Kakapo Composting Toilets – Buy One For Your Household Today and Support Happyzine!
Here at Happyzine we love a good green deal. This month, if you buy a Kakapo Composting Toilet and mention ‘Happyzine’ to the Kakapo team, Happyzine (which is completely and utterly reliant upon volunteer efforts and green advertising) will receive a percentage of the sale price that you pay. So here’s the guff on these amazing Kiwi made composting toilets:
Why composting toilets?
Chances are you are interested in a composting toilet for one of two reasons.
* A conventional waterborne system is inappropriate for your situation due to water constraints and/or drainage problems.
* You have environmental concerns about the impacts of a conventional system and would like to be able to recycle nutrients in an environmentally friendly way.
For whatever reason you may be considering installing a composting toilet, you have already made the most important decision and that is – to deal with the problem yourself.
Having made that decision, all you need to do now is decide on which system best suits your situation and your lifestyle.
There is no composting toilet system that requires as little input from the user as the flush toilet, where you simply push the button and the contents are washed away to some other place for someone else to deal with. All composting toilets require at least some attention from the user at some point – this usually amounts to the addition of suitable bulking or cover material during use and periodic emptying of the collection chamber.
Kakapo composting toilets have been designed to make these tasks as simple as possible and anyone who can turn a handle and occasionally empty a bucket will have no problem operating one.
You will also save at least 30% of your water supply, greatly extend the life of your septic system if you have one and if you are on a municipal sewerage scheme, reduce your loading on their systems by at least 40% (although we cannot guarantee that this will be reflected in a rates reduction unfortunately!)
What is it?
A Kakapo composting toilet consists of a rotating drum inside a semi sealed chamber designed to separate the liquid from the solids and reduce the contents to a more “user friendly” state. It is not intended that full composting will necessarily occur within the toilet itself as this is more efficiently achieved in a separate compost bin where full thermophilic action will ensure a pathogen free, high nutrient end product.
How does it work?
It is a continuous system whereby the input (the seat) is positioned at one end and an outlet at the other. The solid material (faeces, paper and added bulking material) travels along the length of the drum as it is periodically rotated to overflow out of the outlet chute into a receiving container. The container is accessed via a door and is easily removed for emptying from the outside of the building.
The rate of use of the toilet will govern the degree of composting achieved within the toilet itself but it is intended that all out flowing compost will be finished in a separate compost bin.
Excess liquid drains from the bottom of the drum through a screen, into an evaporation/collection tray. A drain is provided from this tray to a suitable soakage system or collection container.
A vent is provided which produces a partial vacuum within the unit, drawing air in through the toilet seat from the surrounding room. This ensures odour free operation and helps keep the compost aerated.
* Anyone in a rural or suburban situation will have little or no problem finding space for a suitable compost bin. For urban residents, the partially composted material could be placed in a bin to be collected by someone who values this source of high nutrient organic fertilizer or any municipal composting facility should gladly take it.
The liquid can be drained either to an existing septic system or a suitable soakage trench or pit. The average adult produces approximately 1.2 litres of urine a day. Of this, approximately 0.6 litres may pass through the toilet as excess liquid. The dimensions of the soakage system should be designed accordingly. (designs of soakage systems are available) Alternatively, excess liquid can be collected and either placed in the compost bin along with the solid material or applied directly to suitable crops such as citrus or other fruit trees as this is an extremely rich source of nutrient, especially nitrogen.