Frequently asked
The things plant managers, EHS engineers and consultants ask us before a pilot. Not the answer you need? Ask directly.
Yes. Every reagent we use is biologically safe and fully biodegradable in the aquatic environment. It does not suppress the active microflora and does not disrupt the stability of the biological treatment process, it works with the living process rather than against it.
No. There is no capital construction and no replacement of major equipment. The structural part of the facility and its main equipment remain unchanged; the modernisation is delivered through precise reagent dosing and technological support.
Results appear rapidly once implementation begins, and a pilot proves the outcome on your facility before any full rollout. The pilot on your plant defines the exact schedule.
Reduction of phosphate and nitrogen; removal of hydrogen sulphide from sewer systems; elimination of odours; stabilisation of biological processes; improved activated-sludge sedimentation; reduced energy consumption; increased capacity without new infrastructure; and water quality suitable for reuse.
Yes. Compliance with environmental regulations is a core outcome, and each project ends with monitoring and verification of the achieved performance indicators, so the result is demonstrable, not just claimed.
Yes. Because it stabilises the microbiological process itself, Bio-Reconstruction delivers stable treatment quality even at overloaded or technologically unstable facilities.
Six stages: analysis of the current condition, laboratory research and diagnostics, selection of the optimal solution, pilot testing, implementation support, and monitoring and verification. See Technology for detail.
Bio-Reconstruction is an OPEX model, delivered through reagent dosing and technological support rather than capital spend, which minimises the investment burden compared with a classical rebuild. A concrete commercial proposal follows the analysis of your plant.
Still weighing it up? Ask an engineer, not a sales script.