Widespread Distribution and Strategic Value of Saline-Alkali Land
Saline-alkali land is extensively distributed worldwide, and these vast areas are becoming valuable reserve land resources. While posing challenges to high-yield farmland construction and regional ecological environments in China, they also represent a critical land resource for agricultural production and sustainable economic development. Improving saline-alkali land is a major initiative to supplement arable land, ensure national food security, and address the urgent need to balance human-land conflicts while fostering rapid economic growth. This effort holds significant importance for our province’s "Ten-Billion-Jin Grain Project" and China’s overall food security.

Our Integrated "Four Improvements + Smart Agriculture" System
Our company is committed to building a comprehensive technical system encompassing fertile fields, superior seeds, advanced machinery, optimized agronomy, and smart agriculture ("Four Improvements + Smart Agriculture"). By combining engineering, physical, chemical, agronomic, and biological measures, we employ a unique rapid-improvement model that "desalinates surface layers and matures tillage layers." We pioneered the spatiotemporal integrated improvement and fertility enhancement technology for soda saline-alkali land, creating a holistic solution that integrates scientific land preparation, digital precision management, salt-tolerant crop breeding, soil amendment, and fertility enhancement. Additionally, we developed a suite of proprietary supporting technologies, products, and equipment, forming a complete technical system covering the entire rice production chain—from land preparation, field planting, water-fertilizer management, to mechanical harvesting—along with matching products and machinery.

Pioneering Modern Agricultural Technologies
We actively explore core modern agricultural technologies, such as integrated agri-mechanization, green pest control, smart agriculture, and drone spraying, to synergize the "Four Improvements + Smart Agriculture" approach. Today, smartphones have become the "new farm tools," data is the "new farm input," and livestreaming is the "new farm work." Agriculture is turning "smarter," and new-generation farmers are embracing cutting-edge trends, injecting sustained momentum into stable and increased grain production.

IoT-Driven Solutions for Saline-Alkali Land Challenges
With the deep integration of IoT and traditional agriculture, we address persistent issues like difficult saline-alkali soil improvement and uncontrolled irrigation water usage. Our self-developed Blue Whale Cloud Smart Irrigation System and fiberglass-reinforced composite water channels replace manual labor with software-controlled hardware, enabling remote and automated field-channel management. Data-driven flow monitoring analyzes each field’s water needs, delivering precise, water-saving irrigation with over 30% water savings, effectively resolving irrigation challenges in saline-alkali land reclamation.

Real-Time Monitoring to Combat "Salt-Alkali Rebound"
Another critical hurdle is water quality regulation to prevent "salt-alkali rebound." Our independently developed Portable Water Quality (Environment) Monitoring Recorder continuously tracks channel pH and ESP values. When thresholds are exceeded, the system triggers alarms and auto-executes drainage commands, preventing crop damage from oversight. This real-time monitoring ensures an optimal growth environment for rice, contributing to blue skies, clean water, and fertile fields while harmonizing ecological, economic, and social development.