IMPACT REACTOR: LEADING THE WAY IN BATTERY RECYCLING
We are revolutionizing battery recycling with our patented impact reactor system. One of the most innovative technologies worldwide for the recovery of Black Mass in the highest output quality.
MECHANICAL SEPARATION OF RAW MATERIALS
The key to the battery recycling revolution
For the highest output qualities, regardless of the input material.
Reckelberg Environmental Technologies is revolutionizing battery recycling with the impact reactor, a pioneering technology that offers first-class efficiency and sustainability. The impact reactor impresses with its ability to precisely separate battery components and effectively recover valuable metals. It is characterized by high material purity and yield and is also robust against impurities. For companies that value quality, efficiency and sustainability, the impact reactor offers an unrivaled solution in battery recycling.
Highlights
Highest purity and quality of the recovered Black Mass
Highest yield of valuable metal fractions
Integrated separation of powdery hazardous substances and robust design
Particularly insensitive to interfering substances due to the geometry of the impingement reactor
PRECISE MECHANICS IN THE IMPACT CHAMBER
The impact reactor from Reckelberg Environmental Technologies uses advanced mechanical process technology - specially developed for battery recycling. The effective separation of metals and black mass in the impact chamber, supported by highly wear-resistant impact elements, is a key advantage of this technology. Specifically, a special rotor throws the material against the walls, which leads to decomposition by utilizing the impact energy of the material against each other and against the highly wear-resistant lining of the impact chamber. This frees heavy housing parts (steel and aluminum) and electrode material (aluminum and copper) from the black mass and largely ensures that they are encapsulated.
OPTIMIZED AIR FLOW FOR MAXIMUM SEPARATION
An innovative airflow system in the impact reactor contributes to the precise separation of materials. The decoating of the Black Mass takes place within the first few seconds, which is why it is not trapped in the “balls”. Especially as a strong air flow removes the released black mass directly from the impact chamber. This air flow is generated by the movement of the rotor, and we have also developed a purge air and suction system to transport the black mass upwards. Due to its low weight, it also captures separator foils and smaller aluminum and copper particles. To remove these foils and metals from the black mass, the impact reactor has deflector wheels. The appropriate geometry and rotational speed of these deflector wheels ensure precise separation between the dusty black mass and the “impurities”. This guarantees the high purity and quality of the recovered Black Mass.
FOCUS ON EFFICIENCY AND SUSTAINABILITY
The entire process takes place in batches. At the end of a batch time, the remaining coarse material that has been cleaned of black mass is ejected via the discharge flap and can then be separated further. Batch processing in the impact reactor enables continuous and efficient material separation. With its patented system and above-average performance, the impact reactor guarantees efficiency in the recycling process. In addition to the recycling of batteries, it is also suitable for CFRP processing (separation of carbon fibers from the matrix), the decoating of painted wood and the separation of plastic (PE) / tinplate / paint.
RECYCLING PLANT OPTIMIZES MATERIAL RECOVERY
What the Impact Reactor does in practice
A leading recycling company in Northern Europe uses the impact reactor as a crucial step in its battery recycling process. The aim is to separate pre-treated battery material efficiently and safely in order to recover valuable materials and prepare them for further processing.
Facts about the Case
The integration of recycled battery materials into electric vehicle production helps to reduce the amount of waste and promote a more sustainable circular economy in the automotive industry.
By using recycled materials, electric vehicle manufacturers can significantly reduce their carbon footprint.
The recycling process is already capable of recovering at least 95% of a lithium-ion battery - including valuable metals such as nickel, cobalt and lithium.
The battery recycling center has a capacity of approx. 10,000 tons per year. This is roughly equivalent to 30,000 batteries from electric vehicles.
Other Technologies
Revolution in battery recycling
From discharging and drying to separation in the impact reactor. All current lithium-ion batteries can be recycled safely and effectively in an efficient, clean process using state-of-the-art technologies.
