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CORE / PROPRIETARY ENGINEERING

Proprietary Engineering Systems

The ability to operate continuously comes from multiple engineering systems working together within the same boundary, rather than a single device or point parameter. Here are the currently precipitated core system modules; as R&D and project practice progress, the system will continue to expand.

CIRCULAR
REACTOR PATH
System perspectiveThermal, gas circuit, sealing and safety collaboration
Review byVerify with working condition, path and maintenance conditions
Extension principleContinuously develop new self-developed modules

System Reading Method

Let key capabilities enter the engineering boundary,
Instead of staying at a single point of configuration.

Each system module should be reviewed back to material properties, thermal paths, operating hours, maintenance conditions and site safety. They jointly serve the four main lines of energy utilization, material reaction, stable operation and engineering safety.

01

Energy path

Boundary of combustible gas, heating and condensation

02

Material path

Isothermal, Cooling and Product Protection

03

Safe Path

Sealing, Pressure Relief & Interlocking Review

Olten Continuous Pyrolysis Equipment Engineering Evidence

ENGINEERING EVIDENCE WINDOW

LIVE EQUIPMENT / PIPELINE

System capabilities must be reviewed back to actual operating, energy path and maintenance conditions.

From equipment structure to project delivery, Olten organizes continuous operation conditions with interrelated engineering modules and continues to precipitate R&D experience into discussable and verifiable system capabilities.

ENERGY · MATERIAL · SAFETY

Current System Module

From energy cycling to safety boundaries,
Constitute a sustainable expansion engineering system.

The following are the core modules currently on display. Each item shall be confirmed in combination with specific raw materials, site, heat source and project conditions; subsequent new self-developed content will be continuously added with the same engineering logic.

01ENERGY LOOP

Independent high temperature pyrolysis combustion chamber

GASHEAT

Establish independent collection, control and combustion heat supply paths around pyrolyzable combustible gases, and integrate heat source, gas path and tail gas treatment into the same engineering boundary.

  • Targeted utilization of combustible gas
  • Heating path reviewable
  • Exhaust gas treatment boundary
02EVEN HEATING

Inner cylinder groove type heat soak structure

MIX / HEAT

Improve the heating uniformity of complex materials with the idea of lifting and throwing with the rotation of the cylinder, and reduce the differences in accumulation, agglomeration and local reactions.

  • Complex material adaptation
  • Thermal path design
  • Product Stability Basis
03SAFE COOLING

Independent high-efficiency cooling system

COOL

Transfer the high-temperature charcoal into an independent cooling path, and establish the necessary engineering buffers around continuous discharging, product protection, and host thermal stress management.

  • Continuous discharge boundary
  • High temperature carbon protection
  • Thermal stress management
04ANAEROBIC SEAL

Self-developed mechanical seal device

SEAL / ANAEROBIC

The service equipment is dynamically sealed and stabilized in anaerobic working conditions to reduce the interference of outside air on the continuous carbonization process, gas path status and operating rhythm.

  • Dynamic sealing conditions
  • Stable anaerobic environment
  • Continuous operation basics
05PRESSURE RELIEF

Explosion-proof and vertical pressure relief devices

RELIEF

Place the pressure release path, on-site personnel safety and equipment recovery conditions into the project design, and clarify the safety boundaries under abnormal working conditions.

  • Pressure Release Path
  • Field work boundaries
  • Safety Interlock Review
06CONDENSATION

Continuous purification system for condensing cabinets

CONDENSE

Conduct independent condensation and purification treatment of combustible gases, and reduce the interference of coking and clogging on continuous operation around the cleanliness of tar, condensate and gas circuits.

  • Independent treatment of combustible gases
  • Condensate Management
  • Air path stability

Project review

Put system power back into your raw materials,
Confirmation in the working condition and project boundary.

Please prepare the nature of the raw materials, expected processing scale, site conditions, existing heat sources and target products. Based on the project conditions, Olten will help you determine the system modules, data levels, and next-step project communication paths that need priority verification.

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