- •Передмова
- •Introduction
- •Unit I. Electric current and measurement. Types of electric circuits
- •Text 1. Electric current
- •Text 2. Types of electric current
- •Text 3. Types of electric circuits
- •Text 4. Systems of measurement
- •Text 5. Measurement of Electric Current and Measuring Devices
- •Energy saving
- •Text 1. Electricity Transmission
- •Text 2. What is energy?
- •Text 3. Energy in various contexts
- •Text 4. Fluid flow
- •Text 1. Alternative Energy
- •Consumption of res in Ukraine
- •Text 2. Hydro Power
- •Text 3. Wind Energy
- •Text 4. Solar Energy
- •Text 5. Biomass Energy
- •Text 6. Renewable Diesel Fuel
- •Text 7. Nuclear Energy
- •Text 8. Environmental Benefits of Natural gas
- •Text 9. Smog as an environmental problem
- •Table 1. Share of Fossil Fuel Emission in Pounds per Billion Btu of Energy Input
- •Unit IV. Energy management and audit
- •Text 1. Energy management
- •Text 2. Energy Management in Municipal Buildings
- •Text 3. Energy Management System at Industrial Enterprise
- •Text 4. Energy Audit
- •Text 5. Audit Levels
- •Unit V. Energy markets
- •Text 1. Energy industry for the Вenefits of World Economy
- •Text 2. Energy Development under Current Market Conditions
- •Text 3. Energy Сrisis
- •Text 4. Supply and Demand
- •Text 5. Electricity as a product for trade
- •Text 6. Electricity Market Reform
- •Unit VI. Energy logistics
- •Text 1. Logistics Origin and Definition
- •Text 2. Transportation and Logistics
- •Text 3. Logistics Solutions for Energy Industry
- •Text 4. Mineral and Fuel Energy Resources
- •Text 5. Ukraine’s Gas Transmission System
- •Text 6. Gas pipelines
- •Text 7. Gas Mains. Technical Conditions and Anticorrosion Protection
- •Text 8. Natural Gas Storage
- •Text 9. Oil Transportation System of Ukraine
- •Text 10. Pipeline Inspection and Safety
- •Supplementary reading Text 1. Stored Energy and Batteries
- •Vocabulary
- •Assignments
- •Text 2. Static Electricity
- •Vocabulary
- •Assignments
- •Text 3. Circuit Experiment
- •Vocabulary
- •Assignments
- •Text 4. Lviv Insulator Company
- •Vocabulary
- •Assignments
- •Text 5. Ukraine’s Integrated Power System
- •Vocabulary
- •Assignments
- •Text 6. Increased Efficiency in Current Energy Use
- •Vocabulary
- •Assignments
- •Text 7. Kyiv Hydro-Electric Power Station
- •Vocabulary
- •Assignments
- •Text 8. Institute for Renewable Energy
- •Vocabulary
- •Assignments
- •Text 9. Chornobyl Shelter and Storage
- •Vocabulary
- •Assignments
- •Text 10. The Electric Power from Space
- •Vocabulary
- •Assignments
- •Text 11. Benefits of Reforms
- •Vocabulary
- •Assignments
- •Text 12. International Electricity Trade
- •Vocabulary
- •Assignments
- •Text 13. Energy Market of Ukraine
- •Vocabulary
- •Assignments
- •Text 14. Energy conservation in transportation
- •Vocabulary
- •Assignments
- •Text 15. Reducing Energy Consumption
- •In Residential Sector
- •Vocabulary
- •Assignments
- •Text 16. Energy Conservation in Commercial Sector
- •Vocabulary
- •Assignments
- •Text 17. Industrial sector
- •Vocabulary
- •Assignments
- •Text 18. Pipeline Construction
- •Vocabulary
- •Assignments
- •Text 19. Gas Metering
- •Vocabulary
- •Assignments
- •Text 20. Inogate Strategic Routes
- •Vocabulary
- •Assignments
- •Text 21. Projects of European Interest
- •Vocabulary
- •Assignments
- •Text 22. Cooperation with International Organizations and Foreign Companies
- •Vocabulary
- •Assignments
- •Text 23. Jsc Ukrtransnafta
- •Vocabulary
- •Assignments
- •Vocabulary
- •Literature
- •Contents
- •Professional english energy management
Vocabulary
Enhance – посилювати, підвищувати; удосконалення
rehabilitate – реконструювати, ремонтувати
deteriorating – зношений, пошкодженний
vital – життєво необхідний
concern – занепокоєння
threat – загроза
maritime – морський
ensuing – подальший
spill – виливання
density – напруженість
feasible – можливий
utmost importance – найважливіший
axіs (pl. axes) – вісь
upgrading – модернізація
Assignments
1. Read and translate text 20 using the vocabulary.
2. Answer the questions on the text.
1. What is INOGATE?
2. What is the aim of the INOGATE Programe?
3. How many Participating Countries have signed the INOGATE Agreement?
4. What is of outmost importance for oil transporting by pipelines?
5. What are the priority axes for crude oil pipelines?
3. Speak on:
- The importance of new energy transportation projects for the EU and CIS countries;
- The role of the INOGATE Programme for participating countries.
Text 21. Projects of European Interest
The Northern Trans-European gas pipeline project is of 1,295 kilometres long. This gas pipeline would transport Russian gas from the Russian coast north of St. Petersburg under the Baltic Sea to northern Germany and then onwards via the Netherlands to the United Kingdom. It would have a capacity of 20 to 30 billion cubic metres a year. The main future source of the gas for this pipeline is foreseen to be the new Shtokman field, which lies some 650 kilometres north-east of Murmansk in the Barents Sea.
A second Yamal-Europe gas pipeline network has two alternatives:
• through Belarus and Poland to run parallel to the first Yamal with a similar capacity. In this context, Belarus is an important transit country for Russian gas deliveries to Europe. The total capacity for the two Yamal lines is foreseen at 65.7 billion cubic metres.
• through the Baltic States to Poland referred to as the "Amber" Project. This option appeared in 2004.
• A Turkey-Greece-Italy interconnection drawing in the countries of South East Europe directly or indirectly, and would in time bring the resources of the Caspian region, Iran and the Middle East to the enlarged EU market and the Balkans. The total capacity is estimated at 22 billion cubic metres with a total of 3,398 kilometres of pipelines.
• Turkey-Bulgaria-Romania-Hungary-Austria gas pipeline. Bulgaria, Romania and Hungary are located in between major producers of energy in Russia and the Caspian Sea region and major consumers of energy in Turkey and Europe. This makes South Eastern Europe an important transit route for Russian, Caspian and Middle East natural gas supplies. The total capacity is estimated at 20 billion cubic metres with a total of 3,630 kilometres of pipelines.
• Greece, Former Yugoslav Republic of Macedonia, Serbia, Bosnia, Croatia and Slovenia gas pipeline. This pipeline is still in the early stages of development.
• Azerbaijan - Georgia - Turkey gas pipeline will go through the Caucasus region westwards from Azerbaijan to Georgia and then southwards to the Turkish town of Erzurum, where it will be connected to the Turkish gas pipeline system. The pipeline will exploit the natural gas from the giant offshore Azeri field of Shah Deniz, which has proven reserves of 460 billion cubic metres. A full capacity of around 8 billion cubic meters per year is to be achieved in 2009.
• (Turkmenistan-)Iran-Turkey gas pipeline. This infrastructure linking Iran to Turkey must be fixed under international rules. It will permit to supply Turkmen and Iranian gas to the EU market through the Turkey-Greece and Turkey-Romania interconnections.
• The Ukraine’s gas transit network is particularly important as it is currently responsible for transiting 40% of the EU's gas supplies.