Self sustainable WWTP

Main problem for continous and long lasting work of WWTP-WasteWaterTreatmentPlant is energy consumption financing, esspecially having in mind such facility is zero-profit .

I am proposing solution that should enable WWTP facility to be energy self sustainable  

Energy self sustainable solution for WWTP could enable easier access to better  environment protection for global human community as such infrastructure facilities investment cost is significant but even bigger financial problem is cost of energy consumption.

Efficient and Energy self sustainable main problem is solving technological biological equlibrium of anaerobic and aerobic processes that should produce enough fuel for energy needs of whole facility.

Energy self sustainable WWTP could save a lot of energy and financial assets to communities.

Such efficient infrastructure facilities could affect all of the settlements and people within on whole world,

Currently esspecially South East Europe including Balkan countries are looking forward to be able to develop properly environment protection and establishing pilot project of Efficient and Energy self sustainable WWTP.

Before 30-40 years in Serbia functioned around 50 WWTP facilities that mostly stopped working due to problem of financing energy consumption cost. 

Efficient and Energy self sustainable WWTP could be done with proper planning of technological processes of aerobic and anaerobic biodegredation of active sludge from wastewaters. Experimentation on pilot WWTP could help in establishing proper equilibrium and necessary timelines and technological data for proper and efficient process that should serve as basis for Energy self sustainable WWTP .

In addition due to need of self sustainability of local markets, establishing Green bonds standards is also very important for Green bonds market functioning. Energy self sustainable WWTP should be focal point for establishing proper standards and Green bonds market is essential for efficient way of financing Green infrastructure projects.

Target population is within all settlements without sewerage systems and WWTP facilities. Also target population is within settlements with existing sewerage and WWTP infrastructure but that is highly energy inefficient.

Those people could benefit in environment protection due to better sanitary conditions of their living space and better sanitary conditions of public spaces and rivers.

Wide public campaign could help in education of people to understand their environment protection needs. All proposals and ideas from citizens that are in direction of developing Energy self sustainable WWTP will be welcomed and incorporated within final solution proposal. 

Finding solution basis will also need to incorporate local conditions so to be able to work efficiently and energy self sustainably.

Establishing Energy self sustainable WWTP pilot project solution and establishing baseline for Green bonds standards and establishing Green bonds market principles could create scalable economic opportunities for providing investments in green infrastructures.

Solution development have to include all phases according to law and professional practice: feasibility study, design documentation, experimental pilot project phase

Green bonds standards could encompass checking of available standards and verifying them against current technology status and public participation solutions.

Parts of City of Beograd urban area could serve as the community for pilot project for Energy Self sustainable WWTP. Expected WWTP capacity is 100000 inhabitants (population equivalent).

South East Europe could serve as the wider area for establishing Green bonds market 

full time staff 20

part time staff 30

contractors 200

We are team of multidisiplinary professionals, consisting from engineers, biologists, chemists, social professionals as sociologists, lawyers and economists.

My approach is exactly to build diverse, equitable and inclusive leadership team that could value diversity, equity and social inclusion.