Civil Engineering Drying Equipment

The civil engineering drying system is an automated drying solution that uses a brick house structure combined with a conveyor belt device, designed for medium-capacity egg tray production.

The system automates the production process through a continuous conveyor belt. The formed egg trays directly enter the drying channel and efficiently complete the drying process in a constant temperature environment of 180~280℃.

This system is usually equipped with advanced temperature control systems and humidity monitoring equipment to ensure that each egg tray is dried under optimal conditions, thereby ensuring product quality and consistency.

In addition, the brick house structure not only provides a stable thermal environment, but also has good thermal insulation performance, which helps to save energy and reduce consumption.

The conveyor belt device can adjust the speed according to production needs and flexibly adapt to the drying requirements of different batches of egg trays.

1. Cost Efficiency

30-50% lower cost compared to metal drying equipment

Economical operation with minimal maintenance requirements

2. Multi-Fuel Compatibility

Supports various heat sources: coal, gas, diesel, steam, thermal oil, etc.

3. Energy Saving & Eco-Friendly

20-40% shorter drying tunnel than industry standards (reduces energy consumption)

Zero smoke emissions, pollution-free operation

Optimized motor configuration minimizes electricity usage

4. Intelligent Temperature Control

Equipped with combustion chamber thermometer for real-time monitoring

Stable temperature regulation minimizes fuel waste

5. Durable Structure

Brick construction + insulation layer enhances longevity

6. High Performance & Automation

Consistent drying results unaffected by weather/humidity

Low labor intensity with high automation for improved efficiency

Poultry farming (egg trays/boxes)

Agriculture (fruit trays)

Packaging industry (bottle trays, inner packaging of electronic products)

Papermaking and pulp molding related industries

Infrastructure

Factory site (area customized according to production)

Civil construction materials

Ordinary bricks ≈40,000 pieces

High temperature resistant bricks ≈1000 pieces

Cement board (2m×0.5m×0.12m) ≈260 pieces

Insulation material (soil or cement)

Supporting equipment (need to be confirmed)

Power supply: three-phase/two-phase voltage

Pool and piping system

Cables and control switches

Installation tools and electric welders

Optional configuration

Burner (if using natural gas/diesel heat source)

The characteristics of civil engineering drying are that it occupies a large space and a long distance.

This drying method usually requires a larger site and a longer construction period to ensure that the materials can be fully dried, thereby improving the stability and durability of the building structure.

But we can provide customers with detailed guidance on how to build and how to save energy.For example, by optimizing the construction process and using efficient drying equipment, energy consumption can be reduced while ensuring the drying effect.

Although it occupies more space, it is cheaper than metal drying. The cost-effectiveness of civil engineering drying lies in the availability of its materials and low maintenance costs, making it the preferred option in many projects.

Free civil construction guidance

Energy optimization solution design

Equipment maintenance (5-year warranty for the main structure)

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