Views: 0 Author: Yini Publish Time: 2025-03-08 Origin: Site
On February 23, 2025, the Central No.1 Document was released, anchoring the goal of promoting comprehensive rural revitalization and building a strong agricultural nation. It put forward guiding requirements for "three rural" (agriculture, rural areas, and farmers) work. For the first time, the document proposed the concept of “new quality agricultural productivity,” which emphasizes leading the aggregation of advanced production factors through technological innovation and developing new quality agricultural productivity suited to local conditions.
"When the granaries are full, the world is at peace."
Against this policy backdrop, how can resource allocation be optimized, and how can technological innovation be used to reverse-drive agricultural standardization and large-scale production based on the demands of consumers?
ERA Agriculture breaks the situation with innovative technology, using the four core sectors of “agriculture, forestry, animal husbandry, and fishery” as leverage to build a bridge for the deep integration of agriculture and new quality productivity, helping to efficiently convert the policy dividends.
Technology Breaking Through, Empowering Agriculture
—— New quality productivity creates new efficiency, new models, and new value in agriculture, profoundly changing the landscape of agricultural development.
01 From “Flood Irrigation” to “Precision Drip Irrigation,” from “Traditional Irrigation” to “Self-flow Irrigation and Drainage,” optimizing water resource allocation.
Traditional irrigation uses a self-flow method to bring water, leading to serious water and fertilizer loss and low economic benefits. ERA’s innovation breaks the situation by providing high-quality irrigation pipelines, combining reverse-wash pleated filters, water-fertilizer integrated systems, and other accessory systems. Through intelligent control, it creates a water-fertilizer integrated system. By optimizing the water-fertilizer ratio algorithm and adding fertilizer liquid to the irrigation pipeline system, water resources are precisely delivered to the crop roots using drip irrigation and spray irrigation technologies, ensuring balanced water and nutrient supply for efficient use of water resources. (Saving water by over 30%, reducing fertilizer by 30%-50%, reducing labor costs by around 70%, and achieving over 90% efficiency in water and fertilizer utilization.)
ERA also optimizes the design of natural pipeline networks, creating a self-flow irrigation and drainage system that utilizes the natural topography or water pressure. The pipeline system delivers water to the fields through gravity or water pressure, reducing construction costs without the need for additional power equipment.
02 From “Uniform Temperature” to “Smart Regulation,” from “Pollution Emissions” to “Circular Symbiosis,” achieving efficient circular production.
Facility agriculture is an important direction for modern agricultural development. In sectors like plastic greenhouses and solar greenhouses, ERA integrates temperature control systems, water-fertilizer integration, and outdoor drainage systems. By using various sensors installed inside and outside the greenhouse to collect observation data, control equipment is used to regulate the environment and climate within the greenhouse and manage irrigation and fertilization, meeting the growth needs of crops and achieving precise management and efficient production, significantly improving yields.
From “pollution emissions” to “circular symbiosis,” ERA’s circular water aquaculture system is revolutionizing green aquaculture; from “manual labor” to “deep filtration,” ERA’s pig, cattle, and poultry wastewater treatment systems are driving the transformation and upgrading of animal husbandry.
ERA Agriculture focuses on smart agriculture and green agriculture, accelerating the development of new quality agricultural productivity. It is actively implementing the top-level strategy of “technology empowering agriculture” from the Central No. 1 Document, with practical applications in projects such as high-standard farmland in Suqian, Jiangsu, greenhouse facility planting bases in Jiangsu, and marine aquaculture nets in Zhanjiang, Guangdong. These efforts create more innovative solutions that lead the way, providing comprehensive solutions for the four core agricultural sectors and assisting in the green transformation of agriculture.
