Filtration and Screening Technology for the Agriculture and Aquaculture Industry

The agriculture and aquaculture industry is a vital pillar of the global economy, responsible for the sustainable management of food and resources. In agriculture, screening technology is used to separate seeds and crops to remove impurities, ensuring the healthy growth of the crops; In aquaculture, filtration systems are used to remove suspended solids and harmful substances from the water, maintaining water quality. The application of these technologies not only improves production efficiency and product quality but also promotes sustainable development. With the continuous advancement of technology, intelligent and automated solutions are gradually becoming mainstream in the industry, helping agriculture and aquaculture address the challenges of climate change and resource scarcity, ensuring food safety and ecological balance.

Common issues in the agriculture and aquaculture industry include water quality pollution, pest and disease control, and resource waste. Water quality pollution can lead to restricted crop growth and declining fish health, thereby affecting yield and quality; The outbreak of pests and diseases may result in losses of crops and aquatic products, increasing production costs. Additionally, resource waste such as excessive use of water resources and feed can burden the environment, further impacting the achievement of sustainable development goals.

• Uneven distribution of particulate matter
• Membrane fouling and blockage
• Membrane blockage
• Expensive maintenance and replacement costs

• Soil screening. In agricultural production, screening technology is used to remove stones and impurities from the soil, improving soil structure, enhancing soil fertility and moisture retention, thereby promoting crop growth.
• Seed selection. In the agricultural planting process, screening technology is used for seed selection, removing unqualified seeds and impurities to ensure the quality of the seeds sown, improving crop yield and quality.
• Water quality filtration. In aquaculture, filtration equipment is used to treat the culture water, removing suspended solids, bacteria, and harmful substances, ensuring clean water quality and promoting the healthy growth of aquatic organisms.
• Feed processing. In aquaculture, feed is processed through screening and filtration technologies to remove unqualified particles and impurities, ensuring the uniformity and nutritional value of the feed, thereby improving farming efficiency.
• Wastewater management. In the processes of agriculture and aquaculture, screening and filtration technologies are employed to treat wastewater, removing pollutants and suspended solids, reducing environmental impact, and promoting the recycling of water resources.
• Disease control. Through screening and filtration technologies, harmful organisms and pathogens in the planting and breeding processes are removed, lowering the incidence of diseases and improving the health levels of crops and aquatic products.
• Product inspection. In the processing of agricultural and aquatic products, screening and filtration technologies are used for quality testing, ensuring that each batch of products meets safety standards and safeguarding consumer health.

Perforated Metal Sheet

Perforated Metal Tube

Flat Wedge Wire Screen Panels

Filter Nozzle

By optimizing crop management and the ecosystem of aquaculture, promoting sustainable agricultural practices, we can better protect soil and water resources, promote ecological balance, ensure food safety and quality, and create a healthier living environment for the future.

• Improve product filtration accuracy
• Reduce maintenance costs
• Enhance product chemical stability
• Extend equipment service life

Applications of Perforated Sheets in Agriculture