New Life for Fertile Land: Healthier Crops, Higher Yields
Bluesis provides world-class biostimulants that help crops thrive under stress and enable professional growers to achieve high-yielding, great-tasting harvests. Founded in 2010 and headquartered in Qingdao, China, we turn this commitment into reality through dedicated R&D and production.
Our 15 years of industry experience ensure we source the finest raw materials. Our scientific backbone, the PHI Plant Health Institute with 150+ researchers, fuels an integrated innovation ecosystem.
This results in our targeted “3+2” strategy:
Three Core Product Lines: Amino acids, humic acids, and seaweed extracts that strengthen plant health and natural defenses.
Two Technological Pillars: The SST (Stable Stay-Target) technology and novel substance innovation for precise and reliable performance.
We partner with global benchmark clients, offering customized solutions that directly contribute to enhanced crop resilience, productivity, and quality—fulfilling our promise of new life for fertile land.
Rebuild crop health with natural organic components and advance agricultural carbon neutrality.
A global leader in comprehensive services for humic acid, seaweed extracts, and amino acid compound specialty fertilizers.
Agricultural production faces severe threats from five major environmental stresses: water, light, temperature, soil, and air. These adversities often overlap—heat intensifies drought, cold comes with low light, and soil degradation weakens resilience—resulting in lower yields and poorer crop quality. The Plant Health Institute is dedicated to delivering science-based solutions that help agriculture meet these ecological challenges with confidence.





Established in 2022, PHI has been at the forefront of global research from its inception. As an enterprise-level research center, PHI brings together a 150-member R&D team of master's and Ph.D. researchers dedicated to addressing the five major abiotic stress factors: water, light, temperature, soil, and air. The institute has built a comprehensive innovation chain spanning fundamental research, technological development, and industrial application.
Looking ahead, the institute will focus on its Stress-Response Gene Decoding Initiative, establishing a trinity innovation system integrating Bioactive Compound Database, Stress-Response Modeling, AI-Powered Design System. Through continuous technological advancement, PHI aims to transform agriculture from passive stress resistance to active regulation, delivering quantifiable scientific solutions for global food security.