Select a route by feedstock and project objective
Different feedstocks need different treatment routes and validation methods.
Moisture, oil, ash, chlorine, sulphur, contaminants, physical form and supply consistency influence pretreatment, operating mode, condensation, gas handling, output quality and project boundaries. RUNDA first understands the material and objectives, then organizes the equipment system.
Material suitability depends on composition, condition and contamination. Each solution page combines feedstock evidence, objectives, site conditions, local responsibilities and validation methods.
Waste-tyre recovery
Tyre type, whole or shredded form, contamination, feeding and output routes determine the project pathway.
Waste-plastic pyrolysis
Polymer mix, chlorine-bearing materials, moisture and contaminants need testing and clear exclusion or pretreatment rules.
Oil-sludge reduction and recovery
Test water, oil, solids, ash and contaminants before comparing separation, dewatering, drying and thermal scope.
Waste-oil regeneration and upgrading
Boiling range, water, light fractions, metals and contaminants affect pretreatment, distillation and validation.
End-of-life PV-module recycling
Module type, lamination, glass and metal-recovery goals determine dismantling and material separation.
Five steps toward a useful preliminary route
01
Confirm feedstock
Source, form, test data, stable quantity and batch variation
02
Define objectives
Reduction, recovery, specifications, intended routes and priorities
03
Review the site
Utilities, logistics, operators and maintenance capability
04
Organize the system
Pretreatment, core equipment, condensation, environmental, control and support modules
05
Confirm boundaries
Local permits, emissions, output routes, responsibilities and acceptance methods
- Suitable feedstocks and materials requiring caution
- Recommended route and optional modules
- Outputs require testing and lawful downstream routes
- Supplier scope and local project responsibilities are separated