seamus dubhghaill

Promoting Irish Culture and History from Little Rock, Arkansas, USA

Tag Archives: Carbon Dioxide


by Leave a comment

Formation of The Libertas Institute

The Libertas Institute, a lobby group that along with others successfully campaigns for a “no” vote in the 2008 referendum in Ireland on the Treaty of Lisbon, is formed on October 24, 2006. It is registered at Moyne Park, Tuam, County Galway, along with other organisations associated with Libertas and/or Declan Ganley.

The founders of the Libertas Institute are Declan Ganley, who serves as President, Naoise Nunn, James O’Reilly, Norrie Keane, Martina Higgins, Seán Ganley (Declan’s brother) and Dr. Chris Coughlan.

The group’s mission statement is “…to initiate and provoke enlightened discussion on the European Union, its relevance to its member states and peoples and its role in World affairs having regard to our shared values of peace, democracy, individual liberty and free markets…”

The Libertas Charter defines what is considered to be Europe‘s traditional values and influences, asserts what citizens’ rights and responsibilities are, acknowledges the EU’s role since World War II, states that the present EU structure is inherently undemocratic and unaccountable, and pledges to create a popular movement to debate Europe’s future.

The first Libertas Institute press release archived by the Wayback Machine, a digital archive of the World Wide Web founded by the Internet Archive, dates to June 22, 2007. It concerns French President Nicolas Sarkozy and the Treaty of Lisbon’s clause regarding free and undistorted competition. An article by Ganley dated July 16, 2007, in Business Week covers similar themes. The Libertas Institute continues to release press releases during its existence.

The Libertas Institute has a loan facility with Ganley, and by October 3, 2008, it has used €200,000 of this money. Since January 1, 2008, it also has the facility to receive public donations via its website. Ganley and his wife, Delia Mary Ganley (née Paterek), also donate the maximum amount of €6,300 each. Libertas states that its donors are “100% Irish.”

The Libertas Institute is a “third party” for the purposes of political fundraising. Regulation of such is monitored by the Standards in Public Office Commission which imposes a donations limit of €5,348 per donor per year, rising to €6,348.69 per donor per year in 2009, imposes a limit of €126.97 for any given anonymous donation, and disallows any donation from any non-Irish citizens resident outside the island of Ireland.

The Libertas Institute advocates a European Energy Innovation Fund intended to license and fund carbon-neutral energy producers, the funding deriving from auctions of CO2 emissions allowances. It also deprecates the Treaty of Lisbon and advocates a “no” vote in Lisbon I, the first Irish referendum on the Treaty of Lisbon. On March 12, 2008, Libertas launches a “no” campaign called “Facts, not politics” and states that they expect to spend in the region of €1.5m on the campaign. The campaign targets wavering moderates, the most critical votes for the referendum. The campaign is joined by businessman Ulick McEvaddy on April 20, 2008.

Several politicians, including Minister of State for European Affairs Dick Roche, clashes with the group’s campaign stance but The Sunday Business Post reports that the group’s efforts at projecting its warnings about the treaty in the media are “hugely successful.” The referendum is held on June 12, 2008, and is defeated by 53.4% to 46.6%, with a turnout of 53.1%.

Following the referendum, attention shifts to Ganley’s new political party, Libertas.eu, and the Libertas Institute website, libertas.org, is redirected to that party’s website.


by Leave a comment

Birth of Thomas Andrews, Chemist & Physicist

Thomas Andrews FRS FRSE, chemist and physicist who does important work on phase transitions between gases and liquids, is born in Belfast on December 19, 1813. He is a longtime professor of chemistry at Queen’s University Belfast.

Andrews’ father is a linen merchant. He attends the Belfast Academy and the Royal Belfast Academical Institution, where at the latter of which he studies mathematics under James Thomson. In 1828 he goes to the University of Glasgow to study chemistry under Professor Thomas Thomson, then studies at Trinity College, Dublin, where he gains distinction in classics as well as in science. Finally, at University of Edinburgh in 1835, he is awarded a doctorate in medicine.

Andrews begins a successful medical practice in his native Belfast in 1835, also giving instruction in chemistry at the Academical Institution. In 1842, he marries Jane Hardie Walker (1818–1899). They have six children, including the geologist Mary Andrews. In 1845 he is appointed vice-president of the newly established Queen’s University Belfast, and professor of chemistry there. He holds these two offices until his retirement in 1879 at age 66.

Andrews first becomes known as a scientific investigator with his work on the heat developed in chemical actions, for which the Royal Society awards him a Royal Medal in 1844. Another important investigation, undertaken in collaboration with Peter Guthrie Tait, is devoted to ozone.

Andrews’ reputation mainly rests on his work with liquefaction of gases. In the 1860s he carries out a very complete inquiry into the gas laws, expressing the relations of pressure, temperature, and volume in carbon dioxide. In particular, he establishes the concepts of critical temperature and critical pressure, showing that a substance passes from vapor to liquid state without any breach of continuity.

In Andrews’ experiments on phase transitions, he shows that carbon dioxide may be carried from any of the states we usually call liquid to any of those we usually call gas, without losing homogeneity. The mathematical physicist Josiah Willard Gibbs cites these results in support of the Gibbs free energy equation. They also set off a race among researchers to liquify various other gases. In 1877-78 Louis Paul Cailletet is the first to liquefy oxygen.

Andrews dies in Belfast on November 26, 1885, and is buried in the Borough Cemetery in the city.


by Leave a comment

Birth of John Tyndall, Experimental Physicist

File source: //commons.wikimedia.org/wiki/File:John_Tyndall_(scientist).jpg

John Tyndall, Irish experimental physicist who, during his long residence in England, is an avid promoter of science in the Victorian era, is born on August 2, 1820, in Leighlinbridge, County Carlow.

Tyndall is born into a poor Protestant Irish family. After a thorough basic education, he works as a surveyor in Ireland and England from 1839 to 1847. When his ambitions turn from engineering to science, he spends his savings on gaining a Ph.D. from the University of Marburg in Marburg, Hesse, Germany (1848–1850), but then struggles to find employment.

In 1853 Tyndall is appointed Professor of Natural Philosophy at the Royal Institution, London. There he becomes a friend of the much-admired physicist and chemist Michael Faraday, entertains and instructs fashionable audiences with brilliant lecture demonstrations rivaling the biologist Thomas Henry Huxley in his popular reputation and pursuing his research.

An outstanding experimenter, particularly in atmospheric physics, Tyndall examines the transmission of both radiant heat and light through various gases and vapours. He discovers that water vapor and carbon dioxide absorb much more radiant heat than the gases of the atmosphere and argues the consequent importance of those gases in moderating Earth’s climate, that is, in the natural greenhouse effect. He also studies the diffusion of light by large molecules and dust, known as the Tyndall effect, and he performs experiments demonstrating that the sky’s blue color results from the scattering of the Sun’s rays by molecules in the atmosphere.

Tyndall is passionate and sensitive, quick to feel personal slights and to defend underdogs. Physically tough, he is a daring mountaineer. His greatest fame comes from his activities as an advocate and interpreter of science. In collaboration with his scientific friends in the small, private X Club, he urges greater recognition of both the intellectual authority and practical benefits of science.

Tyndall is accused of materialism and atheism after his presidential address at the 1874 meeting of the British Association for the Advancement of Science, when he claims that cosmological theory belongs to science rather than theology and that matter has the power within itself to produce life. In the ensuing notoriety over this “Belfast Address,” his allusions to the limitations of science and to mysteries beyond human understanding are overlooked. He engages in a number of other controversies such as spontaneous generation, the efficacy of prayer and Home Rule for Ireland.

In his last years Tyndall often takes chloral hydrate to treat his insomnia. When bedridden and ailing, he dies from an accidental overdose of this drug on December 4, 1893, at the age of 73 and was buried at Haslemere, Surrey, England.

Tyndall is commemorated by a memorial, the Tyndalldenkmal, erected at an elevation of 7,680 ft. on the mountain slopes above the village of Belalp, where he had his holiday home, and in sight of the Aletsch Glacier, which he had studied.


by Leave a comment

Death of Thomas Andrews, Chemist & Physicist

thomas-andrews

Thomas Andrews, chemist and physicist who does important work on phase transitions between gases and liquids, dies in Belfast on November 26, 1885. He is a longtime professor of chemistry at Queen’s University Belfast.

Andrews is born in Belfast on December 19, 1813, where his father is a linen merchant. He attends the Belfast Academy and the Royal Belfast Academical Institution, where at the latter of which he studies mathematics under James Thomson. In 1828 he goes to the University of Glasgow to study chemistry under Professor Thomas Thomson, then studies at Trinity College, Dublin, where he gains distinction in classics as well as in science. Finally, at the University of Edinburgh in 1835, he is awarded a doctorate in medicine.

Andrews begins a successful medical practice in his native Belfast in 1835, also giving instruction in chemistry at the Royal Belfast Academical Institution. In 1842, he marries Jane Hardie Walker. They have six children, including the geologist, Mary Andrews.

Andrews first becomes known as a scientific investigator with his work on the heat developed in chemical actions, for which the Royal Society awards him a Royal Medal in 1844. Another important investigation, undertaken in collaboration with Peter Guthrie Tait, is devoted to ozone. In 1845 he is appointed vice-president and professor of chemistry of the newly established Queen’s University Belfast. He holds these two offices until his retirement in 1879 at the age of 66.

His reputation mainly rests on his work with liquefaction of gases. In the 1860s he carries out a very complete inquiry into the gas laws — expressing the relations of pressure, temperature, and volume in carbon dioxide. In particular, he establishes the concepts of critical temperature and critical pressure, showing that a substance passes from vapor to liquid state without any breach of continuity.

In Andrews’ experiments on phase transitions, he shows that carbon dioxide may be carried from any of the states we usually call liquid to any of those we usually call gas, without losing homogeneity. The mathematical physicist Josiah Willard Gibbs cites these results in support of the Gibbs free energy equation. They also set off a race among researchers to liquify various other gases. In 1877-78 Louis Paul Cailletet is the first to liquefy oxygen and nitrogen.

Thomas Andrews dies in Belfast on November 26, 1885, and is buried in the city’s Borough Cemetery.


by Leave a comment

Guinness First Exported from Ireland

guinnessJust ten years after Guinness is first brewed in St. James Gate, Dublin, the beautiful magic brew is first exported from Ireland on May 19, 1769 as six-and-a-half barrels are shipped to England.

Guinness is an Irish dry stout that originates in the brewery of Arthur Guinness (1725–1803) at St. James’s Gate brewery in the capital city of Dublin. Guinness, produced by the Diageo beverages company, is one of the most successful beer brands worldwide. It is brewed in almost 50 countries and is available in over 120. Annual sales total of Guinness in 2011 was 850 million litres (220,000,000 US gal).

Guinness features a burnt flavour that is derived from malted barley and roasted unmalted barley. The use of roasted barley is a relatively modern development, not becoming part of the grist until the mid-20th century. For many years, a portion of aged brew is blended with freshly brewed beer to give a sharp lactic acid flavour. Although Guinness’s palate still features a characteristic “tang,” the company has refused to confirm whether this type of blending still occurs. The draught beer‘s thick, creamy head comes from mixing the beer with nitrogen and carbon dioxide when poured. It is popular with the Irish, both in Ireland and abroad. In spite of declining consumption since 2001, it is still the best-selling alcoholic drink in Ireland where Guinness & Co. Brewery makes almost €2 billion worth of the beverage annually.

The company is started in 1759 in Dublin, but has to move its headquarters to London at the beginning of the Anglo-Irish Trade War in 1932. In 1997, Guinness plc merges with Grand Metropolitan to form the multinational alcoholic drinks producer Diageo.