In industries such as fine chemicals, new materials processing, and chemical additives production, the stability and safety of the thermal energy system directly affect continuous operation. Among many heat-source solutions, vertical thermal oil boilers that provide stable medium-to-high-temperature heat transfer media are drawing increasing attention. When selecting vertical units, procurement teams typically compare suppliers’ technical capabilities, engineering experience, and equipment...
Every customer is concerned about the service life of products he purchases. Extending the service life of thermal oil heater is helpful for reducing customer’s costs and increasing profits. Different existing thermal oil heaters on the market have different service years.
According to the differences in fuel and structure, industrial thermal oil heaters are mainly divided into the oil/gas-fired thermal oil heater and coal/biomass-fired thermal oil heater. The basic configurations of the thermal oil boiler system generally are as follows.
Water treatment outside the boiler
Before entering the boiler, raw water is treated with water treatment equipment to remove impurities such as hardness, salinity, dissolved oxygen, etc., so that the feed water can meet the water quality requirements specified by steam boiler. Common water treatment equipment includes sodium ion exchange water softening equipment, ion exchange desalination equipment, reverse osmosis water purification equipment and thermal oxygen removal equipment.
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Organic thermal fluid boilers play an important role in industrial production and heating as advanced heat conversion equipment. Now, let's learn about some key information regarding the pricing of organic thermal fluid boilers.
What are the price range of organic thermal fluid boilers from ZOZEN
There are many factors that influence the pricing of organic thermal fluid boilers. Firstly, market demand and supply dynamics play a significant role. The current market demand for organic thermal ...
Mixing different fluids and subjecting them to high temperatures can have unpredictable results. In addition, once fluids have been mixed, the baseline analysis of the fluid is no longer applicable making it difficult to perform an annual analysis of the fluid for degradation.
Combustion Efficiency
Combustion efficiency is the effectiveness of the burner only and relates to its ability to completely burn the fuel. The boiler has little bearing on combustion efficiency. A well-designed burner will operate with as little as 15% to 20% excess air, while converting all combustibles in the fuel to thermal energy.
Thermal Efficiency
Thermal efficiency is the effectiveness of the heat transfer in a boiler. It does not take into account boiler radiation and convection losses - for example, from the boiler shell, water column piping, etc.
Fuel-to-Steam Efficiency
Carrying out the exhaust work of a thermal oil heater smoothly is essential for maintaining the efficiency, safety, and longevity of the system. Proper exhaust management ensures that combustion gases are safely discharged, prevents back pressure, and maintains optimal combustion conditions. ZOZEN Boiler, with its extensive experience in designing and manufacturing industrial boilers and thermal oil heaters, employs a comprehensive approach to ensure efficient and safe exhaust systems. Here's ho...
