marine waste to energy - r20 regions of climate action€¦ · innovative induction...
TRANSCRIPT
100 Climate Solutions Project Campaign ~ 2016100 Climate Solutions Project Campaign ~ 2016
Waste Project
REGIONS OFCLIMATE ACTION
Summary
Mandating Authority :
Expected project CAPEX :
Main stakeholders
Project Type :
Social and environmental impact
Location and population
A unique Waste boat realized thanks to the innovative pyrolysis technology enables smoke-free waste to electricity transformation, with minimal emissions. Electricity is stored on board in compressed air storage and can be used to desalinate seawater, providing fresh drinking water to islands. Compressed air propels the ship, and is used to generate electricity on demand.The boat will collect waste on the small island of the Croatian coast and exchange with potable water container and electricity in container for genset use.
Zadar and its archipelago are situated in the geographic center of Adriatic sea. lts archipelago is famed for its environment especially for the outer islands of Kornati which are known as National park under the protection from Unesco. The problem of marine waste, especially in touristic area is coming one of the most important pollu-tion subject. Several animal species are in danger as dolphin in the Adriatic islands, an islands around the world have energy problem. Also the technology developed thanks to the project will be use to address the 7th continent
Marine Waste to Energy
Zadar Municipality
11'350'000 €
City of Zadar, Zadar Island Development and Environmental Protection, local and foreign shipyard, WM international consul-tant, EKO-ZADAR Ngo.
Marine Waste to Energy
City of Zadar, Croatia73,700 inh.
100 Climate Solutions Project Campaign ~ 2016100 Climate Solutions Project Campaign ~ 2016
Project maturity ( IFC / World Bank Categories )
STAGE 1 : Concept Development, Site identification
STAGE 3 : Feasibility Studies
STAGE 2 : Pre-Feasibility Studies
Pre-feasibility study :
Feasibility study :
Technology :
Land identified
Site access :
Expected capacity ( Input- Output )
Adequate road Rail access Port facilities
Building permits signed
STAGE 4 : Permitting / Financing / Contracts
Land concession signed
Environmental impact study
Comments
Engineering, Procurement and Construction Contractor
Operation and Maintenance Contractor
Identified sources of fundings
STAGE 5 : Engineering / Construction / Commercial Operation
Waste stream data
✓ ✓ ✓
STAGE 1 : Concept Development, Site identification
STAGE 2 : Pre-Feasibility Studies
STAGE 3 : Feasibility Studies
STAGE 4 : Permit t ing / Financing / Contracts
STAGE 5 : Engineering/Construction/Commercial Operation
The demand for a product like that is high all around the world. The impact of the deployment of that concept will be huge on the environment.
Innovative induction pyrogaseification, system / ORC cogeneration system / Reverse osmosis potable water system.
YES
No
NA
NA
WMI / SYNECOM / Airpower / T. Garibovic biologist
SYNECOM & knowledge transfer to local structure
In progress
10 Ton/Day waste – 5 MW/Day – 500,000 Litre of potable water / Day
Yes
YES