Receive & classify
Record supplier, weight, material family and visible contamination.
Aluminium recycling
From regional scrap to controlled secondary aluminium.
The process is designed around recoverable metal value: source suitable scrap, prepare it correctly, melt with discipline, cast saleable secondary aluminium and document the batch.
Discuss supply or offtakeProduction logic
The economics begin before the furnace.
Secondary aluminium performance depends heavily on what enters the plant. Procurement discipline, sorting and feedstock preparation can be as important as melting capacity.
Extrusion and profile scrap
Aluminium wheel scrap
Casting and foundry scrap
Clean industrial production scrap
Selected mixed aluminium streams
Target feedstock categories are subject to technical acceptance criteria, contamination, alloy chemistry, commercial terms and final operating procedures.
Recovery discipline
Every tonne starts with knowing what is in the scrap.
Five-step process
Industrial recycling with traceable decision points.
The initial operating model is intentionally straightforward. Each step has a clear purpose and a measurable control point.
Sort & prepare
Separate incompatible materials and prepare feedstock for a defined melt campaign.
Melt & recover
Operate furnace parameters to recover aluminium while monitoring losses and dross.
Condition & cast
Adjust the melt as required by the target product route and cast into ingot format.
Verify & release
Develop batch chemistry, traceability and shipment-release controls around customer requirements.
Quality pathway
Quality claims should follow evidence, not marketing.
At commissioning stage, the right approach is to define the system that will generate reliable evidence: incoming inspection, batch identity, process records, chemistry control and shipment release.
Traceability
Supplier lot → melt campaign → cast batch → shipment record.
Process control
Document furnace, handling and casting conditions relevant to repeatability.
Chemistry
Develop testing capability and external-lab support appropriate to customer specifications.
Release
Ship only against defined commercial and technical acceptance criteria.
Circular advantage
Recycling preserves the value of a permanent material.
Aluminium can be repeatedly remelted and returned to use. Industry references consistently highlight the large energy advantage of secondary production compared with primary metal.
For Alvion Chem, the practical opportunity is to connect that material advantage with regional sourcing, disciplined recovery and customer demand. Environmental value and commercial value should reinforce each other.
~95%
lower energy requirement
Industry sources commonly state that recycled aluminium can save around 95% of the energy required for primary aluminium production. This is a sector benchmark, not a measured site-specific saving.
Commercial partnerships
Connect scrap supply with secondary aluminium demand.
We are interested in discussions with aluminium scrap suppliers, secondary aluminium buyers, industrial users and technology partners.