Batch pyrolysis plants
Cycle-based operation for staged projects, variable campaigns or feedstocks that need flexible loading plans.
- Loading and discharge sequence
- Cycle time and annual operating plan
- Labour, cooling and material handling
Pyrolysis equipment
Industrial Pyrolysis Plants for Waste Recycling
Compare industrial pyrolysis plant systems for tyres, plastics, medical waste, municipal waste, oil sludge and biomass, then request a technical review.
Plant selection centre
Choose an industrial pyrolysis plant configuration
Start with the material and operating plan, not a standard capacity claim. Pyrojin uses this page for the full plant range; the batch, continuous and feedstock pages below cover narrower project requirements.
Continuous pyrolysis plants
Integrated feeding and discharge for sustained operation with a more consistent, prepared feed stream.
- Particle size and feed consistency
- Stable operating hours and maintenance windows
- Upstream preparation and downstream handling
Feedstock routes
Open the page that matches the material
Each route still requires project-specific feedstock testing, engineering review and local compliance checks.
Tyres and rubber
Confirm rubber composition, steel-wire handling, size reduction and required oil or solid-output specifications.
Waste plastics
Screen the polymer mix, halogen content, moisture, ash and contamination before selecting a process line.
Medical waste
Local waste classification, segregation, pathogen-control and emissions obligations determine whether a route is feasible.
Municipal and landfill waste
Representative sampling must establish organics, moisture, inerts and contaminants before preparation is defined.
Oil sludge
Use a tested oil-water-solids balance and contaminant profile to define pretreatment, recovery and residue handling.
Biomass
Moisture, particle size, ash chemistry and the target biochar or liquid specification guide reactor selection.
Before requesting a configuration
Build a decision-ready project brief
These six inputs prevent an early equipment quote from becoming an unsupported performance promise.
- Representative feedstock samples, composition range and moisture
- Required daily and annual throughput plus planned operating hours
- Target liquid, gas and solid specifications and intended downstream use
- Available utilities, plot limits and upstream or downstream interfaces
- Local waste classification, emissions limits and permitting requirements
- Acceptance tests, measurement methods and evidence required before contract
PRODUCT CATEGORY
Feedstock-led system selection
Industrial pyrolysis equipment by operating mode
Pyrojin configures industrial pyrolysis equipment after the feedstock, operating plan, target outputs and site requirements are defined.
This hub covers batch and continuous routes for tyres, plastics, medical waste, municipal or excavated landfill waste, oil sludge and biomass. Capacity, yields, utilities, emissions controls and compliance requirements must be confirmed through project-specific testing and engineering review.
Start with representative feedstock data, required throughput, operating hours, output specifications and local permitting conditions.
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Cycle-based route for whole or prepared tyre feedstock; confirm composition, wire handling and output specifications.View More
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Cycle-based route for compatible plastic fractions; screen polymer mix, halogens, moisture and contamination first.View More
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Batch pyrolysis for characterized, compatible medical-waste streams. Treatment conditions, containment and emissions controls require project-specific validation.View More
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Cycle-based route for sampled municipal or excavated landfill waste; preparation depends on moisture, inerts and composition.View More
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Assess an oil sludge batch pyrolysis plant using representative sludge samples, batch records, recovered-liquid requirements and residue acceptance evidence.View More
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Plan a biomass to biochar batch reactor around traceable feedstock, batch-cycle records, char testing, intended use and a separately verified carbon claim.View More
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Continuous route for consistently prepared tyre or rubber feedstock with integrated feeding and solids discharge.View More
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Continuous pyrolysis for characterized plastic feedstock. Polymer mix, contaminants and feed preparation determine the required process and product testing.View More
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Continuous pyrolysis for characterized, compatible medical-waste streams. Feed preparation, treatment conditions and emissions controls require project-specific validation.View More
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Continuous route for prepared municipal or landfill-derived feed after composition, moisture and inerts are established.View More
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Define continuous oil sludge pyrolysis around feed consistency, conditioning, utility balances, liquid quality and documented residual-stream destinations.View More
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Compare continuous biomass pyrolysis using feed-handling trials, an explicit char or liquid target, downstream acceptance and measured energy boundaries.View More
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Project-integration route linking characterized waste, gas conditioning and power equipment; evaluate the full site energy balance.View More
2008
Company was founded
ABOUT US
Pyrojin ECO Industrial
Better Tech Makes Cleaner Products
Better Tech Makes Cleaner Products
Pyrojin ECO Industrial: Innovating Global Waste-to-Energy Solutions. Tyre Pyrolysis Machine Manufacturers and Plastic Pyrolysis Machine Factory in China.. Specializing in R&D and manufacturing of waste resource utilization equipment, our solutions support waste-resource projects worldwide. Company-level certification and patent documents are published for review; applicability must be confirmed for the selected equipment model and project
NEWS ARTICLE
Update News
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2026-07-20"Batch or continuous - which one is better?" This is the question we hear most often, and the hardest one to answer directly. Because they are not "good vs. better" - they are two designs built for di...Read technical article
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2026-07-17What a Biochar Making Machine Actually Does Feed biomass in one end, get a stable carbon-rich solid out the other - that's the short version. A biochar making machine seals raw material inside a cham...Read technical article
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2026-07-07What Plastic Pyrolysis Oil Actually Is Heat waste plastic to somewhere between 300°C and 500°C with no oxygen in the reactor, and the long polymer chains don't burn, they break apart. That thermal br...Read technical article
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2026-07-02The Critical Role of Tire Shredders in Waste Management Tire shredders are the foundational machinery in the rubber recycling industry, transforming bulky, non-biodegradable waste into manageable raw...Read technical article
Pyrolysis equipment
Match the pyrolysis plant to material and operating mode
A suitable pyrolysis plant is selected by feedstock composition, preparation requirements, daily throughput, output objectives and permitted operating conditions. Compare batch and continuous systems first, then open the material-specific equipment page for a more relevant project discussion.
Batch pyrolysis plants
Flexible cycle-based systems for smaller or variable feedstock programmes.
Open Batch pyrolysis plants Continuous pyrolysis plantsIntegrated feeding and discharge for sustained industrial operation.
Open Continuous pyrolysis plants Tyre pyrolysis plantContinuous equipment for prepared tyres and rubber feedstock.
Open Tyre pyrolysis plant Plastic pyrolysis plantContinuous equipment for compatible plastic feedstock.
Open Plastic pyrolysis plant Medical waste pyrolysis plantHigh-temperature continuous processing for compatible medical-waste streams.
Open Medical waste pyrolysis plant Continuous vs batch guideCompare the two operating modes before selecting a product configuration.
Open Continuous vs batch guidePlastic project path
Follow one evidence-led path from equipment to enquiry
Compare the operating routes, prepare the buyer inputs, check the supplier record and then send one project basis for engineering review.
Project enquiry
Contact Pyrojin