Palm Oil Mill Effluent POME Treatment Production Line

Palm Oil Mill Effluent (POME) Treatment Processing Equipment, Production Line & Turnkey Solution

Advanced Wastewater Treatment Processing Equipment & Production Line Solutions — Turn POME from Liability into Energy Asset

1. Why Every Palm Oil Mill Needs a POME Treatment Production Line

Palm oil is widely used in catering, food industry and oleochemical industry, and the wastewater brought by palm oil production process is a major factor causing environmental pollution. This is very meaningful for the research of palm oil wastewater treatment process.
Without a proper POME treatment production line, palm oil mills will face:
Regulatory shutdowns & heavy fines
Loss of sustainability certifications
Reputational damage with international buyers
Wasted biogas energy potential

The Opportunity: A well-designed POME treatment processing equipment and production line doesn’t just achieve compliance — it generates renewable biogas energy, reduces carbon footprint, and creates a new revenue stream.

2. Huatai POME Treatment Processing Equipment & Production Line Solutions

The main source of palm oil mill effluent is generated during the separation process of crude palm oil. The main pollutants are palm oil, pomace and water, among which COD and BOD are high. It is mainly composed of pulp starch, fiber, etc. during the palm oil pressing process. In theory, these substances can be removed through biochemical reactions, but because of high excessive oil, it can inhibit the normal growth of bacteria. This is a major challenge in the processing. So the key to palm oil wastewater treatment is oil removal.

Currently, Palm oil mill effluent from palm oil processing can be effectively treated by decomposing and removing it by certain means.

1) According to the characteristics of high oil content and high pollutant concentration such as COD and BOD in palm oil mill effluent, it must be pretreated to reduce the content of floating oil and emulsified oil in the wastewater. Then, through the biochemical process to decompose the oil in the wasterwater into small molecules, it can be removed through the subsequent process, and in this process, COD and BOD in sewage can also be removed through biochemical reactions.

2) Due to the large difference in density between oil slicks (fields) and water, physical methods can be used to separate oil from wastewater, and emulsified oil has a similar density to water, and the particle size of oil droplets, it must be demulsified to make the small oil droplets gather into large oil droplets, and then they can be separated from the water phase by physical and other means. The emulsified oil is finely distributed in water, so there is no clear boundaries, so organisms can come into direct contact with the emulsified oil and break it down.

3) However, in biochemical treatment, if the oil is not in an emulsified state, the oil is in the upper layer of the liquid, it has less chance of contacting the sludge and organisms in the reactor, and it is very difficult to decompose. So the biochemical reaction is the key in design. It must be able to absorb the suspended oil after physical and chemical treatment for a long time, so that to be removed by long retention and contact with creatures.

4) Therefore, the Huatai palm oil wastewater treatment process chooses the combined process of grid + oil separation + air flotation + anaerobic acidification + aerobic biological treatment to achieve effective treatment of wastewater.

3. Core Processing Equipment in POME Treatment Production Line:

Real-World Example: A 45 TPH palm oil mill (like our Cameroon project) can generate enough biogas to power a 1.5–2 MW captive power plant, reducing diesel costs by up to 70%.

4. POME Treatment Processing Equipment Technical Specifications

5. Why Choose Huatai’s POME Treatment Processing Equipment & Solutions?

Henan Huatai Environmental Engineering Co., Ltd., a Henan Huatai Intelligent Equipment Group subsidiary, was founded in 2017. Focusing on the comprehensive treatment of environmental pollution and resource utilization, it firmly serves the national ecological civilization development strategy. It is committed to becoming a global technology leader and trusted environmental comprehensive treatment service provider. The company focuses on environmental technology research and development, environmental engineering design, environmental engineering construction, and environmental equipment research and manufacturing. Its business covers environmental governance fields such as wastewater waste gas, solid waste, and resource utilization.

The company has its own research and development laboratory. Focusing on the scientific and technological needs of national ecological civilization construction, it focuses on environmental pollution control, pays equal attention to theoretical and applied research, focuses on solving the key and critical problems of pollution prevention, provides customized solutions for enterprises and local ecological environment with scientific theory and technical support, leads scientific development, and becomes one of the characteristic scientific and technological innovation bases integrating scientific research and achievements transformation.

The company has modern automated production equipment that can independently research develop, process, and manufacture non-standard equipment for wastewater and waste gas. The company strictly controls the entire process from research and development, and design to processing and manufacturing, emphasizing the rationality of product design, operational reliability, and ease of operation, ensuring that every product produced can meet customer needs and providing the best after-sales service to customers.

6. Frequently Asked Questions (FAQ)

Call to Action — Get Your POME Treatment Processing Equipment Quote

Request a Free POME Treatment Processing Equipment & Solution Assessment – Provide your palm oil mill plant details:

FFB processing capacity (TPH)

Current wastewater treatment method

Target: compliance / biogas power

Project location