Start at dining.
I visited dining operations to understand how food scraps are separated and handled before they leave the kitchen.
FIELDWORK · SYSTEMS · QUESTIONS
Black soldier fly bioconversion research
W2N began with a practical question: where does campus food waste go, and what could students learn by studying that process up close?
THE PATH TO THE PILOT
Go see the system before proposing a new one.
Trace what happens next.
I visited campus waste and organics systems, including composting and anaerobic digestion, and spoke with people who operate them.
Learn from other approaches.
I looked at other universities and sustainability methods to understand their strengths, limits, and operating needs.
Test a visible laboratory.
Those conversations and observations led to the MSU mobile pilot: a place to test a biological process while making the work visible to students.
BIOCONVERSION, EXPLAINED
What are black soldier fly larvae doing?
Black soldier fly larvae (BSFL) consume suitable organic material and build larval biomass. The remaining material includes frass and uneaten substrate. Bioconversion describes that biological transformation; it does not by itself demonstrate that an output is safe or suitable for a particular use.
W2N is studying this pathway in a mobile campus laboratory. The trailer is a research platform for learning about inputs, operating conditions, outputs, and practical constraints. A repeatable commercial processing unit remains a development goal.
Questions a campus study could test
How does the food stream vary?
Document source, preparation, contamination, and incoming mass so that differences between cohorts can be interpreted.
What does reliable operation require?
Record temperature, moisture observations, airflow, labor, interruptions, and odor observations alongside feeding and harvest records.
Where does the material go?
Track larvae and residual material separately. Nutrient and contaminant evaluation would be needed before making claims about intended uses.
Proposed measurement framework
A useful study starts with a defined question, comparison or control, repeatable sampling, and a plan for handling missing observations. W2N’s planning materials propose evaluating inputs, larvae, and residual material rather than drawing conclusions from larvae alone. The final protocol, analytical methods, sample counts, and oversight must be agreed with collaborators.
Research status: these are questions and proposed methods. No peer-reviewed W2N study, validated contaminant results, verified recovery yield, or comparative emissions result is presented here. Installation photographs are evidence of equipment, not evidence that a hypothesis is proven.
How does this fit circular-economy research?
A campus study can connect material flows with the people and resources needed to operate them. Recovery mass alone is incomplete: labor, energy, rejected material, output handling, and the existing disposal route also matter. A student project can investigate one defined part of that system without claiming to prove the whole model.
For an independent example of university BSFL learning, see Georgia Tech’s student research project. It is a separate project, not a W2N partnership or evidence of W2N performance.
Discuss a research question ↗Include your institution, research question, proposed methods, supervision, and timeline. Read the documented pilot evidence or explore student project participation.
THE LARGER QUESTION
Can a campus become a place where students help solve real problems?
W2N starts with food waste and black soldier fly larvae. The larger idea is to bring students, researchers, and campus operators together around problems that matter beyond the university.
See the MSU pilot ↗