The UK’s Fuel Industry


The UK’s Fuel Industry
The UK’s fuel industry is home to some of the world’s biggest fuel companies such as BP and Shell who’s products and services are used around the globe. As such the importation and refining of crude oil and it’s production into petroleum and other petrochemicals are a major part of the fuel industry in the UK.
The investments being made by the UK fuel companies in the research and development of new technologies to improve fuel extraction as well as produce greener fuels are also impacting the fuel industry as a whole.
UK’s crude oil imports
Producers of oil
As the UK does not have enough oil reserves of it’s own to be able to sustain our demand we therefore rely on importing it from other countries.
During the end of the 1940′s the UK’s ability to produce it’s own oil products made a quantum leap forward with the development of refining capacities. This subsequently led to the level of crude oil being imported to the UK to skyrocket.
From the 1950′s the main source of these imports were coming from the Middle East, peaking at over 80 million barrels of crude oil in the mid 1970′s. As well as the Middle East the UK was also importing from The Americas, Norway and Africa during this period, though in far smaller quantities.
The oil crisis of 1974 however made a dramatic change in the UK’s crude oil imports. After an oil embargo had been proclaimed by the OAPEC (Organisation of Arab Petroleum Exporting Countries) the levels of crude oil imported by the UK from the Middle east took a sharp nosedive to less than 10 million barrels in a relatively short span of 10 years.
To compensate for the embargo in the Middle East the UK increased it’s reliance on imports from the North Sea area and other crude oil producing countries such as Norway saw a steady increase in trade.
UK Refineries
Demand for petroleum products followed the economic recovery after WWII. The prosperity the economic recovery gave people resulted in increased car ownership within the population and along with a better road network led to the necessity of many of the 9 major refineries we have in the UK today.
Refineries have undergone significant advancements since their introduction in the late 1950′s in order to keep up with the increasingly more complex and greener fuels the UK now demands. Their distribution within the UK is typically coastal or estuarial because of the need to have deep water connection capable of accommodation large oil tankers.
UK Crude OilList of UK refineries
Chevron Pembroke Refinery
ConocoPhillips Humber Refinery
ExxonMobil Refinery Fawley
INEOS Grangemouth Refinery
Murco Milford Haven Refinery
Petroplus Coryton Refinery
Petroplus Refining Teesside
Shell Stanlow Manufacturing Complex
Total Lindsey Oil Refinery
UK’s contributions to new fuels

The UK’s Fuel Industry
The UK’s fuel industry is home to some of the world’s biggest fuel companies such as BP and Shell who’s products and services are used around the globe. As such the importation and refining of crude oil and it’s production into petroleum and other petrochemicals are a major part of the fuel industry in the UK.
The investments being made by the UK fuel companies in the research and development of new technologies to improve fuel extraction as well as produce greener fuels are also impacting the fuel industry as a whole.
UK’s crude oil imports

As the UK does not have enough oil reserves of it’s own to be able to sustain our demand we therefore rely on importing it from other countries.
During the end of the 1940′s the UK’s ability to produce it’s own oil products made a quantum leap forward with the development of refining capacities. This subsequently led to the level of crude oil being imported to the UK to skyrocket.
From the 1950′s the main source of these imports were coming from the Middle East, peaking at over 80 million barrels of crude oil in the mid 1970′s. As well as the Middle East the UK was also importing from The Americas, Norway and Africa during this period, though in far smaller quantities.
The oil crisis of 1974 however made a dramatic change in the UK’s crude oil imports. After an oil embargo had been proclaimed by the OAPEC (Organisation of Arab Petroleum Exporting Countries) the levels of crude oil imported by the UK from the Middle east took a sharp nosedive to less than 10 million barrels in a relatively short span of 10 years.
To compensate for the embargo in the Middle East the UK increased it’s reliance on imports from the North Sea area and other crude oil producing countries such as Norway saw a steady increase in trade.
UK Refineries
Demand for petroleum products followed the economic recovery after WWII. The prosperity the economic recovery gave people resulted in increased car ownership within the population and along with a better road network led to the necessity of many of the 9 major refineries we have in the UK today.
Refineries have undergone significant advancements since their introduction in the late 1950′s in order to keep up with the increasingly more complex and greener fuels the UK now demands. Their distribution within the UK is typically coastal or estuarial because of the need to have deep water connection capable of accommodation large oil tankers.
List of UK refineries
Chevron Pembroke Refinery
ConocoPhillips Humber Refinery
ExxonMobil Refinery Fawley
INEOS Grangemouth Refinery
Murco Milford Haven Refinery
Petroplus Coryton Refinery
Petroplus Refining Teesside
Shell Stanlow Manufacturing Complex
Total Lindsey Oil Refinery
UK’s contributions to new fuels

the U.S. Bureau of Economic Analysis


The economic slowdown in 2001, while mild by historical standards, was geographically widespread. Real gross state product (GSP) for the nation - GSP adjusted to reflect price changes - grew 0.4 percent in 2001, compared with a 0.2-percent decline during the 1990-91 recession, and a 1.6-percent decline during the more severe 1981-82 recession./1./  In 2001, real GSP declined in 20 states and growth decelerated in an additional 26 states. During the 1990-91 recession, real total GSP declined in 18 states and growth decelerated in an additional 19 states. In contrast, during the more severe 1981- 82 recession, real total GSP declined in 37 states and decelerated in an additional 12 states.

Chart 1 shows trends in real GSP growth for 1990-2001 for the U.S. and for the top- and bottom-quintile states, where quintiles are defined by 2001 growth. With the exception of 2000, average growth in the top quintile has exceeded the U.S. rate every year since 1990. Further, real GSP growth in the top quintile remained positive and relatively strong both during the 2001 slowdown and in the 1990-91 recession. In contrast, the bottom-quintile states fared worse in 2001 than in the 1990-91 recession, with an average decline of 1.6 percent in 2001, compared with an average decline of 0.8 percent in the 1990-91 recession. Many of the bottom-quintile states specialize in traditional manufacturing industries that are sensitive to economic slowdowns.



/1./ Percent changes are expressed at annual rates and refer to 2001, 1991, and 1982, respectively. The GSP estimates for 1999-2000 released today are revised. See the "Sources of GSP revisions" section on page 3 for details on the revisions.

This news release is available at BEA's web site at www.bea.gov/newsreleases/rels.htm.

GSP Growth by Industry

The slowdown in real U.S. GSP was characterized by a decline in goods-producing industries (except mining) and decelerated growth in most services-producing industries. Manufacturing, which declined 6.0 percent in 2001, was largely responsible for the decline in real GSP in goods-producing industries. Manufacturing declined in 40 states and was the largest contributor to declines in real total GSP for all of the bottom-quintile states except Alaska.



Among the other goods-producing industry divisions, real GSP in construction declined in 37 states. Growth in mining was an important contributor to total GSP growth in a number of states, including Wyoming, West Virginia, New Mexico, and Nevada. But, mining, primarily oil and gas extraction, contributed significantly to a decline in Alaska's real GSP.

Despite the deceleration in real U.S. GSP growth in several services-producing industries in 2001, growth in these industries remained relatively strong. Overall growth in retail trade decelerated to 4.6 percent in 2001 from 7.5 percent in 2000, and growth in finance, insurance and real estate decelerated to 2.8 percent from 6.2 percent. From 2000 to 2001, real GSP growth in retail trade decelerated in 46 states; growth in finance, insurance and real estate decelerated in 42 states; and growth in services decelerated in 38 states. However, retail trade continued to grow in all states except Connecticut; finance, insurance and real estate grew in all but 11 states; and services grew in all but 11 states. Within finance, insurance and real estate, double-digit growth was reported in 2001 for non-depository institutions and for security and commodity brokers. In Delaware, real GSP in finance, insurance and real estate grew 18 percent, mainly due to growth in depository institutions and holding and other investment offices.

In contrast to fast growth during the 1990's, real GSP in high-tech industries (a combination of goods- and services-producing industries) was mixed in 2001. Communications grew in all states except Colorado and electronic and other electric equipment manufacturing grew in 45 states. These industries contributed to growth in several of the top-quintile states, including New Mexico, Vermont, Maryland, Nevada, Florida, and Texas. But, real U.S. GSP declined in industrial machinery and equipment manufacturing and in business services.

Within tourism-related services-producing industries, slow growth or declines in U.S. GSP in transportation by air, hotels and other lodging places, and amusement and recreation services affected many states, partially reflecting reductions in business air travel and tourism after the terrorist attacks on September 11, 2001. Despite declines in two industries relatively important to its economy--transportation by air and hotels and other lodging places--Nevada was in the top quintile in 2001.

GSP Growth by Component

The changes over time in the capital and labor shares of industry value added reflect differences in the growth rates of the components of current-dollar GSP by industry--compensation of employees, indirect business tax and nontax liability, and property-type income. In every BEA region, the trends in the GSP income component shares mirrored the national trend for 1999-2001-- the share of compensation of employees increased, the share of indirect business tax and nontax liability was unchanged, and the share of property-type income decreased.

State shares of U.S. current-dollar GSP in 2001

In 2001, current-dollar GSP for the nation was $10.1 trillion. California accounted for the largest share (13.4 percent) of the nation; its GSP has exceeded $1 trillion since 1997 (see table 4). The other four states with the largest shares of the U.S. total were New York (8.2 percent), Texas (7.5 percent), Florida (4.8 percent), and Illinois (4.7 percent). North Dakota, Vermont, Wyoming, Montana, and South Dakota had the smallest shares. The states representing the five largest and five smallest shares did not change throughout the 1990s.

Sources of GSP revisions

The GSP estimates have been revised for 1999 and 2000 to incorporate the results of the most recent revisions of state personal income, of the national estimates of gross product by industry, and of the national income and product accounts (NIPA's). The revised GSP estimates also reflect incorporation of the 2000 and 2001 Annual Survey of Manufactures (ASM). The ASM data are based on the North American Industry Classification System (NAICS) rather than on the Standard Industrial Classification System (SIC). For this revision, the 1999-2001 ASM data were converted from NAICS to the SIC by BEA on the basis of information provided by the source agency (see "Industry classification" section below).

In general, the revisions to GSP as a percentage of the previously published estimates for all years were small. For the nation, current-dollar GSP was revised down $28.2 billion in 1999, and revised down $50.4 billion in 2000. For 2000, the five states with the largest downward percentage revisions were New Mexico (-3.3 percent), West Virginia (-3.2 percent), North Carolina (-3.1 percent), Arizona (-1.8 percent), and Mississippi (-1.7 percent). For a detailed discussion of major sources of the revisions and of the impacts of the revisions, see "Gross State Product by Industry, 1999-2001" in a forthcoming issue of the Survey of Current Business.

Industry classification

In 1997, U.S. federal statistical agencies adopted NAICS, an economic classification system that groups establishments into industries based on similarity of production processes. NAICS provides a new framework for collecting, analyzing, and disseminating economic data on an industry basis. Some of BEA's source data, however, still remain on a Standard Industrial Classification (SIC) basis. BEA plans to incorporate NAICS into its GSP estimates upon full implementation of NAICS by all of its source-data agencies in 2004-2005. For more information, see "The North American Industry Classification System in BEA's Economic Accounts," Survey of Current Business (May 2001): 7-13.

Definitions

GSP is the value added in production by the labor and property located in a state. GSP for a state is derived as the sum of the GSP originating in all industries in the state.

The estimates of real GSP were derived by applying national implicit price deflators by detailed industry to the current-dollar GSP estimates by detailed industry. Then, in order to capture the differences across states that reflect the relative differences in the mix of goods and services that the states produce, the same chain-type index formula used in the national accounts was used to calculate the estimates of total real GSP and real GSP by major industry. For additional information, see "BEA's Chain Indexes, Time Series, and Measures of Long-Term Economic Growth," Survey of Current Business 77 (May 1997): 58-68; "Comprehensive Revision of Gross State Product by Industry, 1977-94," Survey 77 (June 1997): 28-29; and "Gross State Product by Industry, 1992-99," Survey 81 (August 2001): 69-90.

The relation of GSP to Gross Domestic Product (GDP)

In concept, an industry's GSP, referred to as its "value added," is equivalent to its gross output (sales or receipts and other operating income, commodity taxes, and inventory change) minus its intermediate inputs (consumption of goods and services purchased from other U.S. industries or imported). Thus, GSP is often considered the state counterpart of the nation's GDP, BEA's featured measure of U.S. output. In practice, GSP estimates are measured as the sum of the distributions by industry and state of the components of gross domestic income, that is, the sum of the costs incurred and incomes earned in the production of GDP.

GSP for the nation differs from GDP for the following reasons: GSP is derived from gross domestic income, which differs from GDP by the statistical discrepancy; GSP excludes and GDP includes the compensation of federal civilian and military personnel stationed abroad and government consumption of fixed capital for military structures located abroad and for military equipment, except office equipment; and GSP and GDP have different revision schedules. In 2000-2001, real GDP grew 0.3 percent, and real GSP for the nation grew 0.4 percent.

Availability of detailed GSP estimates

GSP estimates for 63 industries and 3 income components for states, BEA regions, and the United States are available on BEA's Web site: www.bea.gov. The site also contains BEA's major national, regional, international, and industry estimates; the Survey of Current Business; and BEA news releases.

In BEA's GSP accounts, estimates of compensation of employees and property-type income are based on estimates of wages and salaries and proprietors' income, respectively, from BEA's personal income accounts. For 2001, BEA's estimates of wages and salaries and proprietors' income were published on the 2002 North American Industry Classification System (NAICS) at the sub-sector level and on the 1987 Standard Industrial Classification (SIC) at the division level. Therefore, for the 2001 GSP estimates presented here, compensation of employees and property-type income estimates are being released at only the SIC division level, while estimates of GSP by industry and of indirect business tax and non-tax liability (IBT) are being released for the usual 63 SIC-based industries.

Regional Income and Product release dates for the rest of 2003:

Rockefeller Center Christmas Tree Lighting 2012: New Jersey Spruce Lights Up Manhattan


Rockefeller Center Christmas Tree Lighting 2012: New Jersey Spruce Lights Up Manhattan

NEW YORK — An 80-foot Norway spruce that made it through Superstorm Sandy was transformed into a beacon of shimmering glory Wednesday when New York City Mayor Michael Bloomberg and others turned its lights on at Rockefeller Center.
Thousands of onlookers crowded behind barricades on the streets that surrounded the center during the traditional tree-lighting ceremony for the Christmas holiday season. A video screen projected an image of the tree for those who did not have a direct line of sight.
“It makes me want to sing and dance,” said Zuri Young, who came several hours early with her boyfriend to watch the lighting for the first time.
“I’ve heard a lot about it. I was kind of sick of staying home and watching it on television,” the 19-year-old nursing student from Queens said.
Illuminated by more than 30,000 lights, the tree from the Mount Olive, N.J., home of Joe Balku was topped by a Swarovski star. The 10-ton tree had been at the homestead for years, measuring about 22-feet tall in 1973 when Balku bought the house. Wednesday, its girth reached about 50 feet in diameter.
“It’s an experience that I cannot get back home,” said Freyja Shairp, a 22-year-old from Sydney, Australia, who is working in the U.S. temporarily. She said she hadn’t planned to come, but was in the neighborhood.
Standing next to her was Donna D’Agostino, 48, and her 17-year-old daughter. She said she lived in New York City her whole life and decided this was the year she was going to see the lighting.
“It’s a bucket list item,” said D’Agostino. “I think it starts the whole season.”
Balku lost power and other trees during the Oct. 29 storm at his residence about an hour outside of Manhattan. The spruce survived, and Erik Pauze, the head gardener at Tishman Speyer, one of the owners of Rockefeller Center, picked out the tree. He said he found it by accident when he got lost while returning to the city on a tree hunting expedition.
“It wasn’t even on our list. It was a good find,” Pauze said.
Pauze said workers prepared for Superstorm Sandy by bracing the tree with cables to secure and protect it. It was moved in November.
Officials turned on the lights just before 9 p.m. Wednesday in the 80th annual celebration. Prior to that, the tree-lighting event include performances from Rod Stewart, CeeLo Green, Scotty McCreery, Il Volo, Victoria Justice, Brooke White, Mariah Carey, Trace Adkins and Tony Bennett, along with appearances by Billy Crystal and Bette Midler.
The tradition of a Christmas tree at Rockefeller Center started in 1931, when workers building the center put up the first one. No tree was put up the following year, and in 1933, the first tree-lighting ceremony took place.
People will be able to view the tree until Jan. 7. After its stint in the spotlight, it will be turned into lumber for Habitat for Humanity.

New York is the center of the world


New York is the center of the world
New York’s gross state product in 2010 was $1.16 trillion, ranking third in size behind the larger states of California and Texas.[45] If New York were an independent nation, it would rank as the 16th largest economy in the world behind Turkey. Its 2007 per capita personal income was $46,364, placing it sixth in the nation behind Maryland, and eighth in the world behind Ireland. New York’s agricultural outputs are dairy products, cattle and other livestock, vegetables, nursery stock, and apples. Its industrial outputs are printing and publishing, scientific instruments, electric equipment, machinery, chemical products, and tourism.

New York exports a wide variety of goods such as foodstuffs, commodities, minerals, computers and electronics, cut diamonds, and automobile parts. In 2007, the state exported a total of $71.1 billion worth of goods, with the five largest foreign export markets being Canada ($15 billion), United Kingdom ($6 billion), Switzerland ($5.9 billion), Israel ($4.9 billion), and Hong Kong ($3.4 billion). New York’s largest imports are oil, gold, aluminum, natural gas, electricity, rough diamonds, and lumber.

The state also has a large manufacturing sector that includes printing and the production of garments, furs, railroad equipment and bus line vehicles. Many of these industries are concentrated in upstate regions. Albany and the Hudson Valley are major centers of nanotechnology and microchip manufacturing, while the Rochester area is important in photographic equipment and imaging.

New York is a major agricultural producer, ranking among the top five states for agricultural products such as dairy, apples, cherries, cabbage, potatoes, onions, maple syrup and many others. The state is the largest producer of cabbage in the U.S. The state has about a quarter of its land in farms and produced US$3.4 billion in agricultural products in 2001. The south shore of Lake Ontario provides the right mix of soils and microclimate for many apple, cherry, plum, pear and peach orchards. Apples are also grown in the Hudson Valley and near Lake Champlain.

New York is the nation’s third-largest grape-producing state, behind California, and second-largest wine producer by volume. The south shore of Lake Erie and the southern Finger Lakes hillsides have many vineyards. In addition, the North Fork of Long Island developed vineyards, production and visitors’ facilities in the last three decades of the 20th century. In 2004, New York’s wine and grape industry brought US$6 billion into the state economy.

The state has 30,000 acres (120 km2) of vineyards, 212 wineries, and produced 200 million bottles of wine in 2004. A moderately sized saltwater commercial fishery is located along the Atlantic side of Long Island. The principal catches by value are clams, lobsters, squid, and flounder. These areas of the economy have been increasing as environmental protection has led to an increase in ocean wildlife.

New York City is the leading center of banking, finance and communication in the United States and is the location of the New York Stock Exchange, the largest stock exchange in the world by dollar volume. Many of the world’s largest corporations are based in the city.

NYCHA promises no evictions for the rest of the year

NYCHA Chairman John Rhea came under blistering criticism from tenants, Public Advocate Bill de Blasio and the Daily News after calling the January rent credit ‘a nice little Christmas present.’
NYCHA residents at the Red Hook Houses in Brooklyn still had no power in this picture taken November 11, almost two weeks after Hurricane Sandy hit.
Blasted for delaying rent credits for Hurricane Sandy victims until January, the Housing Authority promised on Friday not to evict rent-tardy tenants through the end of the year.
NYCHA Chairman John Rhea came under blistering criticism from tenants, Public Advocate Bill de Blasio and the Daily News after calling the January rent credit “a nice little Christmas present.”
Tenants who lived without heat, hot water, elevators and power for as long as three weeks wanted a rent discount right away, worried that they would fall behind in December’s rent because of extra expenses incurred after Sandy.
Last week, the Legal Aid Society and the New York Legal Action Group pressed NYCHA for the eviction moratorium for affected tenants.
On Friday, NYCHA caved, agreeing not to pursue evictions of or default judgments against Sandy-affected tenants who don’t pay or are late with next month’s rent.
The break will remain in place until Jan. 1 — the date the rent credit kicks in. The agency also agreed to postpone Housing Court cases that predate Sandy for tenants hurt by the hurricane.
Housing officials estimated 81,000 tenants in 421 buildings lost power, heat and hot water after the storm hit.
Jane Stevens of the New York Legal Assistance Group noted that NYCHA didn’t spell out whether nonpayments or late payments would be held against tenants in future hearings.
De Blasio said tenants still should get an upfront break, and not face late fees if they can’t pay. “Until NYCHA makes those changes, it’s not doing right by its tenants.”

Why NY?



Why NY?
New York's gross state product in 2008 was $1.1 trillion, ranking third in size behind the states of California and Texas. Globally, New York State (NYS) ranks as the 11th largest economy in the world. Its 2008 per capita personal income was $48,076, ranking 6th in the United States. A 2008 estimate places New York as the third largest state in population after California and Texas, with an estimated population of 19,490,297 as of July 1, 2008.  Its size, economic power, and proximity too many of the world’s leading companies, makes New York State an attractive place to invest.
Major industries in NYS include clean technology, education, financial services, information and nanotechnology, and life sciences and biotechnology.  The following are just some of the reasons NYS is a prime place to invest in such industries:
Upwards of 250 institutions of higher education, both public and private, whose direct economic impact exceeds $100 billion annually
Ranks 2nd in the nation in total research and development investment
Headquarters of 94 of the world’s Fortune 500 companies, the most of any state
Goal of obtaining 45% percent of its energy from renewable resources by 2015
Home of College of Nanoscale Science and Engineering (CNSE) at SUNY Albany, a $4.5 billion mexaplex which is the most advanced research complex of any university in the world
In total NYS investment in nanotechnology has exceeded $13 billion

New York Post, Investment Funds

New York Post, Investment Funds

You will recall that time, Yahoo. has already broken teeth on Facebook, Google and YouTube, three Web players become overpowering. Also in 2010, Yahoo. has also been the subject of takeover speculation constant. In October, the Wall Street Journal, investment funds Silverlake Partners and Blackstone have approached to prepare the AOL acquisition of Yahoo. [...]. The Rupert Murdoch, News Corp, have also been contacted. Earlier in the year, the New York Post reported that the investment fund KKR had also addressed the issue. [...] Better. by Hadley Reynolds, the value of the company does not fully reflect the share price. Investments abroad (40% stake in Alibaba, the Chinese champion of e-commerce businesses. Partnership with Japan. [...]



Insider: record fine of $ 92.8 million

The founding patron of the investment fund Galleon, Raj Rajaratnam, already sentenced last month to 11 years in prison, was sentenced Tuesday in New York a record fine of $ 92.8 million (67 million euros) for insider trading. [...] This is the largest fine ever imposed on a person in a case of insider trading involving the SEC (Securities and Exchange Commission), said this in a statement. [...] This fine imposed by a federal judge result of civil proceedings brought by the SEC in parallel to that earned Mr. Rajaratnam, 54, the conviction record of 11 years in prison in a sprawling case. [...]

International finance is the examination of institutions


International finance is the examination of institutions, practices, and analysis of cash flows that move from one country to another. There are several prominent distinctions between international finance and its purely domestic counterpart, but the most important one is exchange rate risk. Exchange rate risk refers to the uncertainty injected into any international financial decision that results from changes in the price of one country's currency per unit of another country's currency. Examples of other distinctions include the environment for direct foreign investment, new risks resulting from changes in the political environment, and differential taxation of assets and income.
The level of international trade is a relevant indicator of economic growth worldwide. Foreign exchange markets facilitate this trade by providing a resource where currencies from all nations can be bought and sold. While there is a heavy volume of foreign exchange between some countries, such as the United States and Canada, other countries with little international trade may have only intermittent need for such transactions. Current exchange rates of one country's currency versus another are determined by supply and demand for these currencies. As an example of an exchange rate, consider a recent rate at which U.S. dollars (US$) could be exchanged for Canadian dollars (C$): US$0.65 per C$1. This implies that a Canadian dollar can be purchased for US$0.65 and conversely, a U.S. dollar can be purchased for C$1.54 (or 1/0.65). These current rates are also called spot rates.

In addition to international trade, there is a second motivation for international financial activity. Many firms make long-term investments in productive assets in foreign countries. When a firm decides to build a factory in a foreign country, it has likely considered a variety of issues. For example: Where should the funds needed to build the factory be raised? What kinds of tax agreements exist between the home and foreign countries that may influence the after-tax profitability of the new venture? Are there any government-imposed restrictions on moving profits back to the home country? Do the forecasted cash flows of the new venture enhance the parent firm's exposure to exchange rate fluctuations or does it lessen this exposure? Are the economic and political systems in the foreign country stable?

The short-term motive for foreign exchange (trade) and the long-term motive (capital formation) are related. For example, for most of the 1980s Japan maintained a sizable balance of trade surplus with the United States. This is because Japan exports more to the United States than they import from the United States, resulting in a flow of funds from the United States to Japan. This was also a period, however, when Japan provided considerable capital investments in automobile plants and other U.S. securities. These investment funds from Japan far outweighed the flow of investment funds moving from the United States to Japan. While some motivation for Japan's large investment in U.S. assets is strategic, the overall result is an inflow of investment funds from Japan that offsets the outflow created by the trade imbalance.

By the late 1990s the Japanese economy was in a deep recession. This made the trade imbalance even more extreme as demand for U.S. exports declined precipitously. The lack of appealing domestic investment alternatives in Japan, however, encouraged Japanese investors to pursue international options. Again, the flow of investment funds tends to offset the trade imbalance. While the two motives for foreign exchange do not always offset, they typically do for major trading partners over longer periods.

THE NATURE OF EXCHANGE RATES AND 
EXCHANGE RATE RISK

Consider two developed countries, A and B. If A and B are trading partners and make investments in each other's country, then there must also be a well-developed market for exchange of the two currencies. From A's perspective, demand for B's currency will depend on the cost of B's products when compared with domestic substitutes. It will also depend on investment opportunities in B compared with those available domestically in A. Likewise, the supply of B's currency depends on the same issues when examined from B's perspective.

Ignoring everything else, A will demand more of B' s currency if it can buy it more cheaply. For example, if the exchange rate moves from 2 B per 1 A to 3 B per I A, imports from B become cheaper since it costs A's residents fewer units of their own currency to buy them. Conversely, if the exchange rate moves to 1.5 B per 1 A, the cost of imports has risen and demand for B's currency will fall. The supply of B's currency will change for the same reasons, but the change will be in the opposite direction. If B's citizens can trade the same number of their own currency units for fewer units of A's currency, they will offer less currency for exchange. At some exchange rate, the supply of B's currency will exactly satisfy the demand and an equilibrium, or market-clearing rate, will be established.

This market-clearing exchange rate does not stay in one place. This is because of a variety of events including: (1) changes in the relative inflation rates of the two countries, (2) changes in the relative rates of return on investments in the two countries, and (3) government intervention. Examples of government intervention include quotas on imports or restrictions on foreign exchange. As a brief example of how the market-clearing exchange rate can move, suppose that the current equilibrium exchange rate is 2 B per I A. Next, consider new information that indicates investors can achieve a higher rate of return on investments in B while returns on investments available domestically in A remain the same. As investors in A realize this, they have greater interest in making investments in B. This increases the demand for B's currency and means that investors in A are now willing to pay more for a unit of B's currency. B's investors, however, now see that investment prospects in A have deteriorated in relative terms. They are less interested in making these investments and will supply fewer units of B's currency in exchange for A's currency. The dual influences of A's investors becoming more eager to buy B's currency and the increased reluctance of B's investors to offer their currency indicates that the market clearing exchange rate must be different than the prior rate of 2 B per I A. In this example, to reach equilibrium, the rate should move to a point where I unit of A's currency can be exchanged for less than 2 units of B's currency. This movement can be interpreted as a weakening of A's currency and a strengthening of B's currency.

Specific movements in the market-clearing exchange rate can be modeled by a several economic equalities called parity conditions. Three specific parity conditions are commonly used to model exchange rate equilibrium. Purchasing power parity indicates that currencies experiencing high inflation are likely to weaken while those experiencing low inflation are likely to strengthen. The international Fisher effect indicates that currencies with high interest rates will tend to strengthen while currencies with low levels of interest will weaken. A third parity condition, interest rate parity, indicates that exchange rates must move to a level where investors in either country cannot make a riskless profit by borrowing or lending a foreign currency.

EXAMPLES OF EXCHANGE RATE RISK

Since forecasts of future inflation rates, interest rates, and government actions are uncertain, exchange rates are also uncertain. This means that an investment that will pay its return in units of a foreign currency has an uncertain return in the home currency. For example, suppose an investor in A bought a security B for 100 B. This one-year investment has a guaranteed return of 10 B, or 10 percent. If the exchange rate remains at a constant 2 B per I A over the life of the investment, the investor must initially commit 50 A to exchange for 100 B to make the investment. After one year, the 110 B returned (including the 10 B in interest) is exchanged for 55 A. The profit of 5 A on an investment of 50 A represents a 10 percent return to the investor from A. If, however, the exchange rate moved to 1.8 B per 1 A during the year, the investor would now receive the same 110B from the investment, but when converted to the home currency, 61.1 A is received. This represents a profit of 11.1 A on an investment of 50 A, or 22.2 percent. Note that the return is amplified because B's currency strengthened during the holding period. Likewise, if the exchange rate moved to 2.2 B per 1 A, the return of 110 B translates to 50 A and a rate of return of 0 percent.

As another example, suppose an importer in country A purchases a quantity of goods from an exporter in country B and agrees to pay 1,000 B in 90 days. The importer is now obligated to make a foreign exchange transaction and must purchase the units of B's currency at the exchange rate that prevails in 90 days. Since that rate is likely to be different from the current rate, the importer is exposed to exchange rate risk. One common method for reducing this exposure is to enter into a forward contract to buy B's currency. A forward contract is an agreement to trade currencies at a specified date in the future at an exchange rate determined today. By purchasing the needed currency through a forward contract, the importer can eliminate concern with exchange-rate volatility by locking in a specific rate today.

TYPES OF EXPOSURE TO EXCHANGE 
RATE RISK

Exposure to exchange rate fluctuations can be placed into three categories: translation, transaction, and economic. Translation exposure refers to the changes in accounting profits that result from reporting requirements. Transaction exposure is created when the firm enters into agreements that will require specific foreign exchange transactions during the current period. The example of the importer in the previous paragraph would be classified as transaction exposure. Economic exposure is the need for foreign exchange transactions and exposure to exchange rate fluctuations that results from future business activities.

If a firm can measure its transaction exposure, it has the option to reduce or eliminate this risk by netting payments and receivables among foreign subsidiaries and other trading partners. Any exposures that cannot be eliminated by netting can be hedged by taking various positions in foreign currency forward or futures contracts. Suppose the importer used in a previous example had agreed to make payments in several different foreign currencies during the upcoming 90-day period. An initial measure of transaction exposure could be obtained by computing the value of each of the obligations using the spot exchange rate for each currency. The sum of these values, measured in the home currency, would provide a gross measure of transaction exposure. This measure, however, may overstate the true level of exposure if the importer also has receivables in these same currencies. Since foreign currency receivables offset payment obligations in the same currency, the more relevant measure of exposure is the net of payables less receivables.

Once a firm has properly measured its transaction exposure to exchange rate fluctuations, it can opt to reduce the risk by engaging in a practice called hedging. Hedging is a technique of eliminating or limiting losses due to unfavorable movements in exchange rates. For example, a U.S. importer with a large payment denominated in Canadian dollars due in 90 days may enter into a forward contract to purchase that currency when needed. A forward contract is an agreement to exchange currencies at a specific date in the future for a specific exchange rate determined at the time the agreement is made. Although the spot rate 90 days later may be materially different from the forward rate specified in the contract, both parties now know exactly what the other currency units will cost. In this way exchange rate risk can be effectively neutralized. Other financial instruments such as futures contracts and options can also be used to reduce transaction exposure. Foreign currency futures contracts are similar to forward contracts but are more standardized and, as a result, can be purchased or sold very quickly. This means that futures contracts can be used when transaction exposure is likely to change. For example, if a firm agrees to purchase two million Canadian dollars using a futures contract and subsequently finds out that they will only need one million, they can quickly sell some of the contracts and reduce their protective hedge to the proper level. Forward contracts do not offer that flexibility. Foreign currency options can also be used to build a cap on the potential cost of an upcoming foreign currency purchase or a floor under the value of revenue from an upcoming foreign payment.

Economic exposure to exchange rate fluctuations is often more difficult to manage. The Japanese automobile manufacturer Toyota provides a prominent example of this exposure and its management. This company developed a very sizable market in the United States by initially producing an inexpensive, fuel-efficient vehicle. As time passed, Toyota developed a broader line of products to expand its share of the U.S. automobile market. Beginning in the early 1980s, however, the yen began to appreciate relative to the dollar. Even with constant dollar sales in the U.S. market, Toyota's revenues began to drop significantly when converted back to yen. Since the majority of their production costs were already yen denominated, this hurt their profitability. Toyota was reluctant to raise the dollar price of their products because they feared that they would lose market share. The firm had significant economic exposure because a large proportion of its revenues were denominated in dollars while most of its costs were denominated in yen. Toyota responded to this problem by building manufacturing facilities in the United States. This generated dollar-denominated production costs that could be used to offset dollar revenues. The result was a reduced need for foreign exchange and more stable corporate earnings in Toyota's home country of Japan.

Note that economic exposure results from having revenue and cost streams that have different sensitivities to exchange rate changes. This is very different from measuring the need for foreign exchange transactions during an upcoming period and hedging the cost. Economic exposure to exchange rate fluctuations cannot be hedged with simple financial instruments. It must be managed more dynamically and requires actions such as relocating production facilities, borrowing in foreign countries, and developing product markets in a more diverse set of countries.

COUNTRY RISK

Layered on top of the other sources of risk that make international business decisions unique from a financial perspective are the concerns with country risk. Country risk can be divided into two parts, economic risk and political risk. Economic risk refers to the stability of a country's economy. It embodies concerns such as dependence on individual industries or markets, the ability to sustain a vibrant level of activity and to grow, and the supply of natural resources and other important inputs. Political risk is more concerned with the stability of the government that manages the economy. It encompasses concerns such as the ability to move capital in and out of the country, the likelihood of a smooth transfer of power after elections, and the government's overall attitude toward foreign firms. Obviously, these two branches of country risk overlap significantly. There are a variety of services that provide in-depth assessments of country risk for virtually every country; multinational firms make considerable use of these services to form their own decisions regarding international projects.

In summary, the basic objective of international finance is no different than that of its purely domestic counterpart. The firm should attempt to identify profitable business opportunities that will provide benefit to the owners of the corporation. When these opportunities traverse an international border, a variety of new complexities arise in the financial analysis. Many of the new concerns with this analysis stem from the risk that is introduced by the need for foreign ex-change transactions in an environment of fluctuating exchange rates. Once these risks are identified, steps can be taken to address them. Short-term, specific sources of exchange rate risk can often be hedged using standard financial contracts. Longer term exposure to exchange rate risk requires more strategic management. Additional risks arise due to the potential for major shifts in foreign economic or political climates. It is the recognition, assessment, and management of risks such as these that provides the unique character of financial decision making in an international context.



INTERNATIONAL FINANCE

INTERNATIONAL FINANCE



Most companies and individuals conduct their business in an increasingly integrated world. Therefore a sound understanding of the mechanics of international financial markets and principles of international financial management should be part of the background of any modern manager since doing business in an international context raises different problems that are not encountered in a domestic setting. This course provides the necessary tools to face these challenges and also shows how the main concept of finance can be extended to an international environment. The course first describes the international financial environment. The second part analyses portfolio investment decisions in such a context while the third part considers the main issues faced by the firm in an international environment as well as their solutions.
 

Course material:

Course description

All course material is available from the dedicated Moodle platform. This platform can be accessed at the address http://moodle2.unifr.ch/. Course material access is reserved to students following this course. The access key can be obtained by request from the course assistant. No paper version will be provided.

Moodle platform