+27732984840 team@akoma.life

 

 

 

 

 

 

 

 

 

We deliver a biological wastewater recycling system that blends in with nature.

A paradigm shift in how wastewater is treated and reused. Be smart with water.

We offer property developers and owners the opportunity to reduce water bills and ensure water resilience, without any capital cost. We do this by delivering a wastewater recycling service, powered by TreeWell, a biomimetic system that treats water for use in irrigation, sanitation or air conditioning.

 

 

Sludge-free and low maintenance
All sludge is absorbed as nutrition by microbes and plants in the tank, leaving only minerals in the treated water.
Compact in size
One system of two tanks treats 25kl of water a day, taking up as little as 9m2 surface area.
Aesthetically sound
Selected plants placed in the secondary and only visible treatment tank create a garden-like feature.

How we work:

We simply install the TreeWell at zero capital cost and bill for the service on a pay-per-use basis, at a discount to municipal rates = lower costs, a more resilient site, and a green building. Find out how it can benefit your site.

1: Feasibility assessment

We collect water consumption data and basic site information.

2: Site evaluation

We visit your site with our team to establish conditions on the ground.

3: Design & proposal

All designs are signed off by a qualified engineer.

4: Installation

We integrate our system into the existing infrastructure.

5: Operation

Monthly servicing and billing using water metering for treated water.

How it works:

TreeWell is a biomimetic wastewater treatment system that optimises and condenses natural processes of decomposition and metabolism to treat wastewater. A standard module consists of two tanks, one aerobic and one anaerobic, taking up as little as 9m2 surface area.

Step 1: Aerobic

Pollutants found in the wastewater are broken down and metabolised by microbes, which are then in turn consumed by larger organisms in the constructed microbial ‘food web’. This process continues up the trophic levels of the constructed ecosystem, until small insect larvae in the roof of the second tank allow biomass to exit the system.

Step 2: Anaerobic
The second tank is open, with plants growing in the roof. The plants absorb some of the pollutants contained in the wastewater as well as the plant root zone providing optimum conditions for the microbial interactions which drive the system to take place.

Step 3: Clean water
The use of these biological processes allows for a treatment which leaves no residual sludge – unlike practically all other wastewater treatment systems. As a result, the TreeWell has a very low maintenance burden. The system can be customised to treat water from different waste flows and to meet requirements for discharged water.

Core component 1: Tanks
These are specially designed from a CE certified thermostatic polymer to optimise the flow conditions to emulate hydraulic patterns in wetlands.

Core component 2: Plants
Plants are drawn from widely distributed families of flora typically found in wetlands. They can be sourced from nurseries or directly from wetlands. No maintenance of the plant growth is required apart from for aesthetic reasons. Once the system is in operation the plant growth and decay will reach a homeostatic equillibreum.

Core component 3: Microbes
This includes a specially selected mix of microbes which metabolise waste components in sewage and nematodes, cilliates and other protozoa. The microbes included are cosmopolitan, meaning that they are found in most regions of the world and do not present a risk of environmental contamination. The insects referred to above which feed on the microrganisms at higher trophic levels are small aquatic insects, as opposed to flies or mosquitoes .

Core component 4: Mechanical
The system contains one sewage pump and one aerator.

Featured projects:

From South Africa and Lebanon to and Dubai and Sweden. From hotels, universities, and parks, to malls, and residentials. We are currently working on a university project that will treat wastewater from over 1000 people.