On a mission of growing the circular economy of industrial batteries

Built on years of expertise, our unique in-house technology delivers world-class results in providing Li-ion battery materials back into production.

Meet the team

  1. MJ Chandilya Founder & CEO

    MJ Chandilya leads Envergia's growth and strategy with 22+ years of global executive experience, achieving significant growth and leadership in Industrial, Manufacturing, Aviation, Logistics, Consulting, and Technology sectors.

  2. John Lamb COO

    John Lamb has 20+ years in electronics and metals recovery, leading Business Development for a major recycler until 2020. He was also a senior buyer and trader for a top European refiner, handling global transactions in critical metals.

  3. Inga Chandilya CFO

    Inga Chandilya brings 20+ years in finance and business setups, with global experience at Mars Inc. She led high-growth B2B finance teams and advised embassies in North & South America. She represented Estonia at UNICEF and GPE meetings.

  4. Pekka Vaananen Director of Technical Research & Development

    Pekka Vaananen has 15+ years in battery recycling, focusing on Li-ion material recycling for the last 7 years. He is skilled in developing recycling procedures and has a strong market network.

  5. Art Makarewicz Operations Manager – Michigan

    Art Makarewicz has 25+ years of in Production and Operations Management. He holds dual B.A. degrees and an M.S. from Michigan State University, and industry certifications, such as Lean/Six Sigma Green Belt.

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Our history

2016-2018
The journey began with intensive research in Europe, focusing on the recovery of electronic and battery waste. The experience gained from handling these materials revealed significant unrealised value in the recovery of battery components. The primary research goal was to develop the most efficient process for reclaiming valuable materials from used batteries.
2019
By early 2019, the efforts bore fruit as the recovery and production process was successfully proven under laboratory conditions. The summer of 2019 marked the beginning of the commercialisation phase, where the concept was put to the test in real-world applications.
2020
The year 2020 was pivotal, with the completion of successful commercial pilot projects. This milestone included the establishment of the first operational and commercial plant facility, marking the transition from concept to operational reality.
2022
In 2022, the business attracted a new seed investor, leading to a significant restructuring. The company was re-established as USA Inc. and acquired the combined lithium-ion battery materials recovery technology. This technology was rebranded under the name Storm Energia, reflecting a new chapter in the company’s evolution.
2023
The business completed its strategic move from Europe to the USA, establishing a multi-plant footprint. The first plant and headquarters were set up in Detroit, Michigan, with zoning and permitting works completed for the site. Additionally, preparations for a second site in South Carolina were under consideration, supporting our growth ambitions.
2024
The commissioning of the flagship facility in Detroit, Michigan, took place in 2024, marking a significant achievement. This year also saw the onboarding of new investors and the introduction of a refreshed brand identity – Envergia – representing the company’s commitment to innovation and sustainable energy solutions.

Market Context

The global battery recycling market is on a meteoric rise. In 2023, it was estimated at USD 1.83 billion, and it’s projected to grow at a staggering compound annual growth rate (CAGR) of 37.6% from 2024 to 2030.

Why? Let’s dive into the details:

Electric Vehicle (EV) Boom

The surge in electric vehicles is a game-changer. Lithium-ion batteries power these eco-friendly cars and recycling them is essential. It’s not just about being green; it’s about securing a sustainable future.

Renewable Energy Storage

As renewable energy adoption skyrockets, so does the need for energy storage systems. Batteries play a pivotal role, and recycling ensures a circular economy. Imagine turning yesterday’s EV battery into tomorrow’s solar backup!