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Energy & Development > Unit 8 - Technological Implications Of Energy And Development > Flashcards

Unit 8 - Technological Implications Of Energy And Development Flashcards

1
Q

Pro’s and cons of CCS

A

Carbon sequestration
Carbon reduction 80-90%

Disadvantages:

  • high energy use of CCS (PP 10-40% more, storage/transport 60-180% more)
  • uncertainties around carbon leakage
  • uncertainties around long-term storage
  • end of pipe solution - does not decrease the reliance on fossil fuels
  • do investments in CCS influence infestments in low carbon solutions?
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2
Q

What are IGCC’s

A

Integrated gasification combined cycle or
Ultra-super-critical power plants

Emit 40% less CO2 than average coal pp
45% efficiency (compared to 33% for average coal pp)

Coal gasification or coal to gas

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3
Q

What are unconventional fuels? How are they extracted?

A

Unconventional fuels:

  • shale gas
  • tight gas
  • tight oil
  • coal bed methane

Fracking.

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4
Q

What is path dependency?

A

Decisions about the future are determined by decisions from the past

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5
Q

What are the two main challenges of fossil fuel technology:

A
  1. Carbon lock-in

2. Path dependency

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6
Q

What is carbon lock in?

A

Investments & infrastructure for energy may be tied to high carbon pathways for decades due tot he long construction times and lifetimes of fossil fuel power plants, as well as the associated high invesment and running costs.

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7
Q

Advantages of EE

A
  • most cost effective way of mitigation
  • saving energy resources (energy conservation)
  • increases energy security
  • increased productivity and industrial competitiveness
  • reducing GHG emissions and pollutants
  • reducing air pollution

EE in OECD between 1973 and 1998 saved 50%
Dev countries could save 65% between 2006-2026

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8
Q

What are marginal abatement costs (MAC)

A

Or GHG abatement cost curves

Used to calculate the annual carbon abatement potential for technological interventions and the costs of mitigation.

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9
Q

Main types of EE technology and processes for building & Industry:

A

Buildings: passive houses, SHS, SWH, geothermal heat pump, EE cavity + loft + floor insulation, heat recovery ventilation

Appliances: light bulbs, LEDs, electronic equipment, refrigeration, etc

Processes: steel, concrete, aluminium smelting etc.

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10
Q

What is an EPC

A

Energy performance certificate - requirement of the EU Energy Performance of Buildings directive for all buildings that are sold, build or rented.

All buildings over 250m3 also need a DEC - display energy certificate.

All AC’s over 12kw and all heatin systems over 20 kW need regular checking.

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11
Q

Passive housing

A

Produces more energy than it requires:

  • ee design
  • SHS
  • SWH

Sell e to grid (FIT)

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12
Q

The potentials of EE

A
  • Theoretical - what could theoretically be achieved
  • technical - what is technically possible
  • economical - what is technically possible and economically feasible
  • market - what is technically possible, economically feasible and commercially available
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13
Q

Barriers for EE:

A
  • lack of iternational mandatory standards
  • weak legislation
  • financial issues
  • accountability (ownership vs tenants)
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14
Q

What is energy conservation? And its challenge?

A

Reduction of energy demand (first priority in China)

Rebound effect is a challenge: the saved money is used on other energy consuming activities. Estimated at 8-10% of GDP.

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15
Q

What are smart grids?

A

Modern grids that use information and communication technology to improve the efficiency, cost effectiveness, sustainability, flexibility and responsiveness of the grid.

Incl. Smart meters: detailed information about energy use and behaviour. Provide control over the grid for operator and consumer.

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16
Q

Smart grids can warn users to:

A

Reduce peaks in energy use = peak curtailment

Avoid blackouts and load shedding

17
Q

CHP and CCHP

A

Combined heat and power
Combined cooling heat and power

Specifically for district heatin

18
Q

RE global contribution

A 
RE - 20% in 2009
Wind - 283 GW in 2012
Solar - 100 GW in 2012
Hydro - 15% of global e in 2012, 990GW
Nuclear - 370 GW in 2012 (62GW under construction)
19
Q

Two types of windmills:

A

With gearbox

With direct drive - pioneered by enercon. Lower O&M

20
Q

2 forms of nuclear energy

A

Nuclear fission - uranium (debate on is it rare or depleted soon?)

Nuclear fusion - collision of at least two atomic nuclei at high speed, formation of new type of atomic nucleus.

  • Greater energy efficiency
  • esier to contain and shut-off
  • less radioactive waste
  • more difficult to produce nuclear weapons

Not commercial yet.

21
Q

Definition technology transfer and technology cooperation (IPCC)

A

The broad and inclusive term “transfer” ecompasses diffusion of technologies and technology cooperation across and within countries.

It comprises the process of learning to understand, utilise and replicate the technology, including the capacity to choose it and adapt it to local conditions and integrate it with indigenous technologies.

22
Q

Simplified definition of technology transfer and its flows:

A

Flow of know-how, experience and equipment from one firm/country to another.

  1. Capital goods and equipment
  2. Skills and know-how for O&M (know how)
  3. Knowledge and experience for innovation (know why)
23
Q

Simplified definition of technology cooperation:

A

Flow of information from one firm/country to another in joint forms like JV’s, joint R&D, staff exchange, licencing agreements, mergers and acquisitions etc.

24
Q

Horizontal vs vertical technology transfer

A

Horizontal: from firm A to firm B (transfer and collaboration)

Vertical: advances in technology development (from R&D to commercialisation of technology)

25
Q

Innovation capacity

A

Innovative capacity
A firm or countries’ ability to innovate - having the skills, knowledge, expertise, technological infrastructure (labs, factories), financial means, institutional and logistical capacity etc to innovate independently

26
Q

Absorptive capacity

A

Recipient firm or countries ability to absorb new technology to enable the recipient to move from tt to innovation and development of indigenous markets.

Important for being able to run, manage and maintain the technologies and the impact the technologies have.

Examples of DAM’s and NUCLEAR power

27
Q

Indigenous innovation

A

Ability to receive technology, to create new domestic production capacity and accumulate sufficient innovation capacity to be able to innovate independently.

This means TT is not necessary anymore.

28
Q

Intellectual property rights include…

A

Patents,
Trademarks,
copyright
Industrial design right

Want to have for economic dev. VS want to sell for money

29
Q

What is the most common gas-fired power plant?

A

Combined Cycle Gas Turbine (CCGT) (Or GTCC)

GT Peak - a very flexible gas turbine that can be switched on and off within minutes depending on the peak demand.

30
Q

What is CCS?

A

Carbon capture and storage
End of pipe technology
Captures carbon and stores it away from the atmosphere (often underground)

31
Q

8 kinds of industrial waste of energy

A
  1. Overproduction
  2. Waiting
  3. Transportation
  4. Overspecification
  5. Inventory
  6. Rework/scrap
  7. Motion (inefficient processes)
  8. Employee potential/intellect
32
Q

What is diffusion of innovation?

A

Diffusion refers to the spreading of new technologies or new ideas through markets and users.

33
Q

Tension between development countries and industrialized countries when it comes to TT

A

Dev. Countries are in need of access to technology and IPR’s for their development and economic growth

Industrialized countries are interested in diffusion of their technologies, accessing commercial markets and protecting their IPRs.

34
Q

Mechanisms that can deal with IPRs for climate relevant technologies

A
  1. Pooling patents for use in developing countries at low-cost rate
  2. Low-cost or free access to publicly funded technologies
  3. Concessional rates for privately funded technologies
35
Q

CSP

A

Concentrated Solar Power - concertrated light is converted into heat, that goes in heat engine (steam turbine) that generates power

CPV - concentrated solar light is converted directly into electricity through the photovoltaic effect

  1. Parabolic Trough
  2. Enclosed Trough
  3. Solar power tower (higher efficiency and storage)
  4. Freshnel reflectors
  5. Dish sterling

Energy & Development (10 decks)

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