Supported by its Southern and Northern R&D centers, Yikang has established a comprehensive innovation system focused on environmental technologies. The company maintains strategic partnerships with leading universities, including Tsinghua University, Sun Yat-sen University, South China University of Technology, Guangdong University of Technology, and Beijing University of Chemical Technology. Through these collaborations, Yikang is committed to advancing fundamental research and developing cutting-edge technologies, strengthening its capabilities in environmental engineering and driving continuous innovation in sustainable solutions.
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We focus on optimizing biological treatment processes for high-strength livestock wastewater, improving nitrogen removal efficiency and ensuring stable performance under varying operating conditions.
We develop practical solutions to convert livestock waste into valuable resources such as biogas and organic fertilizer, supporting circular agriculture and reducing environmental impact.
By applying bolted tank systems and standardized design, we enhance construction efficiency, shorten project timelines, and deliver reliable solutions for large-scale livestock farms.
Through continuous system evaluation and data-based analysis, we improve treatment efficiency and operational stability, helping clients achieve consistent and cost-effective performance.
Our technologies have been widely applied in livestock environmental projects, demonstrating reliable performance and practical effectiveness through long-term operation.
Integrated environmental solutions for livestock farming, covering wastewater treatment, air purification, odor control, and waste recycling, delivering efficient pollution removal and sustainable resource utilization.
A combined process of pretreatment, biological treatment, and advanced treatment enables efficient pollutant removal through coordinated system operation.
A systematic approach integrating source reduction, enhanced biological processes, advanced denitrification, and smart control, utilizing multi-stage A/O with SND to achieve efficient nitrogen removal.
Smart ventilation combined with multi-stage filtration ensures effective air exchange. Fresh air is filtered before entering, while polluted air containing ammonia and dust is discharged through negative pressure systems.
An integrated process of source control, enclosed collection, and centralized treatment ensures efficient removal of odorous gases and compliant emissions.
High-temperature fermentation converts animal carcasses, manure, and residues into organic fertilizer, enabling closed-loop resource utilization within livestock farms.
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West of East 2nd Ring Road, Xincheng Industrial Park, Xinxing County, Yunfu, Guangdong, China
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