Environmental · Social · Governance
Our Commitment to a Sustainable Future
Embedding sustainability into every decision to create long-term value.
Where Nature and Technology Create Positive Impact
We believe true sustainability comes from the balance between technology and nature. Green Plus is committed to improving soil, water, and agricultural ecosystems through microbial science to create a healthier future for generations to come.
- Soil Health Improvement
- Water Quality Protection
- Animal Health Support
- Sustainable Agriculture
Sustainable Future and Social Responsibility
Green Plus is committed to combining innovative biotechnology with sustainability, providing high-quality biological raw-material solutions for agriculture and livestock while actively fulfilling corporate social responsibility and creating long-term ESG value.
Embrace a sustainable future, choose Green Plus BioIU
UN Sustainable Development Goals We Support
Through microbial innovation, we improve soil, water, and agricultural ecosystems to create lasting value for the environment, society, and future generations.
2 Zero Hunger
Improving productivity across agriculture, livestock, and aquaculture, helping farmers achieve more stable, higher-quality yields and supporting sustainable food production.
3 Good Health & Well-being
Developing safe, high-quality biological raw materials and innovative solutions that promote animal health and food safety.
6 Clean Water & Sanitation
Using microbial technology to improve water quality, reduce ammonia and nitrite accumulation, and maintain balanced aquatic ecosystems.
8 Decent Work & Economic Growth
Creating jobs, driving industry upgrades, and promoting sustainable regional economic development.
12 Responsible Consumption & Production
Maximizing resource efficiency and helping producers achieve better results with fewer inputs, reducing waste through better nutrient and feed efficiency.
13 Climate Action
Improving soil structure, enhancing microbial activity, and reducing dependence on conventional chemical inputs for climate-resilient agriculture.
14 Life Below Water
Supporting responsible aquaculture, reducing impact on aquatic environments, and promoting sustainable use of water and marine ecosystems.
15 Life on Land
Restoring degraded soil, supporting beneficial microorganisms, and reducing reliance on chemical pesticides and fertilizers to protect land and biodiversity.