Clean-Water FAQ
Comprehensive question bank for clients, stakeholders, and cynics.
Comprehensive question bank for clients, stakeholders, and cynics.
Our microbial cultures are selected for use in water body bioremediation and are intended to be safe for humans, cattle, dogs, fish, and other aquatic life when used as directed.
However, achieving drinking-water parameters does not automatically mean that we recommend drinking water directly from a natural lake. There may be other contaminants that are not covered by the specific water quality parameters being measured, including microplastics and other environmental contaminants.
Therefore, even if the treated water meets applicable drinking-water parameters, we recommend that it undergo an appropriate water treatment and disinfection process before human consumption. Treated lake water should not be considered potable simply because bioremediation has improved its measured water quality parameters.
The microbial treatment breaks down organic matter in the sludge and helps reduce the accumulation of anaerobic, decomposing material responsible for unpleasant odours.
As the organic matter is biologically degraded, its carbon is converted into simpler compounds, primarily carbon dioxide (CO2) and water, depending on the biological conditions. The treatment is also intended to reduce the formation of foul-smelling gases associated with anaerobic decomposition, such as hydrogen sulphide and ammonia.
The exact gases produced depend on the oxygen conditions and composition of the organic matter, so we do not claim that microbial treatment eliminates all greenhouse gas emissions. However, the objective is to reduce anaerobic decomposition, sludge accumulation, and the associated odour problems.
Floating wetlands become part of the aquatic ecosystem and may occasionally provide shelter or resting areas for wildlife, including snakes. We have observed snakes on floating wetlands; while many have been non-venomous water snakes, venomous species can also occur depending on the local environment.
This should be treated as a normal wildlife-safety consideration rather than an indication that the wetlands are unsafe. Maintenance personnel should follow appropriate precautions, including wearing protective footwear, inspecting the wetland before stepping onto it, and using a long stick or similar tool to check concealed areas
Snakes and other wildlife may also be present around the shoreline, so appropriate precautions should be taken whenever personnel work around a natural water body.
Our solutions can complement urban water body rejuvenation and smart-city initiatives by combining nature-based treatment with real-time water quality monitoring.
For example, floating, solar-powered water quality monitoring stations can be installed to continuously monitor parameters and display water quality information in real time — similar in concept to the way cities use AQI monitoring stations for air quality.
Water Quality Index (WQI) information and other parameters can also be integrated into digital dashboards, providing municipal authorities and citizens with greater visibility into the condition of urban water bodies.
The exact applicability and compliance requirements should be evaluated against the specific project, tender, and applicable government guidelines.
Yes. We can provide project case studies along with before-and-after water quality test reports, where available.
We can also share the underlying test data, compiled project information, photographs and videos, and project reports so that the results can be independently reviewed.
The available reports and test results will depend on the specific project and the parameters that were tested.
No. Our Floating Treatment Wetlands are designed to occupy only a small fraction of the water body’s surface area.
As a typical design approach, the wetland coverage is around 0.5% of the total surface area and generally remains below 1%, depending on the project’s treatment requirements.
This leaves the vast majority of the water surface open for normal aquatic activities, including fish movement and feeding. The final placement and configuration can also be planned to avoid interfering with important feeding or operational areas.
Floating Treatment Wetlands can function as both a water treatment solution and a landscape feature.
The visible portion consists primarily of plants, and different plant species can be selected and combined to create an aesthetically pleasing appearance suited to the surrounding environment.
Rather than resembling conventional industrial treatment infrastructure, a well-designed floating wetland can become a natural beautification element that enhances the appearance and ecological character of the water body.
The exact aesthetic outcome will depend on the plant selection, wetland design, density, and overall landscape design of the site.
The microbial process does not simply make pollutants disappear. It biologically breaks down organic pollutants into simpler compounds.
For biodegradable organic matter, the end products can include carbon dioxide (CO2), water, and microbial biomass, depending on the biological conditions and the type of pollutant being degraded.
CO2 returns to the atmosphere as part of the natural carbon cycle, while water remains within the water body. Some nutrients and other substances may also be incorporated into microbial or plant biomass and need to be managed as part of the overall ecological system.
The exact transformation depends on the type and concentration of pollutants present in the water body.
Yes. Depending on the project and the permissions provided by the relevant authorities or site owner, volunteers can potentially participate in activities such as planting, wetland preparation, anchoring assistance, and ongoing maintenance.
If you are interested, you can contact us and share your location and interest. When we undertake a project in your area, we can consider involving local volunteers in appropriate installation and maintenance activities.