Biofertilizers
Overview
SWBEC develops technologies that recover nutrients from municipal, agricultural, and industrial waste streams and convert them into beneficial products that support sustainable agriculture. By recovering valuable nutrients that would otherwise be lost, these approaches help reduce waste, improve environmental quality, and promote resource conservation.
Research focuses on biological and engineered systems that capture nutrients such as nitrogen and phosphorus from wastewater and agricultural byproducts. These recovered nutrients can be repurposed for agricultural applications, creating opportunities to recycle resources while reducing dependence on conventional fertilizer production.
Nutrient Recovery and Resource Reuse
Many waste streams contain significant quantities of nutrients that can be recovered and reused rather than discarded. SWBEC investigates treatment technologies that improve nutrient capture while supporting water quality improvements and environmental protection.
Through integrated biological treatment systems, researchers explore methods for converting waste-derived nutrients into products that contribute to soil health, agricultural productivity, and sustainable food production. These approaches support a circular economy by returning valuable resources back into productive use.
Sustainable Agriculture Applications
Biofertilizer research supports SWBEC's broader mission of transforming waste streams into valuable resources. By linking nutrient recovery with agricultural applications, these technologies help create more sustainable systems for food production, waste management, and environmental stewardship.
Current efforts focus on developing practical and economically viable approaches that can be implemented across a variety of agricultural and wastewater treatment settings.
Current Research Areas
- Nutrient recovery from wastewater
- Agricultural waste valorization
- Nitrogen and phosphorus recycling
- Resource recovery technologies
- Sustainable agriculture systems
- Circular economy approaches
- Environmental protection and water quality improvement