In the palm oil industry, small and medium - sized palm oil mills often face challenges when selecting refining equipment. This article aims to provide in - depth insights into the key technologies and market trends of energy - saving mini palm oil refining equipment, helping these enterprises make more informed decisions.
Small and medium - sized palm oil mills usually have limited resources, including human resources and capital. When choosing refining equipment, they need to balance between cost, energy consumption, and production efficiency. For example, high energy consumption not only increases production costs but also goes against the trend of sustainable development. According to industry research, about 30% of the production cost in traditional palm oil refining comes from energy consumption.
To understand the energy - saving performance of equipment, it is necessary to compare key energy - consumption indicators such as steam consumption, power consumption, and soft water usage. Industry standards suggest that for a medium - sized palm oil mill with an annual output of 10,000 tons, the steam consumption should be controlled within 0.8 tons per ton of refined oil, the power consumption within 80 kWh per ton, and the soft water usage within 0.5 cubic meters per ton. By comparing these indicators, manufacturers can clearly understand the 'low - energy - consumption' concept and its implementation methods.
The energy - saving refining equipment mainly uses carbon steel materials, which have good stability. Moreover, it is equipped with multiple national - patented technologies as the core of low - energy - consumption technology. These technologies can effectively reduce energy consumption while ensuring the stability of the production process. For instance, a certain patented heat - exchange technology can increase the heat - exchange efficiency by 20%, thereby reducing steam consumption.
The PLC intelligent control system plays a crucial role in simplifying operations and automating the production process. It can monitor and adjust various parameters in real - time, such as temperature, pressure, and flow rate, ensuring the stability and efficiency of the production process. With the PLC control system, the production process can be automated, reducing the need for manual intervention. For example, in a palm oil mill using this system, the production cycle has been shortened by 15%.
This energy - saving equipment is designed to require only 2 - 3 operators. This design takes into account the human - resource limitations of small and medium - sized enterprises. By improving the automation level, the equipment can not only reduce labor costs but also improve production efficiency and product - quality consistency. In a real - world case, a small palm oil mill reduced its labor cost by 40% after using this equipment.
Let's take a small palm oil mill in Malaysia as an example. After using this energy - saving refining equipment, the steam consumption decreased from 1.2 tons per ton of refined oil to 0.7 tons, the power consumption from 100 kWh per ton to 70 kWh, and the soft water usage from 0.8 cubic meters per ton to 0.4 cubic meters. At the same time, the production efficiency increased by 25%, and the product - quality consistency improved significantly.
In conclusion, the energy - saving mini palm oil refining equipment offers significant advantages in terms of energy - saving, production efficiency, and cost - reduction for small and medium - sized palm oil mills. If you are a small or medium - sized palm oil mill looking for a reliable and energy - saving refining solution, click here to learn more about our advanced energy - saving palm oil refining equipment.