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Thematische Bibliographien / Peterhead

Auswahl der wissenschaftlichen Literatur zum Thema „Peterhead“

Autor: Grafiati

Veröffentlicht am 27. Juli 2024

Zuletzt aktualisiert am 28. Juli 2024

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Zeitschriftenartikel zum Thema "Peterhead"

1

Bertie, D. M. „A history of museums in Peterhead, Grampian Region, Scotland“. Geological Curator 6, Nr. 4 (September 1995): 149–55. http://dx.doi.org/10.55468/gc503.

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The geological collections of the Arbuthnot Museum, Peterhead, Grampian Region, have their origins in the private museum of Adam Arbuthnot (1775-1850) and the museum of the Peterhead Institute. The former was bequeathed to the town in 1850 and absorbed the latter in 1863. The present museum building was opened in 1893. The Arbuthnot Museum became part of North East of Scotland Museums Service in 1975; rationalisation across the Service saw geology displays concentrated instead at Banff Museum.

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2

Bertie, David M. „The Peterhead Institute, 1857-67“. Northern Scotland 10 (First Serie, Nr. 1 (Mai 1990): 47–71. http://dx.doi.org/10.3366/nor.1990.0005.

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3

DUNCAN, R. S., S. T. WHARTON und T. J. BOTTERILL. „A Replacement Outfall for Peterhead“. Water and Environment Journal 5, Nr. 3 (Juni 1991): 265–71. http://dx.doi.org/10.1111/j.1747-6593.1991.tb00619.x.

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4

Buchan, Alex R. „SS Windward—whaler and Arctic exploration ship“. Polar Record 24, Nr. 150 (Juli 1988): 213–22. http://dx.doi.org/10.1017/s0032247400009177.

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AbstractWindward, a three-masted barque, was built in Peterhead in 1860 for the whaling trade, and fitted with steam engines in 1866. Almost every year for 33 years she visited the Arctic in pursuit of whales and seals, latterly belonging to the Grays, an outstanding Peterhead whaling family. Sold in 1894 to Captain Joseph Wiggins, she was bought later in the same year by Alfred Harmsworth for the use of Frederick G. Jackson in his exploration of Zemlya Frantsa-Iosifa (Franz Josef Land). Windward was Jackson's ship for three years, including one winter beset in the ice; journeying from her, Jackson substantially recharted Zemlya Frantsa-Iosifa, and the ship brought home Fridtjof Nansen after his epic drift with the polar ice. In 1897 Harmsworth offered the vessel to Robert Peary, who was planning an assault on the North Pole from the northern tip of Greenland or from Ellesmere Island. After four years with Peary, including two winters trapped in the ice, Windward returned to her roots in whaling from Scotland. She was lost in Davis Strait in 1907.

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Spence, Bill, Denise Horan und Owain Tucker. „The Peterhead-goldeneye Gas Post-combustion CCS Project“. Energy Procedia 63 (2014): 6258–66. http://dx.doi.org/10.1016/j.egypro.2014.11.657.

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6

BUCHAN, AR, AM ROBERTSON und JM LEONARD. „DISCUSSION. PETERHEAD, SCOTLAND`S 100-YEAR HARBOUR OF REFUGE.“ Proceedings of the Institution of Civil Engineers 78, Nr. 5 (Oktober 1985): 1237–39. http://dx.doi.org/10.1680/iicep.1985.926.

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7

Strachan, Richard, Andrew Dunwell, A. Clarke, M. Cressey, C. McGill, R. Pelling und G. Warren. „Excavations of Neolithic and Bronze Age sites near Peterhead, Aberdeenshire, 1998“. Proceedings of the Society of Antiquaries of Scotland 133 (30.11.2004): 137–71. http://dx.doi.org/10.9750/psas.133.137.171.

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Several archaeological sites were located and excavated by the Centre for Field Archaeology, University of Edinburgh (CFA) during a watching brief associated with the construction of a c 13km gas pipeline from St Fergus to Peterhead, Aberdeenshire, in the summer of 1998. The discoveries comprised two Neolithic artefact scatters, Bronze Age structures and an enclosure, and two features akin to burnt mounds. Penspen Limited commissioned the work on behalf of Scottish Hydro-Electric plc.

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Sim, Joe. „Repressing the Living Dead: Penal Policy and the Peterhead Demonstration“. Critical Social Policy 7, Nr. 1 (Juni 1987): 68–72. http://dx.doi.org/10.1177/026101838700700105.

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9

Cotton, Alissa, Lilian Gray und Wilfried Maas. „Learnings from the Shell Peterhead CCS Project Front End Engineering Design“. Energy Procedia 114 (Juli 2017): 5663–70. http://dx.doi.org/10.1016/j.egypro.2017.03.1705.

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10

Gaston, Anthony J., Stephen A. Smith, Robert Saunders, G. Ilya Storm und Jane A. Whitney. „Birds and marine mammals in southwestern Foxe Basin, Nunavut, Canada“. Polar Record 43, Nr. 1 (Januar 2007): 33–47. http://dx.doi.org/10.1017/s0032247406005651.

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The southwestern part of Foxe Basin is a little known region of the Canadian Arctic, being difficult to access during the summer because of heavy and unpredictable ice conditions. Surveys of birds and marine mammals in the area were carried out by lightweight expeditions in the summers of 1994 and 1995, using sea-kayaks, as well as a Peterhead boat from the nearest community, at Repulse Bay. The area supports important populations of narwhal, bowhead whales and walrus, as well as significant concentrations of shorebirds, common eiders, black guillemots, and perhaps one third of the world's Thayer's gulls. New information was obtained on the status and abundance of these species and novel observations were made on the feeding ecology and breeding phenology of the gulls.

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Dissertationen zum Thema "Peterhead"

1

Thomson, Bruce Winchester. „Heavy metal uptake on manganese oxide : coated filter sand obtained from the forehill water treatment plant, Peterhead, Aberdeenshire“. Thesis, Robert Gordon University, 2003. http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.289088.

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Bücher zum Thema "Peterhead"

1

Club, Buchan Field, und Aberdeenshire (Scotland) Council, Hrsg. A Peterhead portrait. Peterhead: Buchan Field Club, 1997.

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2

Buchan, Alex R. The Peterhead whaling trade. Peterhead: Buchan Field Club, 1993.

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3

Great Britain. HM Inspectorate of Prisons for Scotland. Report on HM Prison Peterhead. [Edinburgh]: [The Inspectorate], 1992.

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4

Moir, George. Peterhead Parish 1801 census material. Aberdeen [Scotland]: The Society, 1993.

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5

Aberdeen and North East Scotland Family History Society., Hrsg. The People of Peterhead, 1696. Aberdeen: Aberdeen &North-East Scotland Family History Society, 1993.

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6

Sutherland, Gavin. The whaling years: Peterhead (1788-1893). Aberdeen: Centre for Scottish Studies, University of Aberdeen, 1993.

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7

David, Campbell. The hospitals of Peterhead and district. Aberdeen: Grampian Health Board Archives, 1994.

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8

Miller, Nancy H. Peterhead and the Edinburgh Merchant Company: Visits by the Governors to their Buchan Estates, 1728-1987. Aberdeen: Centre for Scottish Studies, University of Aberdeen, 1989.

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9

Aberdeen and Northeast Scotland Family History Society., Hrsg. The people of Peterhead: Taken from List of pollable persons in the shires of Aberdeen, 1696, vol. 1. Aberdeen: Aberdeen & North-East Scotland Family History Society, 1993.

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10

Scotland, Great Britain HM Inspectorateof Prisons for. Report of an inquiry by HM Chief Inspector of Prisons (Scotland) into prisoner grievances at HM Prison, Peterhead: Relative to the incidents between Monday 27th October and Saturday 1st November 1986 at HM Prison, Edinburgh and also between Sunday 9th November and Thursday 13th November 1986 at HM Prison, Peterhead. (Scotland?): (HM Chief Inspector of Prisons (Scotland)?), 1987.

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Buchteile zum Thema "Peterhead"

1

Spencer, Alec. „Peterhead Prison Program“. In Sourcebook of Treatment Programs for Sexual Offenders, 29–46. Boston, MA: Springer US, 1998. http://dx.doi.org/10.1007/978-1-4899-1916-8_3.

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2

Moore, Robert. „The Peterhead harbours“. In The Social Impact of Oil, 60–77. London: Routledge, 2023. http://dx.doi.org/10.4324/9781003437123-5.

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3

Moore, Robert. „The community of Peterhead“. In The Social Impact of Oil, 78–107. London: Routledge, 2023. http://dx.doi.org/10.4324/9781003437123-6.

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4

Millar, Robert McColl, Lisa Bonnici und William Barras. „Change in the Fisher Dialects of the Scottish East Coast: Peterhead as a Case Study“. In Sociolinguistics in Scotland, 241–57. London: Palgrave Macmillan UK, 2014. http://dx.doi.org/10.1057/9781137034717_12.

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5

BRODIE, ROBERT. „PETERHEAD HARBOUR IMPROVEMENTS. 1896—1897“. In The Reminiscences of a Civil Engineering Contractor, 38–42. Elsevier, 2014. http://dx.doi.org/10.1016/b978-1-4831-6762-6.50012-5.

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6

„Appendix C: Peterhead Boats in Tuvaaluk, 1930-1967“. In Quaqtaq. Toronto: University of Toronto Press, 1997. http://dx.doi.org/10.3138/9781442678934-011.

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7

Coyle, Andrew. „The world of prisons“. In Prisons of the World, 6–30. Policy Press, 2021. http://dx.doi.org/10.1332/policypress/9781447362470.003.0002.

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The author describes his experiences as Governor of Peterhead Prison, where he entered a world in which prisoners had smeared themselves with faeces and wore only a prison blanket and where staff wore body armour as they carried out their daily duties, and how he slowly introduced a degree of humanity and respect into the ethos of the prison. He was then asked to take command of Brixton Prison in the aftermath of an escape when two IRA prisoners shot their way to freedom. At that time Brixton was described by the Chief Inspector of Prisons as ‘a corrupting and depressing institution’, yet two years later the same Inspector reported on its ‘remarkable transformation’. This hands-on experience was crucial in establishing the author’s credibility when he subsequently advised on problematic prison systems in other countries.

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8

Jackson, Gordon. „Chapter 9 New Whaling Techniques“. In The British Whaling Trade, 141–52. Liverpool University Press, 2004. http://dx.doi.org/10.5949/liverpool/9780973007398.003.0009.

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In the middle of the nineteenth century the British whaling trade had been overtaken by an entrepreneurial and technical paralysis that was barely hidden by the continuing activity in Scotland. Faced with difficulties on both the demand and supply side, the industry prepared itself for its supposedly inevitably doom. Here, as elsewhere, modern scholars might detect not so much a realistic acceptance of fate as a diminution of the enterprise and initiative that had created the trade in the first place. Capitalists were leaving the trade; young whalermen were no longer entering it. A huge fund of bravery and skill was resting on its laurels, its only answer to changing conditions being to push both bravery and skill beyond the limits of physical endurance. This very doggedness of the last whalermen has earned them a fine reputation; but as businessmen they were ultimately a failure. They lacked the resilience and ability to change that was essential for survival. They did not seek out and exploit new opportunities. Above all, in their determination to press traditional whaling to its limits, they consistently ignored the most significant developments that were to lead to modern whaling. The sad irony is that despite the sacrifice in fortunes and fingers, there were more whales off the coast of Scotland than there were off the coast of Greenland. But the Scotsmen could not catch them, and, apart from unsuccessful experiments by Peterhead men in the 1840s, made no serious attempt to do so....

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9

Tomlinson, Bruce, Guy Olliver und Richard Cooke. „Emerging Acoustic Techniques for Monitoring the Condition and Performance of Underwater Structures - as applied to Peterhead Bay Breakwater“. In Breakwaters, coastal structures and coastlines, 345–57. Thomas Telford Publishing, 2002. http://dx.doi.org/10.1680/bcsac.30428.0029.

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Konferenzberichte zum Thema "Peterhead"

1

Walker, Andrew, und Ben Challier. „Marine Structure Integrity Assessment - Peterhead“. In ICE Coasts, Marine Structures and Breakwaters. ICE Publishing, 2018. http://dx.doi.org/10.1680/cmsb.63174.0565.

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2

Depolt, Thomas, Edwin Gobrecht und Gu¨nter Musch. „Peterhead Power Station: Parallel Repowering Innovative Steam Turbine Enhancement“. In 2002 International Joint Power Generation Conference. ASMEDC, 2002. http://dx.doi.org/10.1115/ijpgc2002-26016.

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In the year 2000 one of Europe’s most flexible power stations was commissioned by the authors’ company. The existing fossil fired power station was modified by a “Parallel Repowering”. With that concept three gas turbines (GT) in combination with three heat recovery steam generators (HRSG) were tied-in additionally to the fired boiler. This concept is compelling especially for large steam power plants and offers more flexibility than “Full Repowering” in matching GTs with the existing steam turbine (ST). The key to maintaining reliability of the repowered unit is the ST modernisation. Plant operability enhancements provide the flexibility of the fired boiler and ST for load following and peaking purposes. The authors’ company was responsible for the complete conversion of the fossil fired power station into a modern combined cycle unit. This comprises the tie-in of new steam pipes, bypass stations and the upgrade of the steam turbine auxiliaries as well as the implementation of a new automation system parallel to the existing one. The “Parallel Repowering” offers a maximum of operation variations: •Conventional (Rakine cycle) mode. •Open cycle mode (only GT). •Combined cycle mode. •Hybrid mode. The non-OEM steam turbine needed to be modified for the combined cycle operation with GTs. The condenser load had to be kept as low as possible because of the existing condenser design. Auxiliary systems like the gland steam system and the drain system had to be modified for all different operating modes. Special design features, like the IP rotor cooling system and the flange heating system, had to be extended to operate under all circumstances. One essential difference to the existing operational mode is the necessity of a steam bypass operation. Existing cold reheat (CRH) piping is of carbon steel, so the ST needs to be started with an isolated HP cylinder. The following modifications for the HP turbine were necessary: •For the isolated HP cylinder operation non-return valves (NRV) were built into the CRH line at the HP turbine exhaust. •The HP cylinder will be automatically isolated by closure of the HP valves and the non-return valves in the CRH line, and the simultaneous opening of the HP vent line. •As no instrumentation was available for a reliable monitoring of the isolated operation, a controlled reverse flow from the CRH to the HP vent line was established. •The HP cylinder evacuation is controlled by a dedicated control logic.

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3

Garnham, P. „Invited Keynote: From Longannet to Peterhead - the Goldeneye CCS project Continues to Move Forward“. In Third EAGE CO2 Geological Storage Workshop. Netherlands: EAGE Publications BV, 2012. http://dx.doi.org/10.3997/2214-4609.20143796.

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4

Kabanov, M., D. Bruce und L. M. Mich. „HSE Philosophy and Design Consideration of a Purpose Built Waste Processing Facility“. In SPE Energy Resources Conference. SPE, 2014. http://dx.doi.org/10.2118/spe-169987-ms.

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Abstract Managing, processing and correctly disposing of drill-cuttings that have been contaminated with Oil/Synthetic-Based Drilling Fluids is an integral part of drilling most wells in the North Sea and beyond. While recent advances in offshore treatment capabilities have made approach more reliable in recent times, shipping the waste to specialised onshore facilities remains the preferred choice in many areas. As such, the nature of these treatment centres can have a substantial effect on the overall environmental footprint inherent in drilling a well, as well as the perception of the industry to the public living near such facilities. This paper discusses the process of designing and building a modern, fit-for-purpose and completely compliant waste processing facility in Peterhead, near Aberdeen, UK. While a hammer-mill is at the heart of this process, this paper focusses on the facility housing the hammer-mill rather than the thermal desorption process itself. Key areas of discussion include: initial site selection; external area considerations such as drainage, rainwater re-use and skip storage; internal area features to minimise noise and smell; overall HSE goals and processes including re-use of recovered base oil and disposal options for solid and water waste streams. Furthermore, key lessons learnt and potential future improvements, changes and expansion are touched on.

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Hoskin, Edward Michael, und Jakob Heller. „Old Wells, New Purpose: Key Considerations for Re-Purposing Mature Wells and Fields for Carbon Capture and Storage (CCS)“. In Offshore Technology Conference. OTC, 2023. http://dx.doi.org/10.4043/32416-ms.

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Traditionally, when the production cycle of an oil or gas or oil & gas field reaches its economic end of life, the top side facilities are dismantled, the wellbore is permanently plugged and abandoned, and the surrounding land or seabed is returned to its natural condition. Such a procedure is commonly referred to as decommissioning and it is a complex, multi-step process that is expensive, with costs even higher for offshore and deep-water fields and wells. At the same time as increasing numbers of oil and gas assets are reaching their end-of-life and need to be decommissioned, governments world-wide are committing to reach a net zero target for CO2 emissions in the coming decades. With these two concurrent commitments there is now the opportunity to evaluate the potential for re-use of those to-be-decommissioned wells and fields for the use of CO2 injection and storage, commonly referred to as CCS or carbon capture and storage. Re-using wells and fields for CO2 injection provides not only potential cost saving benefits but also promises to reduce the time required for developing the necessary CCS infrastructure because much of it will already be in place. The process of converting hydrocarbon wells to CO2 storage wells has been considered in several planned projects, including the P18-4 depleted gas field near the coast of Rotterdam, part of the wider Porthos project, and Peterhead project in the North Sea (Arts et al., 2012; Marshal et al., 2018). Other inherent advantages to re-use include the availability of rich datasets of downhole measurements including logs, core samples and any subsequent lab analysis, and also in-depth field understanding based on potentially multiple well operations. The operators also have the possibility of turning decommissioned wells into a source of profits, or at least covering decommissioning costs, by selling CO2 storage capacity to others. However, the process for facilitating re-use of wells for injection of CO2, even into a saline aquifer, is far from a simple process of reverse engineering typical oil and gas production practices because there are a number of factors to consider. These include both geological, including reservoir pressure and seal capacity, and engineering not only from a well construction and integrity process but also reservoir engineering and the feasibility of a reservoir to accept the volume and rates of CO2 required to make economic sense for either a new field CCS site or in a re-use case.

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