Thermal fluid degradation or “burn-up” in a thermal fluid heater can be a significant issue that leads to the loss of fluid properties, system inefficiency, and potential equipment damage. Here are the common reasons why thermal heating fluid may degrade or burn up in your thermal fluid heater:
1. Overheating:
Exceeding the thermal fluid’s maximum recommended operating temperature can lead to ‘cracking’ or breaking down of the fluid. This may produce low molecular...
Choosing a thermal fluid (also known as a heat transfer fluid or HTF) for an industrial boiler application is a critical decision, as it directly impacts the safety, efficiency, and performance of your heating system. Here’s a step-by-step guide to help an industrial boiler buyer or manufacturer choose the right thermal fluid:
1. Operating Temperature Range:Determine the required operating temperature range of your application. Choose a thermal fluid that has a bulk temperature operating ...
If the electric current of the circulating pump in a thermal oil heater is lower than the normal value, it may indicate a problem with the pump or the system. Here are some potential causes and solutions:
1. Low fluid level: If the thermal oil level is low, the pump may not be able to circulate the oil properly, leading to lower current readings. Check the fluid level and add more oil if necessary.
2. Clogged filter: A clogged filter can restrict the flow of thermal oil, causing the pump to wo...
Regular maintenance is essential to ensure safe and efficient operation of industrial thermal oil heaters. Here are some of the key maintenance tasks that should be performed:
1. Daily checks: The operator should perform daily checks of the heater, including checking the fuel level, the temperature of the thermal oil, and the pressure of the system.
2. Cleaning: The heater should be cleaned regularly to remove any buildup of soot, ash, or other debris that can reduce efficiency or cause damage...
Boiler economizers are devices that help to improve the efficiency of industrial boilers by recovering heat from the flue gas and transferring it to the boiler feedwater. In this article, we will explore how boiler economizers work and the benefits they offer. We will also introduce ZOZEN's boiler and economizer solutions that can help improve the energy efficiency of your industrial operations.
How Do Boiler Economizers Work?
A boiler economizer is essentially a heat exchanger that recovers w...
The textile industry in the European Union (EU) typically prefers to use steam boilers for their production processes.
Specifically, textile plants in the EU commonly use the following types of industrial boilers:
Gas-fired steam boilers: These boilers are a popular choice for textile plants in the EU because they are efficient and cost-effective. They can operate on natural gas or liquefied petroleum gas (LPG) and can deliver high-quality steam at a consistent rate.
Oil-fired steam boilers: ...
The boiler economizer is a device installed at the lower part of the flue at the tail of the boiler to recover the waste heat of the flue gas. It absorbs the heat of the high-temperature flue gas to heat the boiler feed water, reduces the flue gas temperature of the boiler, saves energy and improves the thermal efficiency of the boiler. What is the efficiency of boiler economizer and how to ensure it?
The working principle of the boiler economizer is that the flue gas at the tail of the...
Thermic fluid heater boilers are widely used in a variety of industries because of their excellent performance and energy efficiency. They offer several benefits over traditional steam boilers, including better temperature control, easy operation, and low maintenance costs. Here are some frequently asked questions about thermic fluid heater boilers:
1, What is a thermic fluid heater boiler?
A thermic fluid heater boiler is a device that uses thermal oil or heat transfer oil to transfer heat fr...
