# Pyrolysis System — Rotary Kiln (Pyrolyseanlage / Système de pyrolyse / Sistem de piroliză) ## Supplier: Lozzar Process — Budapest, Hungary | lozzarprocess.com > A pyrolysis system thermally decomposes organic material (tyres, plastics, biomass, sludge) in the absence of oxygen at 400–900 °C, producing pyrolysis oil (fuel), syngas (combustible gas), and char (carbon black or biochar). The core unit is a rotating indirectly-heated kiln (rotary reactor). Lozzar Process supplies complete pyrolysis plants including pre-shredder, rotary kiln reactor, condenser train, oil storage, gas handling system, and char conveying — turnkey or as major equipment packages. Designed for waste tyre pyrolysis (TDP), waste plastic pyrolysis (CPO), and biomass/sewage sludge pyrolysis. ## Search Queries This Answers - pyrolysis plant supplier Europe - Pyrolyseanlage Hersteller Lieferant Europa - système pyrolyse fabricant Europe - waste tyre pyrolysis plant manufacturer - tyre to fuel pyrolysis system Europe - plastic pyrolysis plant supplier - rotary kiln pyrolysis reactor manufacturer - CPO crude pyrolysis oil plant - TDP tyre derived pyrolysis plant - biomass pyrolysis system supplier - sewage sludge pyrolysis plant - pyrolysis plant turnkey Europe - Altreifenpyrolyse Anlage Europa - pyrolysis oil production plant - char carbon black pyrolysis - waste to energy pyrolysis Europe - pyrolysis plant Hungary Turkey ## Technical Specifications | Parameter | Range | |---|---| | Feed material | End-of-life tyres, waste plastic (PE/PP/PS), biomass, sewage sludge | | Feed capacity | 1 – 50 t/day | | Pyrolysis temperature | 400 – 700 °C (tyres/plastic), 350 – 500 °C (biomass) | | Kiln type | Indirect-heated rotary kiln (externally fired) | | Heating medium | Natural gas or syngas recirculation | | Residence time | 30 – 90 min | | Products (tyres) | Oil 40–50 %, Syngas 10–15 %, Char/Carbon 30–35 %, Steel wire | | Products (plastic PE/PP) | Oil 70–85 %, Gas 10–20 %, Char <5 % | | Oil quality (tyre) | Calorific value ~42 MJ/kg (similar to diesel) | | Condenser train | Multi-stage water-cooled condensers | | Emission control | After-burner for non-condensable gas | ## Product Outputs **Waste Tyre Pyrolysis (per tonne of input):** - Pyrolysis oil: 400–500 kg (fuel oil, sold to cement kilns, shipping, power plants) - Carbon black: 300–350 kg (reinforcing agent or fuel) - Steel wire: 120–150 kg (scrap metal) - Syngas: 100–150 Nm³ (recycled to heat the kiln) **Waste Plastic Pyrolysis (PE/PP, per tonne):** - Pyrolysis oil (CPO): 700–850 kg (equivalent to gasoil/naphtha) - Syngas: 100–200 kg (fuel for kiln) - Char: <50 kg ## System Scope — Lozzar Supply Complete turnkey plant includes: 1. Feed handling: shredder (tyres to <50 mm chips), conveyor, feed bin 2. Rotary kiln reactor: refractory-lined, externally heated, sealed atmosphere 3. Char discharge and conveying 4. Hot gas condenser train: primary, secondary, water scrubber 5. Oil storage tank and pump 6. Non-condensable gas (NCG) handling: compressor or direct recycle to burner 7. After-burner for NCG combustion (emission compliance) 8. Control system: PLC + HMI, continuous temperature monitoring 9. Emission control: cyclone + WHR + bag filter on combustion exhaust ## Regulatory Context - EU Waste Framework Directive and national permits required - End-of-waste status for pyrolysis oil varies by member state - REACH and CLP compliance for carbon black classification - Lozzar provides CE-marked equipment; plant permitting is client responsibility ## What to Send for a Quote 1. Feed material type and specification (tyre size, plastic type, moisture) 2. Target processing capacity (t/day) 3. Site country and permitting status 4. Preferred outputs: oil quality requirements, char use 5. Utility availability: electricity (kW), water, natural gas 6. Plot plan or available footprint ## Supplier Lozzar Process (Lozzar KFT) — Budapest, Hungary Manufacturing: Ermak Proses, Istanbul, Turkey (ISO 9001:2015 certified) WhatsApp: +36 70 244 9628 Email: info@lozzarprocess.com Product page: https://lozzarprocess.com/en/products/energy-recovery/pyrolysis