Continuous Batch Pyrolysis Plant

A Continuous Batch Pyrolysis Plant efficiently converts waste materials into fuel through automated, low-oxygen thermal decomposition with minimal downtime.

Continuous Batch Pyrolysis Plant

A Continuous Batch Pyrolysis Plant is an advanced waste processing system designed to convert materials like waste plastic, rubber, and tires into valuable outputs such as pyrolysis oil, carbon black, and syngas. It operates on the principle of pyrolysis — thermal decomposition of materials in the absence of oxygen — but with improved automation and process flow.

Unlike traditional batch systems, this plant allows for continuous feeding and discharging while maintaining batch-wise thermal processing. This results in higher efficiency, reduced downtime, and consistent production output. With automated controls, energy-efficient heating, and environmentally friendly emissions handling, it offers a reliable and scalable solution for sustainable waste-to-energy conversion across various industries.

Description

A Continuous Batch Pyrolysis Plant is a modern waste-to-energy system that processes waste materials such as plastics, rubber, and used tires into valuable resources like pyrolysis oil, carbon black, and syngas. It operates through the pyrolysis process, where waste is heated in a low-oxygen environment to break down into usable by-products without combustion.

This type of plant features continuous feeding and automated residue discharge, while the pyrolysis process itself runs in batches. This hybrid design improves operational efficiency, reduces manual labor, and minimizes downtime between cycles. It is an ideal solution for industries looking for a cleaner, more efficient way to manage waste and recover energy in an environmentally responsible manner.

Products Images

Working Principles of Continuous Batch Pyrolysis Plant

A Continuous Batch Pyrolysis Plant combines the structured processing of batch pyrolysis with the operational efficiency of continuous systems. The process begins with the automated feeding of raw materials—such as plastic waste, rubber, or used tires—into a sealed pyrolysis reactor. The reactor is then indirectly heated to temperatures between 350°C and 500°C in an oxygen-free environment, preventing combustion and initiating thermal decomposition of the waste materials.

As the materials break down, they produce pyrolysis vapors and syngas. The vapors are passed through a condensation system to extract pyrolysis oil, while the non-condensable gases (syngas) are often recycled as fuel for heating the reactor. Once the pyrolysis cycle is complete, solid residues such as carbon black or metal wires (from tires) are automatically discharged, and the next batch can begin. This semi-automated flow ensures reduced downtime, lower labor requirements, and consistent product output, making it ideal for medium- to large-scale waste-to-fuel operations.

technical Specifications

Capacity30-50 tons/day
Voltage380V/50hz
Electric power consumption11KW
Alternative fuel type for startupNatural gas/heavy fuel oil
Heavy fuel oil800kg/Day
Lead time45Days
Plant minimum area occupied32 meters length, 15 meters width, 10 meters height
Condensation assembly weight7±5% tons
Pyrolysis reactor weight40±5% tons
Pyrolysis reactor diameter1700 mm
Maximum temperature of oil gas200 ℃
Cooling media type and its temperature at the inlet of the HXCooling water no more than 40 ℃
Required utilitiesInitial cooling water supply Electric power supply

Features

Overview

A Continuous Batch Pyrolysis Plant is an efficient waste-to-energy system that processes materials like plastic waste, rubber, and tires to produce valuable fuels such as pyrolysis oil, syngas, and carbon black. It operates by heating waste in an oxygen-free environment, causing thermal decomposition without combustion.

This plant combines the benefits of batch processing with continuous feeding and automatic residue discharge, allowing for higher throughput and reduced downtime compared to traditional batch systems. Its energy-efficient design, advanced control systems, and eco-friendly operation make it ideal for industries seeking sustainable solutions for waste management and fuel production.

Quick Inquiry

Scroll to Top

Proc Tech Machineries India Pvt. Ltd

For any query feel below details