- New concepts for on-site sanitation based on bio-additives and pit design (London School of Hygiene and Tropical Medicine), Jeroen Ensink
- Sol-Char Toilet: Using Concentrated Solar Energy to Stabilize Fecal Waste and Produce a Valuable Soil Amendment (University of Colorado, Boulder, USA), Richard (Chip) Fisher and Ryan Mahoney
Tuesday, 19 November 2013
Webinar featuring the Nano Membrane Toilet 26th Nov
The Nano Menbrane toilet will be on the the technologies featuring in the next expert webinar hosted by SEI on Tuesday 26 Nov at 16:30 CET, alongside:
Monday, 18 November 2013
Works-like prototype treats simulated faeces
So, as promised, our works-like prototype is now in our lab being tested with simulated faeces.
You can see the simulated faeces settling out and the dewatering screw moving the sludge towards the mister (far right):
The membranes are in place to remove the water:
And the two columns of beads condesne the waster vapour. At present we're using silica and glass beads but we're about to apply a nano coating to the beads to make the condensation more efficient:
And the water is collected in a tank at the bottom (you can see the ripples in this image - it's so clear it's hard to see!)
The sludge drops into the final container where the nanomist forms. We'll soon add polymer to the mist which will contain the odour and pathogens:
Obviously there's still a lot of optimisation to go but we're really happy to be able to see all these processes working together.
You can see the simulated faeces settling out and the dewatering screw moving the sludge towards the mister (far right):
The membranes are in place to remove the water:
And the two columns of beads condesne the waster vapour. At present we're using silica and glass beads but we're about to apply a nano coating to the beads to make the condensation more efficient:
And the water is collected in a tank at the bottom (you can see the ripples in this image - it's so clear it's hard to see!)
The sludge drops into the final container where the nanomist forms. We'll soon add polymer to the mist which will contain the odour and pathogens:
Obviously there's still a lot of optimisation to go but we're really happy to be able to see all these processes working together.
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