Industrial cogeneration

Industrial cogeneration

Industry pain points and needs:

• 01

  The dual carbon goal continues to advance, and environmental protection and emission requirements continue to tighten
• 02

  Gradually eliminate backward production capacity and improve production efficiency
• 03

  The energy cost of enterprises is gradually increasing
• 04

  Stable supply demand for electricity, heat and other types of energy

Cogeneration solutions for industrial enterprises/parks

Industrial enterprises and parks need a large amount of electricity, heat and other different quality energy, the traditional separate power supply and heating methods cause great heat loss, low energy utilization efficiency, production capacity and energy mismatch, resulting in increased energy costs for customers.
Through gas turbines to generate electricity, high-temperature flue gas generates steam, hot air, hot water and other energy through waste heat utilization equipment, realizing the cascade utilization of energy and improving comprehensive energy efficiency.

Technical Processes

Solution Advantages and Features

• Energy cascade utilization

  The system energy efficiency can reach more than 85%
• Reduce costs and increase efficiency

  One system meets the needs of multi-category energy supply and reduces energy costs
• Environmentally friendly

  Discharge cleanliness No denitrification equipment required, low noise, and emission compliance
• Smart and convenient

  Remote monitoring, one-click start-stop fault warning

Application Industries

ceramics and metal manufacturing industry; textile, printing and dyeing industry; papermaking and printing industry; pharmaceutical and food processing industry; rubber and plastic products industry; general equipment manufacturing industry; sludge treatment industry;

Application Cases

Sichuan Lihong Ceramic Distributed Energy Cogeneration Project

Architectural ceramics belong to the "double high" industry, with greater pressure on energy conservation and consumption reduction, and it is imperative to convert coal to gas in spray drying towers. The project is equipped with gas turbines and supplementary combustion and temperature control equipment, replacing the original gas hot blast stove, and meeting the hot air required for the production of electricity and drying towers through the use of energy cascades, greatly reducing the production cost of enterprises.

The flue gas directly enters the drying tower to dry the mud to prepare powder, and the pollutant emission is more than 50% lower than the drying tower standard

Optimizing energy consumption costs reduces powder production costs by 20%

The comprehensive energy efficiency of the system has reached more than 85%

Customized development to achieve a high degree of intelligence in the production process

Project location: Neijiang, Sichuan

Delivery time: June 2023

Unit model: E2100*2