Sustainable Development Goals

Achieving real change by supporting achievement of the United Nations Sustainable Development  Goals

Bacterial International Groups uses the goals in all its work with countries promoting the change that needs to take place

Using the goals in our work with clients delivers:

  • Commitment to Change.
  • Commit to use Green technology.
  • Commitment to Investment in new ways of working.

SDG6: Clean Water and Sanitation
Ensure availability and sustainable management of water and sanitation for all.

SDG11: Sustainable cities and communities
Make cities and human settlements inclusive, safe, resilient, and sustainable.

SDG13: Climate Action
Take urgent action to combat climate change and its impacts. 

SDG14: Life Below Water
Conserve and sustainably use the oceans, seas, and marine resources. 

SDG15:Life on Land
Sustainably manage forests, combat desertification, halt and reverse land degradation, halt biodiversity loss

Why nature based is best for the environment

The bioremediation treatment using non-pathogenic bacteria is based on science. We did not invent bacteria, but its function and power as a treatment methodology is not well understood and our focus is on educating and demonstrating its vital role in treating pollutants ‘in-situ.’  We use a good bacteria if you will, pro-biotic e.g., the one that we use to help our health. It is harmless to human, plant, and wildlife.

With our innovation we can take the bacteria, ensure greater germination rates and thereby harness the natural capability to eliminate organic pollutants.

We do this by connecting to microbiologists and technicians creating a nature-based solution that thrives in polluted ‘organic’ environments. It has no other reason for living than the one task of digesting all organic solids until none are left. The significance is that it is digesting not liquefying, transporting, burning, burying etc. It is eating it, and it does so until such time that only inorganic matter remains, or the bacteria run out of Nitrogen’s and Phosphates to sustain life.

It is the cleanest and safest way of interacting within a highly toxic area and is the only commercially and environmentally sustainable way of eradicating the dangers of pollution, enabling safe reuse.

The treatment will continue to digest incoming pollutants and at the same time digest legacy so no more emptying, drying nor evaporation is needed for the organics

The sum of human waste produced by 7.8 billion people is grossly impacting human health and the environment, with wastewater adding around 6.2 million tons of nitrogen to coastal waters annually, along with unknown amounts of other pollutants ranging from pharmaceuticals to microplastics.  Sewage and wastewater pollution are so bad, in fact, that they’re contributing to the destabilization of Earth’s safe operating systems, negatively impacting at least five planetary boundaries — polluting freshwater, oceans and land with nutrient overloads and other contaminants; harming biodiversity; and even adding to climate change.

Commitment from the World Economic Forum.

The scale of the world’s human waste problem is vast, impacting human health, coastal and terrestrial ecosystems, and even climate change.  Solving the problem requires working with communities to develop solutions that suit them, providing access to adequate sanitation and adapting aging sewage systems to a rapidly changing world.

Decentralized and nature-based solutions are considered key to cleaning up urban wastewater issues and reducing pressure on, or providing affordable and effective alternatives to, centralized sewage systems.

Feb 1, 2022, World Economic Forum