Project Overview

• Project Name: Steel Structure Engineering for Biomass Power Plant
• Project Type: Industrial Energy Building / Biomass Power Generation Facility
• Engineering Scope: Steel structure main frame construction, chimney and auxiliary facility steel structure installation, roofing and wall panel construction
• Application Scenarios: Biomass fuel processing, power generation equipment support, energy production

This project is a crucial undertaking in the field of bioenergy. The construction objective is to provide a safe, high-strength, and durable steel structure building to support boilers, fuel delivery systems, and power generation equipment, ensuring the long-term stable operation of the power plant. The steel structure system, as the core load-bearing framework, ensures that the building meets high industry standards in terms of load-bearing capacity, vibration resistance, and construction period.

Project Background

Biomass power plant construction differs from typical industrial plant construction, presenting unique design and construction challenges:

• 1. Supporting heavy-duty equipment: Boilers, conveying systems, and generator sets are extremely heavy.
• 2. High-temperature and vibration environment: Steel structures must withstand the temperature and mechanical vibrations during long-term operation.
• 3. Multi-functional space: Equipment areas, fuel storage areas, and control rooms require a rational layout.
• 4. Strict safety regulations: Fire prevention, explosion protection, and corrosion resistance design are core requirements.

Our company is responsible for the steel structure construction and the installation of critical facility support structures for this project, ensuring that both engineering quality and safety management meet energy industry standards.

Steel Structure Design Highlights

Designed to meet the specific requirements of biomass power plants, this steel structure project features the following characteristics:

• 1. High-strength load-bearing structure: supporting large boilers and equipment platforms.
• 2. Vibration-resistant design: reinforcement measures are applied to critical nodes to ensure safe equipment operation.
• 3. Modular construction: components are prefabricated and quickly assembled on-site.
• 4. Corrosion protection: the steel surfaces are treated with anti-corrosion coatings to withstand high-temperature and high-humidity environments.

Through precise measurement and professional lifting, every steel beam, support column, and platform component is accurately installed, ensuring the overall structural stability.

Roof & Wall System

The roof and walls of the biomass power plant utilize a high-temperature resistant and corrosion-resistant color steel plate system. Construction features include:

• 1. Zoned installation to accommodate the different requirements of the high-temperature equipment area and the storage area.
• 2. Fire-resistant design conforming to energy industry standards.
• 3. High degree of flatness, facilitating pipeline layout and equipment installation.
• 4. Ensuring a safe internal environment within the plant and facilitating subsequent equipment maintenance.

Through standardized construction processes, the roof and walls form an integrated load-bearing system with the steel structure, providing a reliable foundation for the power plant's operation.

Project Results

Upon completion of the project, the biomass power plant achieved the following:

• 1. A high-load-bearing and stable steel structure system to support large power generation equipment.
• 2. A rationally partitioned plant layout, facilitating fuel handling and equipment maintenance.
• 3. A fire-resistant, corrosion-resistant, and earthquake-resistant roof and wall system to ensure energy security.
• 4. The project was completed on schedule, and the power plant successfully commenced operation.

This project demonstrates our company's professional capabilities and extensive experience in steel structure construction for the energy industry.