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SAVE AND RECYCLE YOUR WASTEWATER !

KYBO
Designed, Developed and Manufactured
in
Africa for Africa
(Patent Pending)

LETS KEEP NATURE THE WAY IT WAS INTENDED

LETS KEEP NATURE

THE WAY IT WAS INTENDED

KyBo Revolution

Advantages Highlighted

Experience the Future of Wastewater Treatment with Our Patented Dynamic Rotational Bio Reactor (DRBR) Technology.

Unlike traditional fixed and moving bed bio reactors, our cutting-edge solution offers unparalleled efficiency and reliability.

Challenging the Status Quo:

Are you still relying on outdated wastewater treatment technologies?

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Discover how our Unique DRBR technology outperforms traditional fixed and moving bed reactors in performance efficiency, maintenance, and sustainability.

UNIQUE FREE FLOW NON CLOGGING DESIGN

Have you cosidered operating your system without a pump?

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Our innovative patent pending technology offers a unique cost effective free flow solution for wastewater treatment eliminating the need for a pump.

Sustainable Sludge Management:

Tired of dealing with frequent de-sludging?

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The Kybo DRBR requires minimal de-sludging only every 5 years, with the sludge sustainably reprocessed and reused, minimizing environmental impact and maintenance costs.

Closed Loop Wastewater Management:

Looking for along term sustainable water recycling solution?

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KyBo's innovative off grid toilet WasteWater recycling system revolutionises water management with a closed loop cycle minimizing the need for fresh water replenishment.

Energy Efficiency and Savings:

Concerned about energy consumption?

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Our systems are low energy and solar compatible, offering a cost-effective and efficient solution that reduces your carbon footprint.

Designed for the Future:

Is your current system built to last?

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With a design life of 25-30 years, our wastewater treatment plants ensure long-term reliability and performance, providing you with peace of mind and a sustainable future.

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Why Kybo?

Developed and Pioneered by Phoenix Water

Why Kybo?
The Kybo wastewater treatment system stands out due to its unique innovative and patented design, which offers numerous advantages over conventional systems. Here’s why Kybo is the ideal choice:

  • Advanced Simplicity: Our system provides state-of-the-art biological sewage treatment with unmatched simplicity.
  • Sludge-Free Operation: Experience a unique design that eliminates sludge, ensuring cleaner and more efficient processing.
  • Dynamic Rotational Bio Reactor: This patent-pending feature enhances treatment efficiency and reliability.
  • Closed Loop Design: Our system is designed to operate in a closed loop, maximizing resource utilization and minimizing waste.
  • Microscopic Carbon Impregnated Bio Media Carrier: This patented technology ensures superior treatment through a highly effective bio media.
  • Non-Clogging Free Flow Design: The patent-pending free flow design prevents clogging, ensuring continuous and efficient operation.
  • Non-Septic Solution: Kybo provides a unique, non-septic solution for wastewater management.

With Kybo, all wastewater (both black and grey water) is efficiently transformed into a valuable asset for potable and non-potable water applications.

Choose Kybo for a cutting-edge, reliable, and eco-friendly wastewater treatment solution.

How does the KyBo DRBR compare?

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How It Works?

Innovative wastewater treatment solutions with DRBR technology
No Chemicals

Phase 1: Primary Treatment:

Sewage enters primary settlement tank where solids settle and break down. (Anoxic)

Phase 2: Secondary Treatment:

Preliminary Bio-Reactor (Partly DRBR Pre Treatment)
All natural and organic

Phase 3: Biological Treatment:

Aerobic bacteria treatment in the Bio-Reactor.

Phase 4:Final Settlement:

Clarified water is disinfected with Ozone or Chlorine
Clean reusable water

Phase 5: Reuse/Discharge:

Treated water is repurposed for non-drinking uses or responsibly released.

Uses for final treated wastewater: Subject to System design.

Irrigation, Toilet flushing, Laundry, Topping up swimming pool, Dust suppression etc.

What makes KyBo perfect ?

  • All natural and organic

    All-in-One Solution

    On-site sanitation for Residential, Commercial and Light-industrial

  • No Chemicals

    Save Water

    Reuse of all black and grey water to reduce the waste and usage impact

  • Clean reusable water

    Off-grid

    Off-grid wastewater solution

  • Clean reusable water

    Flexibility

    In-ground, Below-ground, Above-ground and Containerized installations are possible

  • No Chemicals

    Scalability

    Modular to cater for small or large scale applications

  • All natural and organic

    Efficiency

    Reduce BOD and COD levels effectively

Kybo commercial wastewater treatment system

KyBo DRBR Wastewater Treatment Plant Applications

KYBO Retro Fit STD In Ground suitable for approved three chamber septic tanks

Retro Fit KyBo DRBR Plant

  • Basic KyBo DRBR reactor system fitted to existing septic tank
  • Complies to DWAF standards
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General Standards DRBR System

General Standards KyBo DRBR Plant

  • Basic KyBo DRBR wastewater treatment plant
  • Complies to DWAF standards
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Innovative wastewater treatment solutions with DRBR technology

Special Standards (SP1)

Kybo DRBR Plant

  • SP1 – KyBo DRBR System
  • Limited re use of recycled wastewater
  • Complies to DWAF standards
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Eco-friendly water management with the Kybo special standards SP- 2 system

Special Standards (SP2)

KyBo DRBR Plant

  • SP2 – KyBo DRBR System
  • Advanced re use of recycled wastewater
  • Complies to DWAF standards
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Experience the Power of KyBo Today!

Share your requirements and we’ll provide a preliminary quote.

For complex projects, a site visit may be necessary.

Upon approval, we’ll finalize the design and pricing.

Contact us

"Unlock the power of our innovative solution and transform your wastewater into re-usable water today. Click now to get started."

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Frequently Asked Questions (FAQ) :

What is wastewater treatment and why is it important?

Wastewater treatment is the process of removing contaminants from sewage or industrial wastewater, making it safe to be released into the environment or reused. It is essential for protecting public health, preserving ecosystems, and ensuring the availability of clean water.

How does a sewage treatment plant work?

A sewage treatment plant works by using physical, chemical, and biological processes to remove solids, organic matter, and harmful pollutants. The main stages are:

  • Primary treatment: Removes large particles.
  • Secondary treatment: Uses bacteria to break down organic matter.
  • Tertiary treatment: Polishes the water for further reuse or safe discharge.
What is the difference between sewage and wastewater?

Wastewater refers to any water that has been affected by human use, including industrial, agricultural, and residential activities. Sewage specifically refers to wastewater from domestic sources like toilets, sinks, and showers.

How can wastewater be reused?

Treated wastewater, also known as reclaimed water, can be reused for:

  • Irrigation of agricultural land
  • Landscape watering
  • Industrial processes
  • Groundwater recharge
  • In some cases, potable reuse (after advanced treatment)
What are the environmental impacts of improper sewage disposal?

Improper disposal of sewage can lead to:

  • Water contamination with pathogens, causing diseases.
  • Nutrient overloads, leading to eutrophication in water bodies.
  • Harm to aquatic life due to the depletion of oxygen levels.
  • Soil contamination and harmful runoff affecting ecosystems.
What are the main types of biological sewage treatment processes?

Biological sewage treatment processes can be categorized into:

  • Aerobic treatment: Requires oxygen to break down organic matter.
  • Anaerobic treatment: Operates without oxygen and breaks down waste in an oxygen-free environment.
  • Anoxic treatment: Uses nitrate instead of oxygen for breaking down waste, important for removing nitrogen from wastewater.
What is the difference between aerobic and anaerobic digestion in wastewater treatment?
  • Aerobic digestion requires oxygen and is faster, breaking down organic matter to produce carbon dioxide, water, and biomass. It’s used for treating low-strength waste.
  • Anaerobic digestion does not need oxygen and is slower but more efficient for treating high-strength waste. It produces methane as a byproduct, which can be used for energy generation.
What is aerobic wastewater treatment, and how does it work?

Aerobic treatment uses oxygen to support bacteria that break down organic waste. It is typically used in secondary treatment processes where bacteria convert organic matter into carbon dioxide, water, and biomass. Common aerobic systems include activated sludge and trickling filters.

What is anaerobic wastewater treatment?

Anaerobic treatment occurs in the absence of oxygen and is used to break down organic matter into methane, carbon dioxide, and water. This process is common in treating high-strength industrial wastewater and in sewage sludge digestion, where it reduces sludge volume and generates biogas.

What is an anoxic process in sewage treatment?

An anoxic process occurs in an environment lacking free oxygen but containing chemically bound oxygen, such as nitrates. It is used for denitrification, where bacteria convert nitrates (NO3) into nitrogen gas (N2), which is released into the atmosphere, helping reduce nitrogen pollution.