---
# System prepended metadata

title: 'The bioenergy and bioprocessing tech. lab.: intersection of renewable energy, waster treatement, and human health'

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# The bioenergy and bioprocessing tech. lab.: intersection of renewable energy, waster treatement, and human health
Stephanie Lansing

Professor and Associate chair, Director of the Bioenergy and Bioprocessing Tech. Lab
Department of Environmental Sci. & Technology 
University of Maryland

## Anaerobic digestion and fermentation
nanotechnology, electrochemistry, biochar, and bioplastic production from fermentaiton product

biochar to remove H2S and increase Ch4 in biogas
Biochar to improve anaerobic digestion
la

manure and food waste (providing carbon) into anaerobic digestor

liquid fertilizer with 25-80% and 50% more nutrients

putting cover on manure lagoon, will reduce the GHG emission
create liquid fertil

美國從2014年發布biogass roadmap

food waste (cranberry, ice cream, chicken and meatball processgn waste)

nhavested lettuc
algal turf scrubber with anaerobic digestion and fuecl cell

biochar in aerobic digestion: highest biochar addtions had upto 90% reduction in H2S, biochar adsorbed NH4-N
主要的原因是表面吸附，

## Reducing antimicrobial resistance 
manure treatment, social science, communication, and teaching


## Food energy and water (FEW) NEXUS interdisciplinary approach
food waste, LCA, algal digestion, nutrient recovery


working of food bank, farmer through LCA showing the work on 


# sustainable food production syste lab - aquaponics
Jose-Luis Izursa

understand, design, build and manage sustainable

**Aquaponitcs**
1. an innovative method for food production
2. aquaculture + hydroponics
3. optimizaing aquaponitc system: using resources more efficiently, aiming for more efficieny energy and nutrient cycles
4. effect of micro/nanobubble

**Permaculture**
permaculture integrates land, resources, people and the environment through mutually beneficial synergies