Applications
Built for teams with a repeatable waste stream
The platform is most useful where a laboratory generates a chemically characterized aqueous stream on a regular basis, and where pre-treatment and polishing could reduce the load sent for conventional handling.
Universities
Reduce selected aqueous chemical waste streams from teaching and research laboratories.
Pharmaceutical R&D
Target pharmaceutical residues and process-development waste.
Biotechnology
Support greener research facilities and pilot laboratories.
Chemical research
Explore targeted treatment of well-characterized contaminant streams.
Environmental engineering
Integrate cartridges into broader treatment systems.
Pilot facilities
Test biological treatment prior to scale-up.
Pilot program
Start with one waste stream.
HEMPZYME pilots begin by identifying a repeatable, chemically characterized laboratory waste stream and validating whether biological treatment is technically and economically suitable.
- 1
Waste characterization
We review analytical data for one repeatable aqueous stream and confirm segregation requirements.
- 2
Bench-scale compatibility test
Small-volume tests indicate whether the contaminant classes present are biologically addressable.
- 3
Enzyme / sorbent selection
Enzyme families and hemp-derived media are matched to the specific chemical targets.
- 4
Pilot reactor trial
A modular cartridge train runs on your stream under controlled waste-treatment workflows.
- 5
Analytical validation
LC-MS, GC-MS, TOC or ICP-MS results determine whether treatment performance is real and repeatable.
Pilot program
Start with one waste stream.
HEMPZYME pilots begin by identifying a repeatable, chemically characterized laboratory waste stream and validating whether biological treatment is technically and economically suitable.