| Owner |
Waste potential / GHG emissions |
Technical Data |
| ELIRI S.A. Joint-Stock Company in
co-operation with the Electric Installations Research Institute (ELIRI) |
CO2-reduction > 40 Gg of CO2 emissions per year. |
Estimated potential: It is expected that in
the next 20 years about 1,8 million of the electronic filament lamps
will be replaced, that are used primarily in the lighting systems for
both public and private buildings. Until 2020 this activity will turn
over in the reducing by at least 20% the energy use of the lighting
systems all over the country and will save an estimated 250 GWh per year
or 465 Gg of CO2 emissions per year. |
| Increasing the CO2 Sequestration Capacity
by Afforestation of Prut and Raut Rivers Basins Protection Zones and of
Degraded Land Plots Impracticable for Agriculture in the Central and
Southern Regions of the Republic of Moldova. |
As the forest distribution in the Republic of Moldova
is uniform: the forest cover degree in the Southern region is of 6,7%
and in the Central region - of 13.1% of the total forests, these
afforestation will be of significant benefits for national environment
by increasing the CO2 sequestration level. Planting of new (1800 ha)
forest zones will lead to an extra CO2 sequestration of 10800 tons per
year. |
|
| As a result of the implementation of the
project, Ialoveni town Mayoralty expects to ensure the adequate waste
management, which will serve as a model of landfill construction and
maintenance. A considerable reduction is expected of CH4 emissions from
Ialoveni Landfill, which being recuperated, will provide the energy
necessities for landfill maintaining. The experience gained during the
implementation of this project could be used throughout the country in
order to obtain a significant reduction of CH4 emissions from landfill.
Project will be executed in common with Ialoveni Local Authority. |
The Ialoveni town Mayoralty plans to reorganize the
mentioned landfill in order to reduce the CH4 emissions and exclude the
danger of pollution. Recuperated CH4 emissions will serve as alternative
energy resource to cover the energy necessities for landfills
maintaining. Implementation of the pilot project in Ialoveni town for
landfill of waste will serve as an example for other municipalities and
mayoralties to promote sustainable community-based management of waste
and to provide the enabling conditions for CH4 emissions reduction.
There are 40 towns that could use such experience in the Republic of
Moldova. |
|
| Reduction of Methane Emissions from
Communal Sewage Sludge by Reorganization of the Baltsi Scrubbing Plant
into an Anaerobic Treatment Plant for Communal Biological Wastes and
Sludge. Project will be executed in common with Bălţi Local Authority |
Being supported by the Ministry of Ecology,
Construction and Territorial Development the Baltsi Mayoralty
represented by "Apa-Canal" Balti, which is an organization responsible
for water and sewage communal systems, has started negotiations with "Intexnauka"
J.S.C. to reorganize the Balti Scrubbing Plant into a Biogas Plant for
Municipal Wastewater Treatment. The Baltsi Mayoralty would like to use
this opportunity to reorganize the Balti Scrubbing Plant in order to
reduce the CH4 emissions and exclude the anaerobic processes on the
sludge fields and into deep lagoon treatment systems which provide
anaerobic environment and significant methane production. Based on the
preliminary estimation it is expected to reorganize the Balti Scrubbing
Plant into an Anaerobic Treatment Plant for Communal Biological Waste
and Sludge on the base of the existent equipment - two methane tankers
with a total capacity of 3200 m3, which are out of order at the moment. |
To elaborate the pilot project on
utilization of the anaerobic treatment plants for communal biological
wastes for CH4 emissions and COD reduction (13,450 m3 biogas production
by day), production of heat and electrical power (on the base of a small
power plant station with a rated power capacity of: electricity 1,2 MW
and heat 1,300 kW) and saving of fossil energy resources (corresponds to
1,5 Gg fuel oil by year); |
| Utilization of Solar Energy and Wind Power
as Alternative Sources of Energy, to Supply Taraclia town of the
Taraclia County in the Southern Region of the Republic of Moldova with
Electricity and Hot Water. - The Research Technical Design Center of
Energy
- "TehInformEnergo" Ltd;
- Taraclia town Mayoralty
- The Enterprises of the Free Economical Zone of the Taraclia town
- Institute "EnergoProiect" of the Ministry of the Industry and
Energy of the Republic of Moldova
- The Faculty of Energy of the Technical University of the Republic
of Moldova |
In conditions of the Republic of Moldova the solar
energy reception is characterized with the possibility of obtaining
about 0,1 - 0,15 kWh from each square meter of solar collector. The
potential value of energy, gained from 1 m2 of the solar water heating
installation will be 150 - 190 kWh per year. The utilization of solar
collectors with a total area of 1500 m2 will allow to save energy equal
to that from the utilization of almost 350 thousand tons of conventional
fuel per year. The reduction of CO2 emissions is equal to nearly 700 Gg
per year. The production of electricity from the wind power generation
units could reach nearly 1200 - 2000 kWh from 1kW wind power units per
year. The installation of wind power units with a total power of 0,5 MW
which is equal to production of electricity on the level of 600-1000 MW
per year will allow to save energy amount resulting from the utilization
of almost 1290 - 2150 thousand tons of conventional fuel per year. The
reduction of — CO2 emissions is equal to 1800 - 3000 Gg per year. |
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