Smart fisheries rely on the Internet of Things, big data, and intelligent devices to transform traditional aquaculture. Real time monitoring of dissolved oxygen, pH, and water temperature through water quality sensors, automatic start stop of oxygenation, water replacement, and feeding equipment, reducing manual duty. Paired with underwater cameras, intelligent cages, and unmanned aerial vehicles for precise monitoring of fish and shrimp growth environments, reducing the risk of diseases and water pollution. The system can summarize breeding data for analysis and prediction, plan breeding density and feeding amount reasonably, improve aquatic product yield and quality, save water and materials, and be environmentally friendly and efficient. It is the mainstream mode of digital transformation and upgrading of aquaculture.

Irrigation engineering is a fundamental water conservancy facility for agricultural production, mainly through the construction of channels, pump stations, pipe networks, drip irrigation systems, etc., to allocate water sources to farmland and solve crop water shortage problems. Traditional canal irrigation has high water loss, while modern water-saving irrigation adopts drip irrigation, micro sprinkler irrigation and other modes, relying on precise water supply through pipelines, greatly saving water resources. The project can be equipped with integrated water and fertilizer equipment to synchronously transport fertilizers and improve land output. It can not only resist drought and ensure stable and increased income of grain and economic crops, but also improve saline alkali land, optimize regional water and soil resource allocation, and contribute to the sustainable development of modern agriculture on a large scale and intensively.

The planning and design of the park shall coordinate the layout of land use, functional zoning, road traffic, and landscape greening, and reasonably divide production, office, warehousing, and supporting living areas based on industrial positioning. Scientifically arrange pipeline networks, water and electricity, security, and environmental pollution infrastructure, taking into account land use efficiency and ease of later operation and maintenance. Simultaneously integrating ecological greening and cultural landscape, sorting out pedestrian and vehicle flow lines to avoid crossing, and implementing regulatory requirements such as fire protection and plot ratio. Based on long-term development, reserve expansion space, integrate intelligent management system, balance practicality, aesthetics, and sustainability, and create a modern industrial park with clear layout, coordinated business formats, livable ecology, and suitable for industrial operation.