype to supply chain adoption is long. ACC will need to validate safety, meet automotive standards, and prove cost competitiveness.

Key milestones

1. Build and test a functional prototype under real-world loads.
2. Demonstrate safe disassembly procedures at scale.
3. Partner with manufacturers and recyclers for pilot programs.
4. Secure funding from accelerators, grants, or investors.

Securing manufacturing partners is critical because automakers prioritize safety, reliability, and cost. Any new joining system must match or exceed current standards.

Potential environmental and economic benefits

If successful, ACC’s design could deliver multiple payoffs:

• Higher material recovery, reducing demand for virgin minerals.
• Lower recycling costs by enabling simpler mechanical separation.
• Smaller risk of hazardous leaks or thermal events during handling.
• New business models for remanufacturing and second-life use.

Manufacturers and recyclers could both benefit if disassembly becomes faster and safer.

Funding, competitions, and the road ahead

Beyond Loyola’s pitch event, ACC is pursuing more contests and accelerators to finance prototype development. Competitions like the Hult Prize can provide capital and mentorship.

The team plans to use prize winnings, grants, and early partnerships to build test units and run pilot recycling trials with local partners.

What to watch next

Look for demonstrations of a working pack and early recycling pilot results. Industry buy-in will be the clearest sign that a new joining standard could scale.

As EV adoption rises, innovations that make battery materials recoverable may become central to reducing the sector’s overall footprint.