Transform your street, neighborhood, or city! Make public urination more positive!
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2 or more palletized LDPE bulk bins with metal support structure
Soil
Mulch
Gravel
Bamboo
Irrigation pipe (??)
Signage/Door Materials (polypro
Rails
LDPE sheet
Rear screen
Locking mechanism for door
Urinal + Sink
PET-G – enough for urinal, sink, and sink privacy screen
MDF for mold
Wood glue
Ecourinal Cartridge
Foot pump
Spigot
Drain
P-trap (U pipe for under sink)
Hose for fresh water supply
Pipe for greywater, threaded to connect to P-trap on one end, urinal on the other
Filter media for urine/greywater
Urine / greywater tank(s) – 1, partitioned, or 2: filtration area + storage area
Freshwater tank or direct connection to freshwater supply
Pump from urine/greywater tank + hose
Lower pumpout
Connection from pump hose to blulock
Blulock piping: ¾” or 1” (as long as it’s all the same diameter!) to take greywater + urine to planters
Pipe fittings [Elbows (4?), Ts, Blu-lock to male threaded connector (2, or more), Female threaded plug]
Hose Clamps
Line Clean attachment (backwash?)
Sensors / Electrical:
Microcontroller (Arduino Uno)
Liquid level float sensors (4 or more)
IR distance sensor (3 or more)
Push button (1)
LED lights
Flow meter for freshwater usage + urine/greywater generation
Wires, alligator clips
Plexiglass case for electronics
Linux WiFi shield
12V battery
Solar PV panel
inverter (12V to 120V)
Interior light for urinal/sink
Wiring for interior light
Extras:
Towel rack or towel dispenser + towels
Soap dispenser
Urine funnel dispenser + urine funnels
display screens
Exterior lighting













































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while nitrogen is an excellent fertilizer, the type found in urine will burn most plants, except when diluted as described above and will work at best in citrus plants that really crave it...
Urine has many incredible properties, there are scientists at NASA, true rocket scientists, working at it to deal and solve problems like how reclaim it, even the national park service in the us needs to dispose of urine from visitors in remote parks without dumping it into the soil creating a much bigger problem. so i am curious at this point to know if the size of the planter and the plants used only work as a buffer for awhile, until the inevitable destruction by straight pee takes place, in other words, what is the lifetime of this setup before it needs replacing?
Why not use natural slopes so that gravity carries water downhill through tanks and onto gardens. Save on a bit of the electronics in there, as well - some of it seems like technology for technology's sake..
Use trapped rainwater to both dilute urine and wash hands ~ raised roof for filling the water tank would also shelter urinals and sinks.. Existing street lighting could light inside of structures, through the gaps above and below wall panels, and maybe some translucent roof panels as well?
Fixed screens and partitions would be simpler, cheaper and more practical than a sliding screen.. Everything doesn't have to be in a straight line, either - a curve can be more efficient, and a spiral with the urinal at the centre even more effective again..
For use around many larger sports venues, entertainment precincts, or even temporary use in disaster zones or refugee camps, urinals would need to be in sets of 5-10, and maybe in 4-5 locations to cope with the numbers.
Better aesthetics, economy and management, when compared to "portaloos"..
Maybe you don't realize, but guys don't really need this much privacy to pee outside...
This thing is screaming for a video tour/explanation of the systems though.
Must have been a fun project..
thanks for sharing!