1. Reasonable design to reduce waste

1. Accurate calculation of load: In the design stage, the load should be accurately calculated according to the actual use requirements and specification requirements of the plant to avoid material waste caused by over-design.

2. Optimize the structural form: through the reasonable selection of structural form, such as the use of light steel structure system, the amount of steel can be effectively reduced, thereby reducing the cost.

3. Refine the space layout: reasonably plan the internal space layout of the plant, make full use of the space, reduce unnecessary space waste, and reduce the cost.

Second, the selection of materials is appropriate, high quality and low price

1. Use high-strength materials: High-strength steel has higher bearing capacity and durability, which can effectively reduce the amount of steel used, thereby reducing the cost.

2. Rational use of waste materials: On the premise of meeting the requirements of the specification, waste steel can be reasonably used for reuse to reduce material costs.

3. Selection of economic steel: On the premise of meeting the needs of use, you can choose economic steel, such as H-beam, cold-formed thin-walled steel, etc., to reduce material costs.

3. Fine construction to improve efficiency

1. Adopt prefabricated assembly technology: Through prefabricated assembly technology, construction efficiency can be improved, on-site operation time can be reduced, and construction costs can be reduced.

2. Optimize the construction process: Through a reasonable construction process arrangement, the cross operation on the construction site can be reduced, the construction efficiency can be improved, and the construction cost can be reduced.

3. Improve construction quality: high visibility and construction quality can reduce the later maintenance cost and improve the service life of the plant, thereby reducing the overall cost.

Fourth, strengthen project management and reduce risks
1. Establish a sound project management system: Through the establishment of a sound project management system, the smooth progress of the project can be ensured and the cost increase caused by poor management can be reduced.

2. Strengthen cost control: In the process of project implementation, it is necessary to strengthen cost control, strictly control various expenses, and ensure that the project cost is controlled within the budget.

3. Strengthen risk management: Predict and evaluate possible risks, formulate corresponding countermeasures, and reduce the increase in costs caused by risks.

Fifth, pay attention to maintenance and maintenance, and prolong the service life
1. Develop a maintenance plan: according to the use and specification requirements of the plant, formulate a reasonable maintenance plan, regularly inspect and maintain the plant, and ensure the normal operation of the plant.

2. Strengthen daily maintenance: Strengthen daily maintenance work, such as regular cleaning, anti-rust treatment, etc., can prolong the service life of the plant and reduce maintenance and replacement costs.

Optimizing the cost of one square meter of steel structure workshop needs to start from many aspects such as design, materials, construction, project management and maintenance.

Through reasonable design, material selection, construction and management, the cost of steel structure workshop can be effectively reduced and the cost performance can be improved.

Focusing on maintenance work can extend the service life of the plant and further reduce the overall cost.

In the future construction of steel structure workshops, we should pay more attention to the optimization of these aspects and contribute to the sustainable development of the enterprise.