Heating Pipeline System Solutions
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Proposal Overview
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Heating Pipeline System Solutions
Transfer the heat generated by the heat source (usually in the form of hot water or steam) to the user end of heating, domestic hot water supply or industrial production process. To avoid heat loss of the conveying medium, insulated pipelines and distributed optical fiber leak detection systems are selected according to the hierarchical pipe network to reduce heat loss and improve overall energy efficiency.
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MEIDE GROUP
MEIDE GROUP
User challenge
Low energy efficiency
Low energy efficiency
The density of the insulation layer is uneven, and the eccentric insulation layer of the insulation pipe causes large heat loss, resulting in substandard room temperature for end customers.
Short service life
Short service life
Uneven thickness and improper interface treatment reduce the service life of steel pipes.
Difficult operation and maintenance
Difficult operation and maintenance
It is difficult to accurately find the leakage point when the pipeline leaks.
Solution
The primary and secondary pipe networks use sprayed and wound insulated pipes (according to customer needs).
The primary and secondary pipe networks use two-step insulation pipes (according to customer needs).
For the tertiary pipe network, one-step insulation pipes are selected.
Distributed optical fiber leak detection is an advanced
The primary and secondary pipe networks use sprayed and wound insulated pipes (according to customer needs).
It is composed of a working steel pipe, a sprayed polyurethane insulation layer, and an extruded polyethylene wound outer protective layer, forming a closely integrated trinity.
The primary and secondary pipe networks use sprayed and wound insulated pipes (according to customer needs).
The primary and secondary pipe networks use two-step insulation pipes (according to customer needs).
The high-pressure foaming machine is used to inject the raw liquid of rigid polyurethane foam plastic into the cavity formed between the steel pipe and the outer protective layer in one time. That is, the commonly known "pipe-in-pipe foaming process".
The primary and secondary pipe networks use two-step insulation pipes (according to customer needs).
For the tertiary pipe network, one-step insulation pipes are selected.
Through professional equipment, the production of the outer protective pipe by one-time coating and the pouring and forming of the insulation layer are carried out simultaneously. It is closely combined with the steel pipe to form a composite structure with both anti-corrosion and insulation properties inside and outside at one time.
For the tertiary pipe network, one-step insulation pipes are selected.
Distributed optical fiber leak detection is an advanced
Pipeline leak detection technology that uses optical fibers as sensing elements to monitor and locate liquid or gas leaks in long-distance pipeline systems in real-time. It can detect temperature, vibration, and strain.
Distributed optical fiber leak detection is an advanced
Program advantages
  • Sprayed and wound insulated pipe
    Sprayed and wound insulated pipe
    1. It improves the uniformity of the overall insulation layer density of the pipeline, compressive strength, and mechanical properties of the outer casing. 2. Reduces the axial eccentricity of the insulated pipe. 3. Reduces the thermal conductivity of the insulation layer and reduces energy loss. 4. The thickness of the insulation layer and the outer casing can be customized according to customer needs.
  • Two-step insulation pipe
    Two-step insulation pipe
    1. It is filled with rigid polyurethane foam to form a continuous and tight insulation layer, reducing heat loss, improving thermal transmission efficiency, and reducing energy consumption.
  • One-step insulation pipe
    One-step insulation pipe
    1. High production efficiency and can shorten the construction period. 2. High degree of mechanization and reduces human errors. 3. Reduces energy consumption and production costs and improves product quality.
  • Distributed optical fiber leak detection
    Distributed optical fiber leak detection
    1. Optical fiber can be used for detection and communication. 2. Long service life and simple maintenance. 3. Long detection distance, and a single host can cover more than 40 kilometers. 4. Optical fiber is a non-metallic conductor with strong anti-interference ability and high reliability. 5. Optical fiber detection is without electricity and is also suitable for special scenarios such as mines and fire protection.
Application scenario
Taian Shiheng waste heat is introduced into Jinan
Taian Shiheng waste heat is introduced into Jinan
Laiwu industrial waste heat is used to provide heat supply service for Tai 'an City.
Laiwu industrial waste heat is used to provide heat supply service for Tai 'an City.
Rongcheng nuclear heating supporting pipe network and facility construction project
Rongcheng nuclear heating supporting pipe network and facility construction project
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