Controlled Catalyst Recycling for Industrial Process Streams
AG Precious Metals Group supports spent industrial, petrochemical, and refinery catalyst materials that require careful review, representative sampling, assay coordination, and a clear recovery route.
Process catalyst materials need context before they can be valued.
Material name alone is not enough. Source, operating history, physical condition, contamination, packaging, and batch consistency all affect sampling requirements and the appropriate recovery route.
We review the process history behind the material.
Industrial and refinery catalyst streams are connected to specific production environments. A useful review starts with where the material came from, how it was used, and how the batch is currently stored.
Source and process-unit information help define the correct handling direction.
Pellets, granules, powders, residues, and fines require different preparation logic.
Photos, quantities, packaging details, SDS data, and available documents reduce uncertainty.
Industrial catalyst pellets
Pelletized or granular catalyst streams from manufacturing and industrial process use.
Refinery catalyst granules
Spent catalyst beds, granules, and related materials from refinery process units.
Petrochemical catalysts
Process catalyst materials from petrochemical production, replacement, and maintenance cycles.
Residues, fines, and powders
Process residues, dust, fines, powders, and mixed metal-bearing byproducts.
Plant and maintenance materials
Metal-bearing materials connected to shutdowns, replacement work, or stored inventory.
Prepared samples
Representative material prepared for assay coordination and value assessment.
Different process streams need the right handling path, not a generic estimate.
Industrial, petrochemical, and refinery catalyst recycling depends on the actual condition of each batch. The review should establish what the material is, how representative sampling can be achieved, and what commercial route is realistic.
Source clarity
We identify the plant, process unit, operating use, and reason the catalyst was removed or replaced.
Physical consistency
Pellets, granules, powders, residues, and mixed batches may require different preparation methods.
Sampling readiness
Batch size, packaging, segregation, and contamination determine how a representative sample should be created.
Commercial clarity
The technical review leads toward a defined recovery and settlement path based on agreed information.
A practical route from process material to recovery planning.
Share the material information, confirm the stream type, establish sampling needs, coordinate assay work, and move toward an appropriate recovery and settlement route.
Initial material details
Share the material type, source, process use, quantity, condition, packaging, photos, and available documents.
Stream classification
The batch is reviewed by industrial, petrochemical, or refinery source and by its physical form.
Sampling direction
A representative sampling approach is planned around the actual batch condition and consistency.
Assay coordination
Assay support creates a clearer material profile and supports informed value assessment.
Recovery and settlement path
The next step is defined around material profile, recovery potential, logistics, and agreed commercial terms.
Build the complete catalyst recovery path with the right supporting services.
Process catalyst materials may require sampling, assay coordination, PGM recovery planning, or broader material classification before a commercial route is finalized.
Have industrial, petrochemical, or refinery catalyst material ready for review?
Send the material type, process source, quantity, condition, packaging details, and available photos. AG will review the information and guide the next step.