Electric vehicles have reshaped the automotive world by blending performance with efficiency. At the heart of this innovation are advanced hybrid battery systems, designed to store and deliver energy to both combustion engines and electric motors. While this technology drives us forward, it also brings a new responsibility—properly managing hybrid batteries at the end of their life cycle.
At Recohub, we take that responsibility seriously. Our hybrid battery recycling solutions are built to protect the environment, lower disposal costs, and promote a circular economy. When you recycle with us, you’re doing more than clearing space—you’re contributing to a cleaner, more sustainable future.
Hybrid vehicle batteries serve two critical roles: they assist the combustion engine during acceleration and store electricity for the electric motor. This dual purpose boosts fuel efficiency and reduces emissions.
Unlike a conventional lead-acid starter battery, a hybrid pack is built from either nickel-metal hydride or lithium-ion cells, and that difference matters at end of life. The two chemistries are recovered by different processes, shipped under different transport rules, and handled under different licences.
Recohub sources nickel-metal hydride packs. Many hybrids built through the 2000s and 2010s use NiMH — among them the Toyota Prius, Camry Hybrid, Honda Insight and Civic Hybrid — and those packs are now reaching end of life in volume. Lithium-ion packs are not accepted.
Environmental Protection: Hybrid batteries contain toxic substances that pose risks to both ecosystems and public health. Mishandling them can result in harmful chemical leaks. At Recohub, we follow strict procedures to extract and manage these materials safely, helping you protect the environment while avoiding unnecessary hazards.
Economic Benefits: Recycling isn’t just the right thing to do—it’s also smart business. Valuable elements like nickel, cobalt and rare earth elements can be recovered and reused, reducing the cost of producing new batteries. This not only helps lower the hybrid battery price for manufacturers and consumers, but also reduces demand for newly mined raw materials.
Compliance & Reputation: Regulations around battery disposal are tightening worldwide. By choosing Recohub, you ensure compliance with all environmental laws—while showing your customers and stakeholders that your company takes sustainability seriously.
We offer competitive returns based on current hybrid battery price trends and the recoverable value of each hybrid battery. Our transparent pricing model includes clear breakdowns of costs and returns. With fair, competitive rates, we make it easier for businesses to commit to sustainable practices without compromising on profitability.
Our skilled technicians use the latest recycling methods to recover maximum value from every battery. With every project, we maintain strict safety standards and environmental protocols. Our approach not only protects the planet—it also helps manufacturers and consumers access more affordable hybrid battery options. Our specialists have extensive experience processing nickel metal hydride battery systems while maximizing material recovery.
Recohub’s team handles everything—from collection and transport to final processing. Our streamlined service reduces your operational workload, saves time, and cuts overhead. And because we focus on high-efficiency recovery, we help lower the overall cost of hybrid battery manufacturing while minimizing waste. Efficient recycling processes help reduce manufacturing costs and support a more competitive hybrid battery price across the industry.
Spent nickel metal hydride battery packs and other hybrid battery systems are collected and transported in compliance with international regulations. Also, to ensure safety throughout the process, special measures are implemented to prevent short circuits and electrolyte leakage. This is achieved by utilizing designated transport containers, warning signs, and appropriate packaging. As a result, the batteries are handled in a manner that prioritizes both compliance and safety.
The process begins with presorting collected hybrid vehicle batteries by type, module, and chemical characteristics. Once sorted, specialized recycling technologies are applied to each nickel metal hydride battery and hybrid battery type.
To maintain a safe working environment, every nickel metal hydride battery is fully discharged before dismantling. Afterward, they are dismantled, and sub-products, including various metals, plastics, and electronic components, are manually separated for further processing.
Shredding nickel metal hydride battery materials into small fractions is a key step in the recycling process. After shredding, the material is carefully sorted into defined categories such as mixed metal alloys, plastic, and nickel-rich material. Throughout the process, the primary goal remains to avoid harmful emissions into the environment.
Nickel-rich materials, ideal for reuse in battery production or metal refining Steel casings, which can be repurposed or recycled Plastic casings, suitable for recycling into new products Other recoverable metals, valuable for various industrial applications
Electrical tape across the positive and the negative contact, on every pack. Do not rely on the casing alone.
Arrange them so no terminal can touch another terminal or any metal surface, using foam, bubble wrap or cardboard between packs.
To discuss a specific quantity, or to have packaging reviewed before dispatch, contact tp@recohub.com.
Partnering with Recohub means more than just responsible disposal. You gain access to advanced recycling technologies and a team focused on results. We aim to exceed industry expectations, improve material recovery rates and contribute to a more stable hybrid battery price across the market.
Yes. Nickel-metal hydride battery packs from hybrid vehicles are fully recyclable. The process involves discharging the pack, dismantling it, and separating components so that nickel, cobalt and rare earth elements such as lanthanum and cerium can be recovered and returned to battery and industrial manufacturing.
Recycling begins with the safe discharge of the battery to eliminate electrical hazards. The pack is then dismantled and its casings, electrodes and electronic components are separated. The remaining material is shredded and sorted into a nickel-rich electrode fraction, steel casings, copper and aluminium foils and plastics.
Recycling reduces environmental impact, conserves natural resources and lowers reliance on mining. Recovering nickel and rare earth elements returns scarce materials to the supply chain, while controlled processing prevents alkaline electrolyte and hazardous components from reaching landfill.
The main challenges are safe handling and transportation, full discharge before dismantling, and the separation of complex materials. Nickel-metal hydride chemistry requires specialised treatment of the potassium hydroxide electrolyte and dedicated transport containers protecting against short circuits and leakage.
Nickel-metal hydride packs yield nickel, cobalt, manganese and aluminium from the hydrogen-absorbing alloy, together with rare earth elements including lanthanum, cerium, neodymium and praseodymium, plus steel casings, copper foils and plastics. These materials are reused in new batteries and other industrial products.
Tape over both the positive and the negative terminal on every pack, place each pack in its own plastic bag, and arrange them in the box so that no terminal can touch another terminal or a metal surface, using foam, bubble wrap or cardboard as separators. Short-circuit protection is required in every transport mode and at every quantity. Keep the material dry, and set damaged, swollen or leaking packs aside to be declared separately.
It depends on the mode and the quantity. By sea, under the IMDG Code, a load under 100 kg gross per cargo transport unit is not regulated as dangerous goods; at 100 kg gross or more it is declared as UN3496, Class 9. By air, NiMH packs are not regulated provided the requirements of Special Provision A199 are met, and UN3496 is not entered on the air waybill. A pack still installed in a vehicle is not regulated. Requirements are revised periodically, so confirm the current position with your freight forwarder before booking.
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