SlideShare a Scribd company logo
1 of 18
Download to read offline
Industry
Existing plans for 2030
1. To increase GDP in 3 times

2. Decrease power consumption for GDP almost 2


3. Improvement of the power legislation


4. To increase consumption of the power resources for
       47,5%.


5. To decrease power dependance of Ukraine
   54,8% 2005 to 11,7% 2030
Existing plans for 2030
6. To increase coal mining twice - to 130 мln t



7. Export of the energy power growth in 3
times




8. In 20 times manufacture renewable and
alternative power stations will increase
Lacks of the Government`s system

 • 1. High prices - $200 000 000 000
 • 2. The rate on atom instead of ecology .
 • 3. HPS still pollutes
 • 4. 12 billions.м3 metane from mines of
   Donbass and not demanded
 • 5. Lack of energy efficiency
1. To invent & implement another kinds of power
stations

2. To recycle the waste


3. To measure energy efficiency in some way
New energy system


       Hydrogen energy
Economic and harmless direction of development and
consumption of energy, based on using hydrogen as means
for accumulation, transportation and consumption of
energy, in transport infrastructure and various industrial
directions.
 Hydrogen is chosen as the most widespread element on a
surface of the ground and in space. Heat of combustion of
hydrogen is highest, and a product of combustion in oxygen
is water


               Methods of industrial production of hydrohen
               •    1. From natural gas. $2-5
               •    2. Gasification of coal $2-$2,5
               •    3. From nuclear power. $2,33
               •    4. Electrolysis. $6-$7
               •    5. Froom the biomass. $5-$7
New energy system


     Hydrogen energy
Advantages
1. Hydrogen has an excellent energy density by
   weight .
2. Small emissions of the СО2


Diadvantages:
1. High level of prices
2. High requirements for hydrogen .
3. We don`t have hydrogen infrastructure in Ukraine .
New energy system


Generators of the cold nuclear
synthesis



     Electric                             heat
     power                                             «ЮСМАР-4М» heats
                                                         Маслоэкстракционный
                                                         factory city of Bendery




•   Efficiency of the first devices   • Low prices
    120%, last ones 450%               $1250 - $6500
New energy system



  Quantum thermal
  power stations

Quantum thermal power stations are using
low temperature nuclear synthesis
generators.
 The part of thermal energy will be
transformed into electricity and goes to the
generator.


  Creation small nuclear reactors that do      Heat capacity 800 kWt
  not pollute an environment.
                                               Electricity capacity 260 kWt
New energy system

                                             Ukraine annually
Alternative: Biomass                         accumulates up to 100
                                             million t in a dry
                                             equivalent of organic
Gasification of a biomass                    waste:


1 kg               0,6 kg   Hydrogen
                            biogas
                                               80            20
  Pyrolysis of a biomass                                    household
                                             agricultural
Waste of                                                    dust
                             Biofuel,        production
wood, straw,
                             metane,
corn peel
                             hydrogen

  Method of metane fermentation
              Manure
           1t               300   Hydrogen
                 of
                            m3    biogas
              animals
New energy system


Alternative: Solar power
The solar power is accessible in each point of our planet( difference in
density of a stream of radiation no more than twice). Therefore it is attractive
to all countries, were equitable to their interests by way of power
independence.

The solar energy is the
ecologically pure energy
source.We can use it in any
scales without negative influence
on an environment.

The solar energy is practically
inexhaustible energy source
which will be accessible in
millions years.
New energy system


Alternative: Solar power

Problems:


o Backwardness of the market and
demand


o 98% exports to Europe
Recycling of waste


Processing of waste heaps
                                             In weight of slag consists
Waste heap - an artificial embankment from   half of the Mendeleyev`s
the dead rocks at underground mining of      table in particular Pt, Os,
deposits of coal and other minerals          Au, W, La.
                                             Already there are effective
                                             technologies of extraction
                                             these elements from slag.
                                             It opens an opportunity of
                                             waste heaps processing
                                             and clearings the grounds.
                                             Such manufacture can
                                             provide workplaces, their
                                             lack is already felt.
Recycling of waste


Processing of the trash

 • Chemical methods
 • Compression        • Physical fusion




 • Pyrolysis
Recycling of waste


Separate trash gathering
     For realization we will need:
          containers for separate gathering waste;
          places of additional sorting;
          separate gathering and export of waste;




      In separate tanks household waste, plastic and polythene, a
      paper and a cardboard, beaten glass gather. After that
      waste are utilized as secondary raw material
Measurements
                                     Index of                  Index of
                                    economic                 ecological
Index of the group                                          activity of the
                                   activities of
                                     the state                   state
                                    (country)                 (country)

                       Percent of GNP from the         Percent of harmful emissions in
                     general volume of economic       the atmosphere from the general
                                                              world emissions
                 Part of the population that have
                          high education              Percent of harmful emissions
                                                      into the water from the world
                                                                emissions
                     Quantity of cars per 1 person

                                                                   …
                                                     Other harmful parameters and
                           Another positive          influences
                            characteristics
                                                     Percent of radioactive pollution of
                                                     the ground from the general
                 Number of bananas per citizen
                                                     volume of world radioactive
                                                     pollution
To achieve a long term change - Technopolis
22.02, Group 6 — Concept of sustainable development in built environment

More Related Content

What's hot

O clima em Israel
O clima em IsraelO clima em Israel
O clima em Israel
PLETZ.com -
 
Biogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
Biogas Synthesis as Means of Solid Waste Management in Kampala, UgandaBiogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
Biogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
Scientific Review SR
 

What's hot (10)

صحة البيئة
صحة البيئةصحة البيئة
صحة البيئة
 
Academic Conference Presentation [Taiwan Tech Trek]
Academic Conference Presentation [Taiwan Tech Trek]Academic Conference Presentation [Taiwan Tech Trek]
Academic Conference Presentation [Taiwan Tech Trek]
 
Landscape Ecological Urbanism: Pallikkaranai Marsh Land, Chennai
Landscape Ecological Urbanism: Pallikkaranai Marsh Land, ChennaiLandscape Ecological Urbanism: Pallikkaranai Marsh Land, Chennai
Landscape Ecological Urbanism: Pallikkaranai Marsh Land, Chennai
 
O clima em Israel
O clima em IsraelO clima em Israel
O clima em Israel
 
Biogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
Biogas Synthesis as Means of Solid Waste Management in Kampala, UgandaBiogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
Biogas Synthesis as Means of Solid Waste Management in Kampala, Uganda
 
Typhoon Group- Global Warming
Typhoon Group- Global WarmingTyphoon Group- Global Warming
Typhoon Group- Global Warming
 
Renewable Energy
Renewable EnergyRenewable Energy
Renewable Energy
 
1.5 Humans and pollution
1.5 Humans and pollution1.5 Humans and pollution
1.5 Humans and pollution
 
Nuclear Waste Reprocessing
Nuclear Waste ReprocessingNuclear Waste Reprocessing
Nuclear Waste Reprocessing
 
Sustainable energy Powerpoint Presentation
Sustainable energy Powerpoint PresentationSustainable energy Powerpoint Presentation
Sustainable energy Powerpoint Presentation
 

Similar to 22.02, Group 6 — Concept of sustainable development in built environment

Environmental impacts on productive sectors and in cities and how to mitigate...
Environmental impacts on productive sectors and in cities and how to mitigate...Environmental impacts on productive sectors and in cities and how to mitigate...
Environmental impacts on productive sectors and in cities and how to mitigate...
Fernando Alcoforado
 
4.10 - "Development of efficient methane fermentation process and biogas plan...
4.10 - "Development of efficient methane fermentation process and biogas plan...4.10 - "Development of efficient methane fermentation process and biogas plan...
4.10 - "Development of efficient methane fermentation process and biogas plan...
Pomcert
 
WastetoEnergyPlantTechnology.pptx
WastetoEnergyPlantTechnology.pptxWastetoEnergyPlantTechnology.pptx
WastetoEnergyPlantTechnology.pptx
IzzatTammam
 
Socio Environmental Impacts Of Agrofuel
Socio Environmental Impacts Of AgrofuelSocio Environmental Impacts Of Agrofuel
Socio Environmental Impacts Of Agrofuel
Abrar Ahmed
 
MSW to Energy - Ravi Kant
MSW to Energy - Ravi KantMSW to Energy - Ravi Kant
MSW to Energy - Ravi Kant
Ravi Kant
 
Final Presentation 2010 Up
Final Presentation 2010 UpFinal Presentation 2010 Up
Final Presentation 2010 Up
Mam.Gh
 
integrated green Technologies for MSW
integrated green Technologies for MSWintegrated green Technologies for MSW
integrated green Technologies for MSW
Mamdouh Abdel-Sabour
 
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid WasteDr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
Hudhaib Al-Allatti
 
Biofuels Climate Change 2008 C
Biofuels Climate Change 2008 CBiofuels Climate Change 2008 C
Biofuels Climate Change 2008 C
guest792f48e
 

Similar to 22.02, Group 6 — Concept of sustainable development in built environment (20)

Waste to energy tech talk in
Waste to energy tech talk in Waste to energy tech talk in
Waste to energy tech talk in
 
Environmental impacts on productive sectors and in cities and how to mitigate...
Environmental impacts on productive sectors and in cities and how to mitigate...Environmental impacts on productive sectors and in cities and how to mitigate...
Environmental impacts on productive sectors and in cities and how to mitigate...
 
Bioenergy 101
Bioenergy 101Bioenergy 101
Bioenergy 101
 
W.senatorlibya
W.senatorlibyaW.senatorlibya
W.senatorlibya
 
W.senatorlibya
W.senatorlibyaW.senatorlibya
W.senatorlibya
 
Aen 301
Aen 301Aen 301
Aen 301
 
Waste to Energy Fact Sheet
Waste to Energy Fact SheetWaste to Energy Fact Sheet
Waste to Energy Fact Sheet
 
4.10 - "Development of efficient methane fermentation process and biogas plan...
4.10 - "Development of efficient methane fermentation process and biogas plan...4.10 - "Development of efficient methane fermentation process and biogas plan...
4.10 - "Development of efficient methane fermentation process and biogas plan...
 
WastetoEnergyPlantTechnology.pptx
WastetoEnergyPlantTechnology.pptxWastetoEnergyPlantTechnology.pptx
WastetoEnergyPlantTechnology.pptx
 
Socio Environmental Impacts Of Agrofuel
Socio Environmental Impacts Of AgrofuelSocio Environmental Impacts Of Agrofuel
Socio Environmental Impacts Of Agrofuel
 
Green office tips
Green office tipsGreen office tips
Green office tips
 
MSW to Energy - Ravi Kant
MSW to Energy - Ravi KantMSW to Energy - Ravi Kant
MSW to Energy - Ravi Kant
 
Final Presentation 2010 Up
Final Presentation 2010 UpFinal Presentation 2010 Up
Final Presentation 2010 Up
 
Life Cycle Assessment
Life Cycle AssessmentLife Cycle Assessment
Life Cycle Assessment
 
Briquetting machine report for phase-1
Briquetting machine report for phase-1Briquetting machine report for phase-1
Briquetting machine report for phase-1
 
Bangalore zerowaste-vs-wte
Bangalore zerowaste-vs-wteBangalore zerowaste-vs-wte
Bangalore zerowaste-vs-wte
 
Bangalore zerowaste-vs-wte
Bangalore zerowaste-vs-wteBangalore zerowaste-vs-wte
Bangalore zerowaste-vs-wte
 
integrated green Technologies for MSW
integrated green Technologies for MSWintegrated green Technologies for MSW
integrated green Technologies for MSW
 
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid WasteDr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
Dr. Sami Lakkis - Impact of Untreated Urban and Industrial Solid Waste
 
Biofuels Climate Change 2008 C
Biofuels Climate Change 2008 CBiofuels Climate Change 2008 C
Biofuels Climate Change 2008 C
 

More from WDC_Ukraine

More from WDC_Ukraine (20)

Ukrainian branch of WDC
Ukrainian branch of WDCUkrainian branch of WDC
Ukrainian branch of WDC
 
22.02, Group 1 — Concept of sustainable development in built environment
22.02, Group 1 — Concept of sustainable development in built environment22.02, Group 1 — Concept of sustainable development in built environment
22.02, Group 1 — Concept of sustainable development in built environment
 
22.02, Group 5 — Concept of sustainable development in built environment
22.02, Group 5 — Concept of sustainable development in built environment22.02, Group 5 — Concept of sustainable development in built environment
22.02, Group 5 — Concept of sustainable development in built environment
 
22.02, Group 3 — Concept of sustainable development in built environment
22.02, Group 3 — Concept of sustainable development in built environment22.02, Group 3 — Concept of sustainable development in built environment
22.02, Group 3 — Concept of sustainable development in built environment
 
22.02, Group 2 — Concept of sustainable development in built environment
22.02, Group 2 — Concept of sustainable development in built environment22.02, Group 2 — Concept of sustainable development in built environment
22.02, Group 2 — Concept of sustainable development in built environment
 
22.02, Group 4 — Concept of sustainable development in built environment
22.02, Group 4 — Concept of sustainable development in built environment22.02, Group 4 — Concept of sustainable development in built environment
22.02, Group 4 — Concept of sustainable development in built environment
 
22.02, Group 7 — Concept of sustainable development in built environment
22.02, Group 7 — Concept of sustainable development in built environment22.02, Group 7 — Concept of sustainable development in built environment
22.02, Group 7 — Concept of sustainable development in built environment
 
21.02, Segalas — Sustainable consumption
21.02, Segalas — Sustainable consumption21.02, Segalas — Sustainable consumption
21.02, Segalas — Sustainable consumption
 
21.02, Mulder — Sustainable entreprises
21.02, Mulder — Sustainable entreprises21.02, Mulder — Sustainable entreprises
21.02, Mulder — Sustainable entreprises
 
19.02, Mulder — From forecasting to backcasting
19.02, Mulder — From forecasting to backcasting19.02, Mulder — From forecasting to backcasting
19.02, Mulder — From forecasting to backcasting
 
16.02, Segalas — Lecture on indicators
16.02, Segalas — Lecture on indicators16.02, Segalas — Lecture on indicators
16.02, Segalas — Lecture on indicators
 
16.02, Zgurovsky — Lecture on indicators of sustainable development
16.02, Zgurovsky — Lecture on indicators of sustainable development16.02, Zgurovsky — Lecture on indicators of sustainable development
16.02, Zgurovsky — Lecture on indicators of sustainable development
 
15.02, Group 7 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 7 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 7 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 7 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Group 6 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 6 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 6 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 6 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Group 5 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 5 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 5 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 5 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Group 4 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 4 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 4 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 4 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Group 2 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 2 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 2 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 2 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Group 1 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 1 — Problems concerning sustainability of Energy System in Ukraine15.02, Group 1 — Problems concerning sustainability of Energy System in Ukraine
15.02, Group 1 — Problems concerning sustainability of Energy System in Ukraine
 
15.02, Segalas — Lecture on technology and sustainable development
15.02, Segalas — Lecture on technology and sustainable development15.02, Segalas — Lecture on technology and sustainable development
15.02, Segalas — Lecture on technology and sustainable development
 
14.02, Wennersten — Lecture intro to industrial ecology
14.02, Wennersten — Lecture intro to industrial ecology14.02, Wennersten — Lecture intro to industrial ecology
14.02, Wennersten — Lecture intro to industrial ecology
 

Recently uploaded

Architecting Cloud Native Applications
Architecting Cloud Native ApplicationsArchitecting Cloud Native Applications
Architecting Cloud Native Applications
WSO2
 
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers:  A Deep Dive into Serverless Spatial Data and FMECloud Frontiers:  A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Safe Software
 
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers:  A Deep Dive into Serverless Spatial Data and FMECloud Frontiers:  A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Safe Software
 

Recently uploaded (20)

WSO2 Micro Integrator for Enterprise Integration in a Decentralized, Microser...
WSO2 Micro Integrator for Enterprise Integration in a Decentralized, Microser...WSO2 Micro Integrator for Enterprise Integration in a Decentralized, Microser...
WSO2 Micro Integrator for Enterprise Integration in a Decentralized, Microser...
 
Architecting Cloud Native Applications
Architecting Cloud Native ApplicationsArchitecting Cloud Native Applications
Architecting Cloud Native Applications
 
Platformless Horizons for Digital Adaptability
Platformless Horizons for Digital AdaptabilityPlatformless Horizons for Digital Adaptability
Platformless Horizons for Digital Adaptability
 
JohnPollard-hybrid-app-RailsConf2024.pptx
JohnPollard-hybrid-app-RailsConf2024.pptxJohnPollard-hybrid-app-RailsConf2024.pptx
JohnPollard-hybrid-app-RailsConf2024.pptx
 
Introduction to Multilingual Retrieval Augmented Generation (RAG)
Introduction to Multilingual Retrieval Augmented Generation (RAG)Introduction to Multilingual Retrieval Augmented Generation (RAG)
Introduction to Multilingual Retrieval Augmented Generation (RAG)
 
WSO2's API Vision: Unifying Control, Empowering Developers
WSO2's API Vision: Unifying Control, Empowering DevelopersWSO2's API Vision: Unifying Control, Empowering Developers
WSO2's API Vision: Unifying Control, Empowering Developers
 
Introduction to use of FHIR Documents in ABDM
Introduction to use of FHIR Documents in ABDMIntroduction to use of FHIR Documents in ABDM
Introduction to use of FHIR Documents in ABDM
 
Stronger Together: Developing an Organizational Strategy for Accessible Desig...
Stronger Together: Developing an Organizational Strategy for Accessible Desig...Stronger Together: Developing an Organizational Strategy for Accessible Desig...
Stronger Together: Developing an Organizational Strategy for Accessible Desig...
 
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers:  A Deep Dive into Serverless Spatial Data and FMECloud Frontiers:  A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
 
Elevate Developer Efficiency & build GenAI Application with Amazon Q​
Elevate Developer Efficiency & build GenAI Application with Amazon Q​Elevate Developer Efficiency & build GenAI Application with Amazon Q​
Elevate Developer Efficiency & build GenAI Application with Amazon Q​
 
Connector Corner: Accelerate revenue generation using UiPath API-centric busi...
Connector Corner: Accelerate revenue generation using UiPath API-centric busi...Connector Corner: Accelerate revenue generation using UiPath API-centric busi...
Connector Corner: Accelerate revenue generation using UiPath API-centric busi...
 
Rising Above_ Dubai Floods and the Fortitude of Dubai International Airport.pdf
Rising Above_ Dubai Floods and the Fortitude of Dubai International Airport.pdfRising Above_ Dubai Floods and the Fortitude of Dubai International Airport.pdf
Rising Above_ Dubai Floods and the Fortitude of Dubai International Airport.pdf
 
Six Myths about Ontologies: The Basics of Formal Ontology
Six Myths about Ontologies: The Basics of Formal OntologySix Myths about Ontologies: The Basics of Formal Ontology
Six Myths about Ontologies: The Basics of Formal Ontology
 
Strategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
Strategize a Smooth Tenant-to-tenant Migration and Copilot TakeoffStrategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
Strategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
 
Mcleodganj Call Girls 🥰 8617370543 Service Offer VIP Hot Model
Mcleodganj Call Girls 🥰 8617370543 Service Offer VIP Hot ModelMcleodganj Call Girls 🥰 8617370543 Service Offer VIP Hot Model
Mcleodganj Call Girls 🥰 8617370543 Service Offer VIP Hot Model
 
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers:  A Deep Dive into Serverless Spatial Data and FMECloud Frontiers:  A Deep Dive into Serverless Spatial Data and FME
Cloud Frontiers: A Deep Dive into Serverless Spatial Data and FME
 
Modernizing Legacy Systems Using Ballerina
Modernizing Legacy Systems Using BallerinaModernizing Legacy Systems Using Ballerina
Modernizing Legacy Systems Using Ballerina
 
Strategies for Landing an Oracle DBA Job as a Fresher
Strategies for Landing an Oracle DBA Job as a FresherStrategies for Landing an Oracle DBA Job as a Fresher
Strategies for Landing an Oracle DBA Job as a Fresher
 
AWS Community Day CPH - Three problems of Terraform
AWS Community Day CPH - Three problems of TerraformAWS Community Day CPH - Three problems of Terraform
AWS Community Day CPH - Three problems of Terraform
 
Polkadot JAM Slides - Token2049 - By Dr. Gavin Wood
Polkadot JAM Slides - Token2049 - By Dr. Gavin WoodPolkadot JAM Slides - Token2049 - By Dr. Gavin Wood
Polkadot JAM Slides - Token2049 - By Dr. Gavin Wood
 

22.02, Group 6 — Concept of sustainable development in built environment

  • 2. Existing plans for 2030 1. To increase GDP in 3 times 2. Decrease power consumption for GDP almost 2 3. Improvement of the power legislation 4. To increase consumption of the power resources for 47,5%. 5. To decrease power dependance of Ukraine 54,8% 2005 to 11,7% 2030
  • 3. Existing plans for 2030 6. To increase coal mining twice - to 130 мln t 7. Export of the energy power growth in 3 times 8. In 20 times manufacture renewable and alternative power stations will increase
  • 4. Lacks of the Government`s system • 1. High prices - $200 000 000 000 • 2. The rate on atom instead of ecology . • 3. HPS still pollutes • 4. 12 billions.м3 metane from mines of Donbass and not demanded • 5. Lack of energy efficiency
  • 5. 1. To invent & implement another kinds of power stations 2. To recycle the waste 3. To measure energy efficiency in some way
  • 6. New energy system Hydrogen energy Economic and harmless direction of development and consumption of energy, based on using hydrogen as means for accumulation, transportation and consumption of energy, in transport infrastructure and various industrial directions. Hydrogen is chosen as the most widespread element on a surface of the ground and in space. Heat of combustion of hydrogen is highest, and a product of combustion in oxygen is water Methods of industrial production of hydrohen • 1. From natural gas. $2-5 • 2. Gasification of coal $2-$2,5 • 3. From nuclear power. $2,33 • 4. Electrolysis. $6-$7 • 5. Froom the biomass. $5-$7
  • 7. New energy system Hydrogen energy Advantages 1. Hydrogen has an excellent energy density by weight . 2. Small emissions of the СО2 Diadvantages: 1. High level of prices 2. High requirements for hydrogen . 3. We don`t have hydrogen infrastructure in Ukraine .
  • 8. New energy system Generators of the cold nuclear synthesis Electric heat power «ЮСМАР-4М» heats Маслоэкстракционный factory city of Bendery • Efficiency of the first devices • Low prices 120%, last ones 450% $1250 - $6500
  • 9. New energy system Quantum thermal power stations Quantum thermal power stations are using low temperature nuclear synthesis generators. The part of thermal energy will be transformed into electricity and goes to the generator. Creation small nuclear reactors that do Heat capacity 800 kWt not pollute an environment. Electricity capacity 260 kWt
  • 10. New energy system Ukraine annually Alternative: Biomass accumulates up to 100 million t in a dry equivalent of organic Gasification of a biomass waste: 1 kg 0,6 kg Hydrogen biogas 80 20 Pyrolysis of a biomass household agricultural Waste of dust Biofuel, production wood, straw, metane, corn peel hydrogen Method of metane fermentation Manure 1t 300 Hydrogen of m3 biogas animals
  • 11. New energy system Alternative: Solar power The solar power is accessible in each point of our planet( difference in density of a stream of radiation no more than twice). Therefore it is attractive to all countries, were equitable to their interests by way of power independence. The solar energy is the ecologically pure energy source.We can use it in any scales without negative influence on an environment. The solar energy is practically inexhaustible energy source which will be accessible in millions years.
  • 12. New energy system Alternative: Solar power Problems: o Backwardness of the market and demand o 98% exports to Europe
  • 13. Recycling of waste Processing of waste heaps In weight of slag consists Waste heap - an artificial embankment from half of the Mendeleyev`s the dead rocks at underground mining of table in particular Pt, Os, deposits of coal and other minerals Au, W, La. Already there are effective technologies of extraction these elements from slag. It opens an opportunity of waste heaps processing and clearings the grounds. Such manufacture can provide workplaces, their lack is already felt.
  • 14. Recycling of waste Processing of the trash • Chemical methods • Compression • Physical fusion • Pyrolysis
  • 15. Recycling of waste Separate trash gathering For realization we will need: containers for separate gathering waste; places of additional sorting; separate gathering and export of waste; In separate tanks household waste, plastic and polythene, a paper and a cardboard, beaten glass gather. After that waste are utilized as secondary raw material
  • 16. Measurements Index of Index of economic ecological Index of the group activity of the activities of the state state (country) (country) Percent of GNP from the Percent of harmful emissions in general volume of economic the atmosphere from the general world emissions Part of the population that have high education Percent of harmful emissions into the water from the world emissions Quantity of cars per 1 person … Other harmful parameters and Another positive influences characteristics Percent of radioactive pollution of the ground from the general Number of bananas per citizen volume of world radioactive pollution
  • 17. To achieve a long term change - Technopolis