Products and equipment systems

Choose an equipment system from feedstock conditions and treatment objectives.

RUNDA supplies pyrolysis, distillation, material-separation and supporting equipment for waste tyres, suitable plastics, oil sludge, waste oil and end-of-life PV modules. Operating mode, throughput and system configuration are confirmed against feedstock properties, site utilities, target outputs and local requirements.

How material enters, how it is treated, where every output goes, how gas and residues are managed, and how the operating team maintains the plant all shape the system. Product pages explain the common architecture and clearly mark project-specific decisions.

  • 01

    Pyrolysis systems

    Batch, semi-continuous or continuous routes for waste tyres, suitable plastics and selected sludge feedstocks.

  • 02

    Waste-oil distillation and upgrading

    Pretreatment, heating, separation and condensation organized around feedstock and target fractions.

  • 03

    PV-module recycling

    Dismantling, separation and material-recovery modules configured to module construction and recovery goals.

  • 04

    Supporting equipment and modules

    Feeding, discharge, condensation, gas cleaning, environmental, electrical, control, spares and upgrade modules.

  • Batch

    Supports flexible feedstock and campaign management with closer operator involvement.

  • Semi-continuous

    Balances batch management with more continuous feeding or discharge; boundaries depend on project objectives.

  • Continuous

    Requires stable pretreated feedstock, disciplined operations, clear output routes and sustained maintenance capability.

What a complete system commonly includes

  • Feedstock reception and pretreatment
  • Feeding and containment
  • Core thermal equipment
  • Oil-gas separation and staged condensation
  • Combustible-gas cleaning and energy reuse
  • Discharge, environmental, electrical and control systems

Six inputs to prepare before requesting a proposal

  • Feedstock type, source, form and tests
  • Stable supply and intended operating mode
  • Country, site and utilities
  • Target outputs, specifications and intended routes
  • Local HSE and permitting boundaries
  • Schedule, service scope and operating team

  • What should be compared with the equipment price?

    Compare the full system scope, build quality, installation conditions, service boundaries and lifecycle cost together with the main-machine price.

  • How is throughput confirmed?

    It depends on feedstock form, moisture and contaminants, feeding and discharge, operating hours, maintenance and target outputs.

  • How is output quality confirmed?

    Test the feedstock and verify outputs through agreed sampling and testing methods. Record final requirements in the project documents.