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Southern Gas Corridor, response to EU energy security challenges

download (2)The Southern Gas Corridor should be steered at the highest political level in Europe and Belgium, in addition to Azerbaijan.

Marc Verwilghen, the former Belgian energy minister and director at the TEAS Brussels Office, made the remark at the Azerbaijan–Belgium: Co-operation in Energy and Beyond international conference – jointly organized by leading Belgian energy infrastructure specialist Fluxys and The European Azerbaijan Society.

More than 120 specially invited diplomats, ministers, Belgian politicians and businesspeople attended the event held on March 10, according to the TEAS.

“The creation of a pipeline system carrying Azerbaijani hydrocarbon resources to Europe, via Turkey, began a decade ago, breaking the Russian monopoly over the exporting of Caspian energy resources and providing Europe with an important source of diversification,” said Verwilghen further noting that the importance of this strategy cannot be underestimated.

Addressing the event, Natig Aliyev, the Azerbaijani energy minister stressed that such successful EU–Azerbaijani energy projects as the Baku–Tbilisi–Ceyhan oil and Baku–Tbilisi– Erzurum gas pipelines have already demonstrated the role of Azerbaijan in ensuring energy security

“The joint EU–Azerbaijani declaration on the Southern Gas Corridor was signed in Baku in 2011, recognizing Azerbaijan as a substantial contributor to and enabler of the Corridor, with a significant role in providing a new source of gas to Europe,” he said.

The 3,500-kilometer South Gas Corridor that would finally end Europe’s dependence on a single pipeline started with the go-ahead to the South Caucasus Pipeline Expansion, which will connect the Sangachal terminal with eastern Turkey through Georgia. It will link up with the SOCAR-led TANAP to be connected with a third pipeline TAP on the Turkish-Greek border.

Aliyev went on to say the EU, many financial institutions and all partners have reconfirmed their commitment to the Southern Gas Corridor. “The project requires the drilling of 26 subsea wells, construction of a new refinery in Sanganchal and development of the SPCX to increase its capacity. Around 25 percent of the Southern Corridor is completed and first gas will come to Europe by 2020,” he added.

Didier Reynders, the Belgian deputy prime minister and foreign minister, continued that this massive project will bring Azerbaijani gas to European markets, and change the energy landscape across the continent.

“Fluxys is collaborating very closely with the Azerbaijani state energy company SOCAR. Fluxys is now offering its gas transit services to its Greek counterpart, DESFA, so its role in this essential project will further increase,” he said.

Azerbaijani hydrocarbon developments will impact European energy security, including that of Belgium, said Stephen Gallogly, Head of Europe, Middle East and Africa Division at the International Energy Agency.

“It is now the turn of natural gas to add another success to Azerbaijan’s energy development. The Southern Gas Corridor will help diversify sources of energy for Europe, away from Russian dominance. Azerbaijan’s contribution to the Southern Gas Corridor is essential.

“By 2020, coal-fired power stations will be decommissioned across Europe, as will most nuclear power stations. There will be a greater requirement for gas imports, and the Southern Gas Corridor is designed to potentially carry gas from Eastern Europe, the Mediterranean, Central Asia, Iraq and Iran, amongst other countries,” he said noting that however the first gas will be the very Azerbaijani.

Fluxys CEO Walter Peeraer, in turn, emphasized that the Azerbaijani gas will be the new complementary source for Europe.

“I appreciate the current and future potential of Azerbaijan in ensuring the energy security of Europe. Our partnership in TAP is for the long-term, and a transmission operator we are sharing our expertise and bringing value to the project,” he noted.

The approximately 870 km long TAP will connect with the Trans Anatolian Pipeline near the Turkish-Greek border at Kipoi, cross Greece and Albania and the Adriatic Sea, before coming ashore in Southern Italy.

TANAP construction is due to be completed in 2018 and TAP in 2020 with first gas deliveries to Europe planned in the same year. The cost of the work on all four elements of the Southern Gas Corridor was estimated at almost $55-48 billion, according to the preliminary data.

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Azerbaijan’s SOCAR seeks company to check feasibility of Albania gas project

BP-SOCAR-Discuss-ACG-Fields-Development-in-AzerbaijanBAKU, March 9 (Reuters) – Azerbaijan state energy company SOCAR plans to announce a tender to find a company to conduct a feasibility study on Albania’s gas infrastructure plan as part of European efforts to reduce dependence on gas from Russia.

Albania and Azerbaijan signed a preliminary agreement in December to cooperate in development of an Albanian gas grid as the Balkan country leads construction of the European section of the project to bring Azeri gas to Europe from the Shah Deniz II field in the Caspian Sea.

The so-called southern corridor will bring gas to Turkey and Greece, as well to Italy via Albania and the Adriatic Sea.

“SOCAR will announce this tender in the next three months,” Murad Heydarov, adviser to SOCAR’s president, told Reuters.

“We should draft the feasibility study before the end of 2015, and if this project is considered effective, we will start Albania’s gasification project in March next year.”

Heydarov estimated the project’s cost at “several hundred million dollars”.

Azeri gas could reach southern Europe by the end of this decade through the proposed Trans Adriatic Pipeline and the Trans Anatolian Pipeline.

These pipelines would carry billions of cubic metres of gas a year from Shah Deniz II, one of the world’s largest gas fields, which is being developed by a BP-led consortium.

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ENERGY TO 2050 Scenarios for a Sustainable Future

Analysing the intersection between energy and climate change mitigation
issues requires the adoption of a very long-term perspective. Energy
infrastructure takes a very long time to build and has a useful life often
measured in decades. New energy technologies take time to develop and
even longer to reach their maximum market share. Similarly, the impact of
increasing concentrations of greenhouse gases from human activities
develops over a very long period (from decades to centuries), while policy
responses to climate change threats may only yield effects after
considerable delay. Analysis that seeks to tackle these issues must take a
similarly long term view – looking ahead at least thirty to fifty years.
Unfortunately, analysis of such time frames is an uncertain science. The
future is by definition unknown and cannot be predicted. While over time
horizons of ten years the inertia of the energy/economy system is so
strong as to leave little room for change, over longer periods, the future will
almost certainly look different than the present.

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Volunteers Are Getting united

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Russia and Turkey agree on Turkish Stream onshore route

Gazprom and Turkey have agreed the general route for the onshore section of the Turkish Stream pipeline. The first line of the 180 kilometer pipeline is expected to be completed by December 2016, according to company CEO Aleksey Miller.

“We have identified and put on the map also the on-ground passage of the Turkish Stream gas pipeline for further exploration and project work,” Miller told journalists on Sunday. “This is the key news.”

Landfall will be near the village of Kiyikoy, and a delivery hub for Turkish consumers will be close to the town of Luleburgaz. The pipeline will terminate on the Turkish-Greek border in the area of Ipsila.

Permission to carry out design and survey work in the new Turkish offshore section is expected soon.

Gazprom is ready to supply 47 billion cubic meters of gas per year to Europe via Turkish Stream, it said in a statement.

“We’ll direct the capacity of the gas pipe’s first line, 15.75 billion cubic meters, fully to the Turkish market. Considering the degree of readiness of the Russkaya compressor station and the larger part of the route, this time frame is absolutely reali

stic,” said Miller.

turkish-stream

On December 1 Gazprom and Turkey’s Botas Petroleum Pipeline Corporation signed a memorandum of understanding on the construction of the gas pipeline from Russia to Turkey under the Black Sea.

Turkish Stream is an alternative to the South Stream project cancelled by Russia in December 2014 due to the EU’s unwillingness to support the 63 billion cubic meters capacity pipeline.

The route of Turkish Stream across the Black Sea will match much of that previously agreed for South Stream.

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Green Energy and Technology

Production, Conversion, Storage, Conservation, and Coupling

This book is a first effort to fill the need for a comprehensive text on energy. The importance of energy and its effects on everyday life is undisputable. Consequently, many institutions today offer either minor or major degree programs on energy. This undergraduate textbook is prepared for students with diverse backgrounds who are interested to know more on energy and pursue a degree on energy. Although, it is naturally connected to thermodynamics through the energy balance, the new textbook covers many aspects of energy in systems with rate and transport processes. This new textbook discusses five major aspects of energy in an introductory manner in separate chapters. The major aspects are energy production, conversion,
storage, conservation, and coupling. Before discussing these aspects of energy, the textbook starts with an introduction and basic definitions in Chap. 1. In Chap. 2, the primary and the secondary energy types are discussed. Chapter 3 discusses mechanical and electrical energies. Chapter 4 discusses internal energy, enthalpy, heat of reaction, and heat transfer, while Chap. 5 discusses energy balance. Chapter 6 discusses energy production by mainly cyclic processes. Chapter 7 discusses energy conversion with an emphasis on thermal efficiency of these conversions. Chapter 8 discusses energy storage techniques including thermal energy storage by sensible and latent heats. Chapter 9 discusses energy conservation, while energy coupling in biological systems is discussed briefly in Chap. 10. There are 130 fully solved example problems throughout the chapters, and 642 practice problems listed at the end of ten chapters. The examples and practice problems provide the students with an opportunity towards a deep understanding of the concepts and aspects of energy.

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