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Back to Technical Selection

OLT Product Series / Engineering Selection Index

Equipment Models & Specifications

Equipment specifications and models are only used as a preliminary reference for the project. Welcome to contact Olten and we will match you with the most suitable equipment model based on your actual working conditions.

Actual working conditions are preferred
Continuous system · Mobile deployment · Batch verification · Activated carbon activation

Series reading method

Four engineering directions,
A set of project matching logic.

The following series are used to help you identify which engineering phase of your current project is in continuous scale, mobile deployment, batch validation, or activated carbon deep processing. The series description is not a substitute for on-site data; the nature of the raw material, the scale of processing, the heat source, the site, the utilities and the target product should be confirmed in the same project material.

Controlled ModelOLT-Continuous · OLT-Mobile · OLT-Batch · OLT-Activated Carbon
Match OriginRaw materials, heat sources, target products and site conditions
Communication principlesReview the system using project boundaries, not single-page parameter alternatives

Industrial Grade Product Matrix

Four major pyrolysis and activation equipment series

First confirm which type of project is operating within the boundaries of the project, and then discuss the specific equipment configuration and scope of supply.

01 / Continuous large-scale production

OLT-Continuous

Continuous pyrolysis system

Continuous feedingContinuous discharging

For projects with relatively clear raw material supply, operation teams, and product paths, the project boundaries should be established around continuous FEED, thermal path, gas path control, cooling discharging, and safety interlocking.

CONTINUOUS FLOW Continuous feedingPyrolysis reactionCooling protectionStable discharge

Engineering Focus

  • Continuous feeding and sealed boundaries
  • Thermal Energy Cycle and Temperature Zone Control
  • PLC working condition record and safety interlock
Submit matching criteria
Main Model OLT-D1000 OLT-D1500 OLT-D2000
Typical Processing Capacity 1–1.5 m³/h 4–4.5 m³/h 7–7.5 m³/h
Total Installed Power 95 kW 127 kW 134 kW
Prerequisites for selection Raw material, heat source, moisture content and front-end pretreatment need to be confirmed simultaneously Raw material, heat source, moisture content and front-end pretreatment need to be confirmed simultaneously Raw material, heat source, moisture content and front-end pretreatment need to be confirmed simultaneously

* The table lists preliminary engineering concerns from initial project discussions. Specific configurations, scope of supply, performance boundaries, and project documentation shall be based on the technical solution confirmed by both parties.

02 / Distributed & Rapid Deployment

OLT-Mobile

Mobile/Containerized Pyrolysis System

Module transportationOn-site access · Project confirmation

It is suitable for communication scenarios where raw materials are widely distributed, projects require phased verification, or on-site construction conditions are limited. Mobility does not mean simplifying the project boundary. Material supply, heat source, exhaust gas and transportation conditions must still be reviewed together.

MODULE BOUNDARY Module transportationOn-site accessAuxiliary systemProject confirmation

Engineering Focus

  • On-site transportation and layout conditions
  • Raw material storage and front-end interface
  • Modular collaboration of auxiliary systems
Submit matching criteria
Project focus Deployment sites and transportation channels Raw material storage and pretreatment Utility Access Conditions
Thermal boundary Starting the heat source and running the heat source Exhaust Gas Treatment and Thermal Energy Utilization Operation team and maintenance conditions
Output path Fuel charcoal Biochar Carbon base material / project confirmation
Project Conclusions Field matching is not replaced by a single parameter; configurations need to be confirmed based on raw materials, site and target product Field matching is not replaced by a single parameter; configurations need to be confirmed based on raw materials, site and target product Field matching is not replaced by a single parameter; configurations need to be confirmed based on raw materials, site and target product

* The table lists preliminary engineering concerns from initial project discussions. Specific configurations, scope of supply, performance boundaries, and project documentation shall be based on the technical solution confirmed by both parties.

Batch process and test verification

OLT-Batch

Intermittent / batch pyrolysis system

Feeding, heating, heat preservation, cooling, batch inspectionCooling · batch inspection

Ideal for projects that require batch processing, verify the pyrolysis behavior of special raw materials, or where small batch product inspection is the priority. The design focuses on whether batch feeding, temperature control curve, cooling protection and inspection methods form a closed loop.

BATCH LOOP FeedingHeatingHeat preservationCoolingBatch inspection

Engineering Focus

  • Batch feeding and safe operation
  • Temperature control curve and residence time
  • Product Cooling and Batch Inspection
Submit matching criteria
Process issues Raw material batch variance Target carbonization temperature zone Product detection method
Confirm information Moisture, ash, particle size Expected fixed carbon and volatile matter Single Batch Material Balance Record
Adaptation direction Special raw material verification Small batch product development Pre-process data accumulation
Project Conclusions Specific furnace type, charging amount and auxiliary configuration, subject to confirmed project information Specific furnace type, charging amount and auxiliary configuration, subject to confirmed project information Specific furnace type, charging amount and auxiliary configuration, subject to confirmed project information

* The table lists preliminary engineering concerns from initial project discussions. Specific configurations, scope of supply, performance boundaries, and project documentation shall be based on the technical solution confirmed by both parties.

04 / Deep processing of carbon base material

OLT-Activated Carbon

Activated carbon activation system

PrecursorActivation · product grading

Carbonization and activation are two different engineering stages. This series is used to review the complete process boundaries of activated carbon projects around precursor carbon base materials, activation thermal conditions, product cooling screening and target indicators.

ACTIVATION PATH PrecursorActivation thermal engineeringCooling and screeningProduct grading

Engineering Focus

  • Precursor carbon base and quality control
  • Activated thermal pathways and gas management
  • Alignment of cooling, screening and target metrics
Submit matching criteria
Precursor confirmation Coconut shell charcoal/wood charcoal, etc. Fixed carbon, ash and particle size Batch stability
Process boundaries Activation medium and thermal conditions Exhaust Gas Purification and Thermal Pathways Cooling and product protection
Target product Water treatment applications Air purification application Project-oriented confirmation of specific indicators
Project Conclusions The activation system should be confirmed separately with the carbonization precursor, target indicators and market path. The activation system should be confirmed separately with the carbonization precursor, target indicators and market path. The activation system should be confirmed separately with the carbonization precursor, target indicators and market path.

* The table lists preliminary engineering concerns from initial project discussions. Specific configurations, scope of supply, performance boundaries, and project documentation shall be based on the technical solution confirmed by both parties.

Next: Project Matching

Tell us about your actual working condition,
Then match the most suitable device family.

Please prepare the nature of the raw materials, expected processing scale, site conditions, existing heat sources and target products. Based on these project conditions, Olten will help you determine the system route, equipment configuration and engineering data that need to be verified in the next step.

Submit selection information