Archive for October, 2008

Green is the New Gold: Nine Environmentally Friendly Investment Tips for a Prosperous Future

Friday, October 31st, 2008
C. Hand asked:


Hoboken, NJ (June 2008)—Sure, you’d like to “go green” in your investments. If you could find some financially sound options, why not? As environmental issues have heated up and gained more and more press, you’ve embraced the concept of saving the planet. You’ve changed your light bulbs, strived to live the “reduce, reuse, and recycle” mantra, and even traded in your gas-guzzling SUV for a hybrid. (Well, at least you’ve considered it!) Problem is, you need to feel secure about your retirement years—and the concept of green investing just seems a little too, well, trendy for comfort.      

Jim Mellon and Al Chalabi say such fears are unfounded. In fact, the opposite is true. As our planet’s dwindling resources become ever more scarce, and the need to find alternate energy sources becomes more pressing, green investing will start paying off in a big way. Getting in the right markets now can help you create a prosperous future—and in an age where traditional retirement avenues are failing, that’s no small feat.

“As baby boomers age and retire and modern medicine keeps us all alive longer, the pension plans set up by corporations and governments are becoming ever more strained,” says Mellon, coauthor along with Al Chalabi of the new book The Top 10 Investments for the Next 10 Years: BigIdeas, MoneyFountains and Your Path to Prosperity (Wiley, February 2008, ISBN: 978-1-84112-802-3, $29.95). “You simply can’t rely on those sources to keep you going when it’s time for you to retire. That’s why it is so important to be a savvy investor now. And going green with at least some of your investments is a sure moneymaker.”

The authors explain that, in investment terms, the biggest theme of all over the next ten years will be the broadly defined “green” movement. New methods of generating power, conservation measures, and changing fiscal regimes in relation to the use of power will create some of the biggest global investment opportunities.

“Significant amounts of capital in almost every part of the world are already being deployed to take advantage of these trends,” says Mellon. “New plants are being built to manufacture photovoltaic cells for solar power projects. Hydrogen fuel cells are being developed at a rapid rate to a point near commercialization. And nuclear power stations are being planned or built in quantity. In addition, wind farms now dot many landscapes. The whole ‘renewables and new energy’ industry is on the cusp of a breathtaking advance.”

Wondering how you can take advantage of these growing green opportunities? Here are just a few tips that could help you prosper:

 

Put your money in renewables. Most developed nations are racing to figure out how to make the move to green energy. From wind farms to tidal and wave projects; from waste-to-heat projects to more extensive nuclear generation; with, of course, solar power coming up on the rails—the race is on to transform the electrical energy generating landscape of the world.

 

“Perhaps the most visible of these initiatives occurs in the form of wind power,” says Mellon. “All across Europe, wind farms are sprouting like mushrooms. An industry once derided as a novelty is now a multi-billion euro/dollar sector all on its own. But beware: If you choose to invest in the wind farm sector, do your research first. This is a capital-intensive business, subject to a lot of government interference and scrutiny, and some sophisticated investors have already gotten there first and creamed off some of the good potential returns.”

 

Invest in these conservation companies. Companies involved in conservation, wind power, and nuclear power are likely to see significant growth in coming years, and that’s good news for the environment and their investors. One company worth looking into in those areas is Fuel Tech, a US company that is working to cut a substantial percentage of carbon emissions from fuel combustion units. Or check out Clean Air Power, which is a London-listed company working to get trucks to use natural gas. And, of course, there is nuclear. In this area investors might want to look at Niger Uranium, a London-listed company exploring for uranium in Africa.

 

“Like any realm of investing, it’s one thing to know the options are out there, and a completely different story knowing exactly which companies to look into,” says Mellon. “These are all great green options.”

 

G is for Green…and Germany. Germany is the world’s biggest consumer of PV cells—which are used to make solar panels—because of the favorable fiscal and monetary regime for solar power in that country. Today, the country accounts for half of all the solar PVs installed in the world. The reason that the German market is growing so fast is because of the so-called Feed-in-Tariff. This means that anyone connected to the grid (and that includes private homes) gets a guaranteed payment for putting green electricity into the grid of about four times the market rate—and that goes for solar PV, wind, or hydroelectricity.

 

“Germany has been so aggressive in promoting solar power that several world-beating companies have grown up to satisfy the local—and subsidized—domestic demand,” says Mellon. “Q-Cells is one example—the company started making PV cells in Germany in 2000 with 19 staff members. Today, it has over 1,500. It exports half of its product and is the world’s second largest maker of PV cells, after Sharp of Japan. And if you’re looking to invest, the company might be good place to start.”

 

Invest in the elements. Big money is in investing in the extractive industries, which mine the key components of solar panels. Gallium, indium, germanium, and other materials are vital to the PV story, and the companies that mine and extract these components are a great place to invest your money.

 

“Jellon Limited is doing it,” says Mellon. “Other promising options include: Recyclex, a French company producing gallium amongst other metals; New Jersey Mining Company, which produces gallium from mining operations in Idaho; Gold Canyon Resources, which has prospective gallium deposits in Nevada; Bluglass, an Australian producer of gallium; Dowa Mining, listed in Japan, it is the world’s largest producer of Gallium; and AXT INC, a NASDAQ-listed maker of satellite solar panels, mainly producing semiconductor substrates for electronic and optoelectronic uses.”

 

“Carbon” trading in the European Union shows promise. Countries that are part of the Kyoto Protocol have been forced to figure out how to limit their carbon emissions without damaging the economies in their countries. One way many European countries are doing this is through an Emissions Trading Scheme in which each country can emit one ton of carbon dioxide. The country then assigns permits to their biggest emitters allowing them certain amounts of emissions. Any company not needing its whole allocation is then free to sell the surplus in the ETS market where the buyers are typically companies that need more than their allocations.

 

“The idea is that, because there is value to these permits, companies will be encouraged to invest in green technologies, especially as the ‘cap’ on total allowable emissions gets progressively lower, making fewer of the permits available in future years,” says Mellon. “The ETS market is becoming a large and interesting one. Investors may wish to consider looking at funds that offer an entry to investing in such permits—one such is Climate Change Capital, listed on the London Stock Exchange.”

 

Learn more about camelina. Although most “bio fuels”—crop-based fuels—make very little ecological or financial sense, there is one crop that would be worth investors’ keeping an eye on. “This crop is ‘camelina,’ which is an interesting low-cost feedstock for biodiesel,” says Mellon. “It has high energy, is non-food (so that food production is being diverted into energy), uses marginal land that requires no irrigation, is sustainable, and has a very low cost per liter. There are no publicly available companies in this space as of yet, but if you’re interested, keep an eye out for some of them to pop up. Check out www.camelinacompany.com.”

 

A move away from landfills will be profitable. Another area of potential interest is waste-to-energy systems. Here, the problems from using landfill sites in many industrialized countries—including the space constraints and the by-production of dangerous methane gas—are opening the doors for a new industry to develop.

 

“The waste-to-energy industry is one that seeks to turn waste into energy by burning it, or by using the by-product methane gas, which results from disposal of any organic waste, to generate heat and electricity,” says Mellon. “Companies involved in the waste industry worldwide include UK companies Shanks and Biffa, both listed on the London Stock Exchange. These companies are already involved in landfill site management, waste collection, recycling, and disposal. Another is the Japanese company Daiseki, which is that country’s only nationwide industrial waste operator. Other promising opportunities are with Séché Environnement in France and Lasila Tikanoja of Finland, both involved in new recycling technologies.”

 

Energy-saving will help you save in more ways than one. Within the next few years, energy-saving gadgets could be commonplace in all households. Already people are switching to low-energy lightbulbs, and other products are sure to follow. “Imagine all the computers that are turned on in the world right now,” says Mellon. “How much energy would be saved globally if each new PC sold came with a fan or cooling device that was just 5 percent more efficient? The same goes for TVs, fridges, heaters, air conditioners, etc. With energy-savings, it’s a numbers game—historically, we haven’t bothered to fine-tune energy consumption of devices because energy supply has not been an issue. But now there are just so many devices in every household that it’s really adding to the problem. Look for more companies to pop up that will provide energy-saving solutions for the household appliances we use every day.”

 

Overwhelmed? Invest in an ETF. The sheer volume of opportunities in the green market can be overwhelming for any investor. Luckily, investors can take advantage of this market by investing in alternative energy in a more general sense through the Market Vectors Global Alternative Energy ETF, which trades in the US under the symbol GEX. The holdings of the fund range between 1 and 11 percent. Before the fund invests, companies must meet the following requirements: 1) Represent the 30 stocks in the Ardour Global IndexSM (composite) with the highest average trading volume and market capitalization, 2) Have a market cap exceeding $100 million, 3) Have a three-month trading price greater than $1.00, 4) Be involved in the business of the alternative energy industry (i.e., derive over 50 percent of total revenues from the industry).You can read more about this ETF by visiting www.vaneck.com.

 

“It is not for us to judge whether or not we may all be burnt to cinders by the sun in 30 years or so, unless these developments are successful,” says Mellon. “It is enough for us to say only that these green opportunities are a gold rush at its very earliest stages, and it’s a gold rush that every serious investor should consider.

“That said, investors should remember to always diversify their investments,” he continues. “The green realm is full of promise, but having too many eggs in one basket always carries risks. There are other great opportunities out there with real estate, commodities, and more. To ensure your investments have made the most for you over the next ten years, you’ll want to check those out as well.”

# # #

About the Book:

 

The Top 10 Investments for the Next 10 Years: BigIdeas, MoneyFountains and Your Path to Prosperity (Wiley, February 2008, ISBN: 978-1-84112-802-3, $29.95) is available at bookstores nationwide, from major online booksellers, and direct from the publisher by calling 800-225-5945. In Canada, call 800-567-4797.

 



Green Energy for Home

Thursday, October 30th, 2008
Elhusseiny Shahin asked:


Trend is by yet more driven by government recommendation and sometimes backing of alternative energy research and development, the rising cost of oil and other Fossil fuels, concerns about environmental cheap to status, and intended to become energy independent.

Carbon Free concludes that, assuming traditional energy prices stay at their current levels or rise, microgeneration (meeting all of a home energy needs by installing alternative energy technology such as solar panels or wind Turbines) will be the home energy supply what the Internet has become the home communications and data gathering, and ultimately it has a profound effect on the business of the existing supply of energy companies.

Carbon Free also analyzes show that the energy companies themselves have to take the game and seek to leverage microgeneration to their own advantage for opening up new markets for themselves. Carbon Free cites the example of the electricity company (UK) on reporting is seriously research and development of ideas for new geothermal energy facilities, as companies see geothermal energy production as a highly important wave of the future. Another conclusion of Carbon Free is that solar energy warm water technology is an excellent technology for reducing home water heating costs in the long run, even if it is initially quite expensive to install.

However, solar power is not cost-effective for corporations, as they require too much in the way of plumbing to implement solar energy warm water. Finally, Carbon Free tells us that the installation of air Turbines is a great way of reducing electricity costs at home, while also more independent. However, again it is beginning very expensive things to install, and the company is well to begin slashing their prices on these devices or they will find themselves losing market share.

Reduce your electricity bill by %80, create electricity at home - green energy:

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Processing of Biodiesel

Wednesday, October 29th, 2008
roosterbob asked:


On August 10 1893, an engine running on Biodiesel ran for the first time. This is why this day has been declared as “International Biodiesel day”. This model was proposed by Rudolf Diesel. The transesterified oil that was used as source for the first run was Peanut oil. Biodiesel is a liquid produced form materials or biological origin unlike petrodiesel made from fossil fuel. Known previously as American Society for Testing and Materials, the ATSM has certified Biodiesel as confirming to the ATSM D 6751 standards.



The sources of biodiesel can be divided into:

1) Lipid accumulation in plants and algae

2) Hydrocarbons produced in algae or plants.


The lipid sources can be sunflower, linseed, Jatropha, safflower, peanut, rapeseed, olive seeds etc. These lipids have high energy value but are highly viscous. Hence they cannot be easily injected in the engine combustion chambers. This limitation is suggested to be solved by a process called pyrolysis or blending with solvents, emulsification with addition of water or fuels etc, but none proved fit. It was later decided that synthesizing esters of fatty acid was the solution to the viscosity problem. But production from edible oils commands a high price even in developed countries. Hence non-edible oils are the fresh sources for biodiesel. E.g.: Jatropha. These are now cultivated in large areas and researched for biodiesel production.

Certain algae accumulate large (about 60%) of Lipids in their cells when grown in a nutritionally suffucient medium. This property can be exploited to produce large amounts of lipids. Some freshwater algae and plants also store hydrocarbons (made of hydrogen and carbon atoms). E.g. in Botryococcus braunii, 75% of biomass is made of hydrocarbons. Other brown, red and green algae consist of varying amounts of Lipid content. USA, Austria, France, Czechoslovakia, Germany, Malaysia, Italy & other Asian countries have realized the benefits of Biodiesel. These countries are now competing in research on Biodiesel and its production.

The basic chemistry of biodiesel synthesis lies in transesterification process, where an ethyl ester reacts with methanol to form methyl ester and ethanol. Glycerol is a by - product developed in the process which ahs other industrial applications. Methyl esters are favoured for biodiesel production because of the cetane number.

Cetane number is a dimensionless value assigned to indicate the ignition quality of a liquid. This value is high, in case of long unbranched alkanes which are similar long chained compounds. High cetane numbers are related to compound that have low idle noise and easy starting even in cold weather. Though Biodiesel holds much promise for the future, its list of cons includes its properties as being a solvent, able to take up water from the atmosphere etc and sometimes providing reduced power in engines.

Many have patented the process of producing Biodiesel and one such patent is owned by DuPont and Colgate-Palmolove-Peet, and also by CLRI (India). Biodiesel is available nationwide. It can be purchased from the legalized biodiesel distributors, producers and marketers, or even at a public pump throughout any nation. Biodiesel does have its cons, however the pros outweigh them. From the looks of it, biodiesel is going to have a bright future ahead of us.



Analysis of Governance Issues in the Energy Market in Sierra Leone

Tuesday, October 28th, 2008
Kenday S. Kamara asked:


Context of Sierra Leone’s Energy Policy

In December 2004, a UNECA sponsored study conducted by CEMMATS Group Ltd., a local consulting firm, involved various stakeholders in the sector to formulate an energy policy. The CEMMAT’s energy agenda for Sierra Leone in terms of policy and management represents an important set of tools that basically encapsulates a multi-disciplinary structure bringing together sectors of the energy community – the Ministry of Energy and Power (MEP), the Ministry of Trade and Industry, the Ministry of Finance, the Ministry of Agriculture and Food Security (MAFS), Presidential Petroleum Commission, and the Ministry of Mineral Resources (MMR). These line Ministries of relevance to the energy agenda, where their various roles are being specified, have dominated the development of the country’s energy policy. The basic premise of this multi-disciplinary structure is that it is crucial for the effective and efficient coordination of the management of the country’s indigenous energy resources.  Nonetheless, it sounds as though it would be impossible to coordinate these so many organizations in a country with a history of corruption and mismanagement. But it is not unusual to have various Ministries working in coordination to achieve national development objectives. Besides, the specific tasks and methods of operation that influence the ability of these Ministries to create the enabling environment for private interests to ably conduct value added commercial activities with the country’s energy resources are defined.

This structure, for instance, places the Ministry of Energy Power in a central position as the governmental authority responsible for the electricity and water sectors and its mandates includes sector policy formulation, sector planning and coordination. The Ministry is supported by the Office of the Permanent Secretary, the Water Supply Division (WSD), the Radiation Protection Unit, and the National Energy & Water Policy, Planning, and Coordination Unit (NEWPPCU). Under the Ministry’s purview as well is handling matters related to electrical power supply, including that from hydroelectric schemes and, nominally renewable energy matters related to solar and wind energy through the utilities companies - the National Power Authority (NPA)/Bo-Kenema Power Services (BKPS); the Guma Valley Water Company (GVWC); the Sierra Leone Water Company (SALWACO); and the Bumbuna Hydroelectric Project (BHP).

The roles of other Ministries are limited to handling petroleum marketing sales under the purview of the Ministry of Trade and Industry and the Ministry of Finance; biomass issues (plant and animal-derived matter) especially fuel wood handled by the Ministry of Agriculture and Food Security (MAFS); and the extraction of minerals, including energy related minerals like coal and ore dealt with by the Ministry of Mineral Resources (MMR).

The energy sector maintains this organizational structure to develop and implement inter-disciplinary energy-related policies. The functions of these various Ministries and other authorities as they relate to their responsibilities for various energy resources are outlined in the relevant Acts of Parliament (accessible via government gazettes) and pertinent regulations. Some of the relevant Acts include the NPA Act, 1982; the NPA (Amendment) Act, 2005; Forestry Act, 1998; and the Petroleum Act, 2002. There is also the draft energy policy document prepared by CEMMATS which is yet to be adopted. The policy document has been formulated in the context of standard economic, social and environmental policies; mindful as well of the nature and linkages of the energy sector with other sectors; and the international and regional linkages of the sector.

Furthermore, finding efficiency and economic value, from an international investor’s perspective, within a system of such complicated oversight is made less complicated with “the Sierra Leone Export Development and Investment Corporation (SLEDIC), a statutory body established by section 2 of the SLEDIC Act, 1993, with the primary objective of facilitating the registration of business enterprises; assisting investors in obtaining permits, licenses, certificates or clearances, as the case may be, needed for the commencement of business; providing information to potential investors on matters relating to investment; and assisting potential investors in identifying joint venture partners in Sierra Leone”. The priority investment areas SLEDIC is promoting thus include:

·         Energy and power sector (independent power providers)

·         Agriculture and Agro-Processing

·         Mining Sector (Kimberlite Mining)

·         Petroleum Exploration and Exploitation

·         Privatization of state-owned enterprises

·         Establishment and development of Export Processing Zone (EPZ)

·         Infrastructure (Railway, Roads, Telecommunication, Water Supply) etc.

Energy Outlook

Sierra Leone is far down the under-exploited curve in terms of its energy endowment. The fact is, there are untapped energy resources, that the nation needs these resources, and that the energy industry can coordinate the exploitation of these resources with less environmental impact. Sierra Leone’s indigenous energy resources of a renewable nature which include biomass, solar, wind and hydropower has the potential to provide opportunities for Sierra Leonean households at all levels. The country’s biomass volume is about 656,000 tons of crop wastes. It has an annual energy potential of 2,700 GWh that can be exploited for cooking, lighting and some power applications. A commercially viable biomass supply therefore exists but discussion about biomass facilities has not attracted much discussion and promotion by the government. The Government of Sierra Leone has not seriously addressed energy, fuel and water efficiency in all sectors of economic activity, and has not industrialized capacities for optimal use of natural resources for sustainable biomass (unicellular-energy crops-residues-waste). But notwithstanding its lack of interest in bio-prospecting, the government is not going to stand in the way if traditional biomass firms in Europe and the United States are interested in developing this potential in Sierra Leone.

The country also has a solar radiation potential of between 1460 kWh/m2/yr and 1800 kWh/m2/yr annually. This can be exploited for lighting and water pumping, among other applications. These resources provide an intriguing glimpse of a nation that might have had a sustainable supply of power and profitable exploitation of its promising energy resources, had energy efficiency remained a core value of the country after independence. The goal for sustained economic growth and development should be seen in terms of managing the full utilization of these resources.

The hydro potential in the country has also been an epic story. The network of rivers in the country provides an opportunity for hydroelectricity with over 21 sites already identified as capable of producing potential hydro power. The conservatively estimated output at 1,200MW, recorded in the 1996 Power Sector Master Plan by Lahmeyer International, is necessitated by the country’s extensive network of rivers and tributaries. The completion of the current Bumbuna project (Phase I capacity 50 MW, total capacity 275 MW) and the envisaged Bekongor project (Bekongor III capacity 85 MW, total capacity 200 MW) – two of the many large projects that are economically exploitable – is good for the development of the country and for Sierra Leone jobs. But the political will has to be there to get the Bumbuna project to 100% completion. There is also the need to create the supporting environment for private companies to invest in mini-hydro, or “run-of-the-river” hydro power stations. The Bumbuna project, which “can eventually become the backbone of a national grid, has the potential to make a substantial positive impact on the national electricity supply” (CEMMAT Policy Document, 2004).

In terms of power infrastructure, the national power stations in the major cities and towns, which are really a collection of regional power stations, needs both new infrastructure and new ideas. “Most of the provincial stations and networks are in a state of total disrepair.  The cost required to get them back to their pre-1994 levels is estimated at Euro 13 million” (CEMMAT Policy Document, 2004). The Bo-Kenema Power Services (BKPS) which has a mixed hydro-thermal operation capacities of 5MW and 4MW at Bo and Dodo (Kenema) respectively faces the same management problems with its commercial operations as NPA. Rural electricity supply is non-existent. A new electricity policy is overdue, though the specifics matter, the CEMMATS draft on energy policy is instructive in this respect.

There are fairly quantified fossil fuels (hydrocarbons) with commercial value in Sierra Leone. These include significant ignite deposits and crude oil which have not been exploited.  These fossil resources have not been properly assessed to determine their potential value for practical and profitable exploration.  Though previous administrations had offered to sell concessions for prospecting for oil and other valuable mineral resources in the country, there had always been institutional secrecy surrounding the potential existence of oil as a source of wealth creation for Sierra Leone. “The location, extent, and quality of the find have remained a subject of uninformed speculation, intense curiosity, and often-wild conjecture.  It is a state of affairs to which both official secrecy and the lack of transparency in the conduct of public affairs in Sierra Leone have largely contributed” (Focus Sierra Leone). The Petroleum Resources Unit, under the authority of the current President and headed by a Director–General continues to oversee the possibilities of exploration of these petroleum resources especially with European and/or American investment companies. It is the position of the government of President Koroma that whatever economic benefits that are attached to the exploration of fossil fuels should be in the interest of national development.

Good governance groups and the masses roundly criticized previous administrations for inadequate measures on energy supplies in the country. Previous administrations failed to put real dollars in the energy sector where they would have had a direct impact on advancing adequate and sustainable supply of electricity in the country. More opportunities could also have been created to effectively support other forms of renewable energy.  All in all, the energy potential is undoubtedly great. But more emphasis has to be placed on a more investment-friendly energy policy, particularly on opening the energy market to huge capital investments and broadening incentives for investment.  The reality is, there is the need (the market) for more domestic energy and more imported energy.

The best talents in the energy industry have to be accessed and retained to coordinate and efficiently manage an A+ energy program for Sierra Leone. The country needs a balance of vision in the form of a grand strategy to curtail the difficulties the country faces with commercial energy supplies, particularly electricity supply. Attainable short-, medium-, and long-term steps to get the country there have to be practically laid out. And while the grand strategy is being put in place, the government should not fail to connect energy to climate change. Global warming has proved to be as horrendous a global challenge as the War on Terror.

Capital Investment and the Energy Market

Certainly, one major factor for successful energy policy and management is financial resources. But the energy sector in Sierra Leone struggles with limited budgets and inadequate legislation that has not allowed for the growth of the energy sector, let alone provide a sustainable supply of electricity to the urban and rural consumers. Clearly, over the years, previous administrations were not in a position where they could afford to wisely invest or even create an enabling environment for foreign investments in the energy sector simply because of widespread corruption in public administration. The National Power Authority, for instance, has unpaid debts of Le23.4 billion and unpaid customer bills of Le16.2 billion as well as fuel bills to petroleum companies of Le8 billion. The utility authority also has a defective transmission and distribution system with 35% technical losses; and an electricity drop from 28MW from five diesel engines to 6MW from one diesel engine among other problems.

Other logistical challenges include the procurement, storage and transportation of petroleum products. “Sierra Leone is almost entirely dependent on imports for all its petroleum needs and machinery as well as spare parts” (CEMMAT Policy Document, 2004). Petroleum products are transported by road using tankers. The poor state of the roads exacerbates several problems with transportation.

In addition, increasing funds devoted to energy supply has only helped relatively little, given the impoverished state of the country. Sierra Leone does have a smaller Gross National Product (GNP) with amounts allocated to the sector way considerably less than investments made by countries with larger GNPs. However, it is not only the total amount of money from the GNP that counts, but also how that GNP allocation is supplemented by foreign direct investments and how such investments in the sector are spent.

Besides, it is possible for the government to find funds to support its energy sector. In 2001, for instance, the World Bank Group funds estimated at US$7.5 million were made available to the government of Sierra Leone under former President Ahmed Tejan Kabbah to buy a new engine to increase electricity capacity. But a used and poorly rebuilt 7.5 megawatts diesel engine was acquired.

And quite recently, “coinciding with the visit of the President of Sierra Leone to the UK, Douglas Alexander, the Secretary of State for International Development announced two programs of assistance to Sierra Leone totaling £36 million [– with] £20 million to support the building up of energy sector in Sierra Leone [that] should provide a sustainable electricity supply to the one million residents of Freetown and provide lighting and power for health centers, water pumping stations, colleges and police stations” (Press Release).

In view of all these possibilities, a perennial issue that must be addressed in order to build a sustainable capacity in the energy sector is a change of mentality in society and among decision-makers. “No capacity-building initiatives will succeed if governments and the public are not determined to change the situation” (Embo Reports).  Now there is hope with the new democratic dispensation. On assumption of office, President Koroma made a pronouncement that energy is his topmost priority. To a large extent, Koroma’s Government is therefore supportive of capital investment in the energy sector.  May be, what the Koroma administration also needs to do is to support a clear energy sector initiative in capacity building by addressing the problem of proper allocation of funds and managing a sustainable energy supply mechanism.

The strategy already being pursued by the Koroma administration which is the actualization of an “energy stimulus plan” for Freetown and the entire country is commendable. A Presidential Emergency Task Force has been created to oversee the increase of electricity capacity in the country. Measures have also been taken to involve private interests in the energy sector. Two 48MW independent power producer (IPP) contracts with the Nigerian investment company Income Electrix and the US investment company DELAMORE have recently been signed by the Sierra Leone Government to add to the capacity of electricity supply. Income Electrix has already shipped equipment and mobilizing to commission a 10MW generator at Black Hall Road to supply electricity to the east part of Freetown. A Sierra Leone Government partnership with the Nigerian company Income Electrix is a good investment strategy for both countries.  Even though Nigeria’s focus on being a leading economy via its oil industry has its challenges, Nigeria’s share of global oil reserves is quite impressive. The challenge for Nigeria’s oil exploitation is not a scarcity of world-scale oil reservoirs, rather it is connecting those oil reserves to long-term customer commitments and the capital required to build oil refineries or multi-thousand mile pipelines. Nigeria’s oil reserves create a terrific opportunity to align and integrate with Africa, rather than holding Africa hostage to scarcity. A large part of any diplomacy with Nigeria should focus on helping Nigeria to see the benefits of such a relationship.

By and large, Sierra Leone’s energy “industry shows the potential to contribute as much as Le 46 billion (approximately US$ 16 million) annually to government revenue in terms of Excise Tax and Road Users Tax” (CEMMAT Policy Document, 2004). The potential is remarkable even when the demand for energy in the industrial and commercial sectors is mainly met by self auto-generation which has negative economic consequences.  Michael Conteh, resident technical consultant who is playing a coordinating role in the Ministry of Energy and Power and its relations to the other Ministries and utility companies as well as monitoring the power system and providing technical advice to the ministry has spoken quite reassuringly about the under-exploited state of Sierra Leone’s vast energy potential. According to his expert knowledge of the energy sector, “currently, there are no programs in the country for alternative energies. Sierra Leone’s energy mix is very limited. Apart from cooking that is about 95% dependent on biomass, Sierra Leone is almost 100% dependent on imported petroleum products and electricity for all its energy needs.” Again, restoring the operations of the Sierra Leone Petroleum Refinery Corporation (SLPRC) which has a distillation potential capacity of 700,000 metric tons has the possibilities of generating more revenue for the government. The corporation requires healthy investment to sustain its distillation capacity. Bringing together the five petroleum major foreign oil and oil services companies operating in the country namely Mobil, National Petroleum Company (NP), Safecon, Unipetrol and Leonoil, and/or other investors within the SLPRC is critical to revamp the refinery’s operations and to invigorate the market’s future potential and stimulating the rise of alternatives.

Royalties Structure and the Costs of Corruption

The structure of energy royalties is spelt out in the Local Government Act, 2004 (Local Government Act, 2004). But Sierra Leone’s energy sector, with its multifaceted mix of public and private actors, has a bleak history of weak monitoring, low transparency, and inadequate civil service pay and benefits; and incentives for illicit gain are rife. The sector has the potential to generate significant cash transactions compared with other services and infrastructure sectors such as water and sanitation or use of roads. But the common forms of corruption plaguing the sector involves petty corruption which is prevalent at the interface with customers when bribes are paid to or demanded by meter readers or safety inspectors and illicit sale of fuel oils.  There are also many illegal connections by low-income as well as high-income households and commercial establishments. The aggregate impact of “petty corruption” may be far from petty because losses may amount to more than $10 million each year. Inadequate revenue collection and other corrupt practices lead to deteriorating service with frequent blackouts and supply interruptions.

The viability of the energy sector thus involves a strategic study of the complex systems of sustainable power supply and revenue collection. Governments can act decisively to deal with corruption in the energy sector—most involving privatization, competition, more transparent rules, and more disclosure. Reforms in the energy sector can be in the form of selling specific activities such as the energy distribution system using prepaid meters to strategic investors with a proven track record and a long-term interest in the business. The prepaid meter system currently piloted in Freetown has the potential to increase revenue collection and reduce corruption in the sector. About 2000 prepaid meters are currently in use. The government has contracted the Chinese investment company, the Sierra Leone Gouji Investment and Development, Ltd. for supply of 100,000 prepaid meters. “Chinese influence in the investment climate is growing steadily [superseding European and US investment] to the extent that a Chinese Chamber of Commerce and Industry was launched in 2005. The government has been supportive of Chinese investment initiatives, apparently because of many years of Chinese government assistance to Sierra Leone. The Bintumani Hotel, ravaged by invading rebels in 1999, is on lease for 25 years to Beijing Construction. The Chinese have transformed a former home for the displaced, the National Workshop, into a showpiece tractor-assembly plant [from which the Gouji prepaid meters being piloted in Freetown are also distributed]” (African Review of Business and Technology). Nevertheless, a new Sierra Leone under President Koroma is now open for business and the reforms in the energy sector the new administration is advancing include as well more transparent market rules and coordinating an independent regulatory body with more presidential oversight to oversee the efficient management of a more creative energy sector.

Opportunities

Efforts to address energy supply and coordination challenges should be placed in a large policy framework that addresses other social issues. More notably, such strategies should be part of policies designed to use modern and efficient energy services to achieve sustainable development goals.  Adequate resources ought to be made available for investment in oil exploration and development activities and there has to be investor-friendly legal and regulatory framework to attract oil exploration companies. There are issues of supply and storage limitations for various petroleum products and the necessity to re-launch refining operation in the country. And when clear and unified standards for operating retail outlets are also put in place, access to modern and efficient energy resources is ensured.

Guiding national research and development efforts to focus on these challenges will require extensive international cooperation, increases in energy sector funding and incentives for private enterprises. It will also take the creation of an atmosphere that is tolerant to the use of emerging technologies in implementing sustainable energy sector goals. Having a solid energy policy can be viewed as strategic to the country’s national interests.

Credit: Global Integrity Research Papers



Fuel Cells

Friday, October 24th, 2008
David Tanguay asked:


Fuel cells are simple devices, containing no moving parts and only four functional component elements: cathode, electrolyte, anode and interconnect. Fuel cells are actually being used more widely than many people think.

Fuel cells are electrochemical devices similar to batteries that directly convert chemical energy of a fuel into electrical energy and heat. They are {readmore}different from batteries in that they consume reactant, which must be replenished, while batteries store electrical energy chemically in a closed system.

Fuel cells are very useful as power sources in remote locations, such as spacecraft, remote weather stations, large parks, rural locations, and in certain military applications where conventional power may be difficult to obtain.

Although fuel cells are usually classified by their operating temperature and the type of electrolyte they use, they are not constrained by the maximum Carnot cycle efficiency as combustion engines are, because they do not operate with a thermal cycle.

There are many benefits to fuel cells, first, they are not dependent on dwindling oil supplies, running instead on hydrogen, the most abundant element in the universe, and second, fuel cells are much less polluting and about twice as efficient as typical steam-turbine electricity production. They are an extremely clean source of power because they combine hydrogen and oxygen the two elements that make up water, the main byproduct.

Fuel cells are no longer tomorrow’s technology, the stuff of science fiction and space travel. They are used in many different applications that may not seem like a significant achievement, however the ways in which they can be used are growing every day.

Fuel cells are proof that there are smart, safe, and clean alternative power sources. It is proof that we can be self sustaining and that dependence on fossil fuels will one day soon be obsolete. Fuel cells have been referred to as continuous batteries when they are supplied with fuel as the can be sustained for a long periods of time.

Fuel cells are ideal for power generation, either connected to the electric grid to provide primary power, supplemental power or backup assurance for critical demand, or installed as a grid-independent generator for on-site power in areas that are inaccessible by power lines. They are being used in many different ways in the world today.

· Buses

· Boats

· Trains

· Planes

· Scooters

· Laptop computers

· Cell Phones

These are just a few of the things that can fuel cells can power. There are many more and still more are in development.

Fuel cells are used in many different commercial and industrial applications, and are being seriously scrutinized to become the key component of the nations plan to secure energy for the future.



Renewable Energy Sources - What are They and How Can You Use Them

Friday, October 24th, 2008
Dave Simpson asked:


As our planet descends rapidly into an impending energy crisis, we need to end our dependency on fossil fuels and non-renewable energy sources as soon as possible. As their name suggests, non-renewable energy sources cannot be replaced, and once used, are gone forever. Renewable energy sources, by comparison never run out. The three main sources of renewable energy solutions are solar, hydro and wind energy. But, what are these and how can we benefit from them?

Solar energy : The energy from the sun is the most abundant energy source available on Earth. Not only is it free, in most parts of the world it is also extremely plentiful. Wherever possible we should make use of this fantastic free energy source. There are many solar power solutions available today that you can easily employ at home. Not only will this help you cut down on energy bills but you will also be contributing to a greener, cleaner world.. Solar power solutions comprise of solar cookers, solar heating systems, solar lighting systems, solar dryers etc.

In addition to being very cost effective and environmentally friendly, solar energy systems have many other advantages. They are low maintenance thus saving time and effort. You can also gain a very good return on your investment in a short time frame. This means that, after a short time, the systems will have paid for themselves, and will continue to provide completely free energy for a long time thereafter.

Hydro - electric power: Hydro-electric or water energy power is an extremely efficient renewable energy source. Although generally produced on an industrial scale, small hydro power generators are now available to enable you to harness this renewable source. It has been estimated that 90 percent of the electrical energy produced by renewable resources is produced solely by hydro power. With large scale hydro schemes dams are built to help generate electricity by creating a head of water that, when released , unleashes a huge amount of energy that can be turned into electricity by large turbines.

There have been some concerns about using this hydro-power because large schemes can destroy large areas of natural habitat as they are turned over to lakes.

Wind energy : Windmills have been used for thousands of years for a variety of uses. They helped tow boats and pump water as well as grind grain to make flour. Eventually in more modern times, they became a source for generating electricity.

Windmills, both large and small have proven to be extremely effective at producing large amounts of cheap electricity. When used on a smaller home-based scale, they can actually, very often, completely replace conventional power sources. An excellent renewable source of energy, the wind energy will go a long way in promising a good future to generations to come.



Water4gas Download - Run Your Car on Water and Save on Fuel Costs

Friday, October 24th, 2008
Andreas Lee asked:


Rising fuel costs have been an issue of concern in many households. But now days a new concept has caught the fancy of many – running vehicles on water. The notion of using water to fuel your car can now be seen in many reports and videos, yet the idea is hard to believe until you try it for yourself. I too have changed from a skeptic to a believer after seeing the system in work.

Does water have the required energy to run a vehicle?

If you believe that water can only be used for washing and drinking, you are wrong. We have seen water power, also known as hydro power, run huge dams and generate electricity. Though it is hard to believe, water is a very powerful fuel and can run your car efficiently by using the right system. The Water4Gas download guides, tell you exactly how to do so.

Is it a new technology?

The process used to generate power from the water uses electrolysis to convert the water into Oxy-hydrogen. All it takes is a slight modification to the engine to get the system going.

The technology has been around for years but was kept secret due to political reasons. The government and the oil company do not want the technology to come into widespread use as it would mean high losses for them. But now, with the Water4Gas download guides, you can get all that information in your hands.

How can you modify the engine?

The Water4Gas download guide is a good guide showing how to modify your engine and use it to run your cars on water. Though some gasoline still needs to be added to the water, you will be able to save a lot on fuel costs by doubling or even tripling your mileage and in addition have a cleaner engine.

Yearning your old life style? Why not claim it back by saving thousands per year? You can too stop worrying about gas price like anybody else who have run their cars on water. Visit Water4gas Download - Run your car on water and save on fuel costs to find out more about how people have done it.



The Race to Government Handouts

Friday, October 24th, 2008
Klaus H Hemsath asked:


First we watched the bungling of the financial crisis. Then GM demands the AIG treatment. Now the energy industry is stomping at the bits to get its helping of taxpayer monies. We are witnessing the best engineered and most profitable scams in history in which the financial industry looted well over one trillion dollars of taxpayer money.

The spectacle is awesome. The amounts of money we are talking about are incomprehensible for the poor souls who are called upon to pay for the mess. In the meantime, banks are laundering taxpayer monies. CEO’s and investors are chuckling while comfortably looting the savings of the working stiffs. Who wants to run a decent business anymore? You just have to learn how to steal money, legally!

The media have already decided that GM is going to get the money. But bets are still being taken on who gets the loot in the “Energy Race to Riches”.

“Solar Electricity” and “Wind Power” are the two favorites. “Nuclear Power” has the best record but has been hobbled with a high handicap. And then there are “Electric Cars”, “CNG Cars”, and cars holding one person and one shopping bag. There is “Ethanol”, a former favorite, and a new offspring called “Cellulosic Ethanol”. Even “Public Transportation” has been trucked in to stand at the starting line. And then there are several losers that are guaranteed to get a share of the prize money for just participating.

Unfortunately, all present proposals for solving the energy crisis look more like a horse race with several highly touted favorites than a well conceived plan to prepare the USA and eventually the world for a new, long-lasting energy future.

In the following we leave the world of high stakes gambling with other people’s money, of special tax preferences, and with rules like “heads I win - tails you loose”.

Instead, we are going to look at some simple facts, try to learn from the past, and attempt to provide for the future.

The most pressing problem facing the US is the steady and accelerating drain of US currency to foreign, petroleum exporting countries. Every year the US pays more than half a trillion of dollars for imported crude oil. Additionally, we are going to spend more than a trillion dollars for the failed effort of gaining control of Middle East petroleum reserves. Continuing crude oil imports are increasing our indebtedness to hostile countries and are providing the monies for terrorists, who keep us under a permanent threat. Our efforts to neutralize these threats do not come cheap.

The conclusion is simple and has been drawn repeatedly; the USA must regain energy independence!

A few billion dollars, spent wisely over the last two decades, could have done wonders for energy independence. However, all efforts were successfully defeated by well connected lobbyists at home.

We can become genuinely energy independent by one single means only; we must produce energy on US lands!

The energy lobby says: it cannot be done. However, their opinion is biased at the tune of several trillion dollars. US energy industry fears low oil prices. There are approximately 25 billion barrels of petroleum left in US oil deposits. The US petroleum industry is looking at the difference between $175 and $75 per barrel. The difference represents a cool $2.5 trillion. When talking about trillions of dollars we are talking real money. This money is there for the taking!

The world and the US are going to run out of crude oil soon. It does not matter if it takes forty or seventy five years. Oil reserves will be depleted. End of discussion!

Energy drives world economies. Lack of energy will lead to the immediate collapse of economies. World energy consumption is still predominantly based on fossil fuels. Combustion of fossil fuels discharges huge amounts of carbon dioxide into the atmosphere, which creates global warming. Global warming causes sea levels to rise, brings on worldwide climate changes, and will lead to global overheating when not stopped in the near future.

The world consumes energy in three forms; electric power, liquid fuels, and heating gases. We can generate electric power without harmful emissions with nuclear fuels, hydro power, wind power, and solar power. Wind power and solar power are still too expensive and must be further developed before they can and will take over most of electric power generation.

Intermittent wind and solar power cannot be used effectively as long as we have not succeeded in developing storage facilities for storing electric power in huge quantities. This technology has received minimal attention despite its tremendous profit potential.

Nature has made fossil fuels from biomass thousands and even millions of years ago. There is no reason that we cannot imitate nature. In fact, we have many more technical capabilities today than nature ever had. For mysterious reasons ($2.5 trillion?) there are no efforts to find out how nature converted biomass from fossil fuels. If we ever learn to mimic nature, we will have solved all our energy problems for the next several centuries.

Most importantly, we will be capable to convert free solar energy into abundant, inexpensive electric energy and into plentiful, affordable transportation fuels. We will still be able to cross oceans in airplanes, our national defense will not be threatened by lack of motor fuels, terrorists will run out of money, and everybody can buy cars one favors and can afford.



How to Save Money on Your Energy Bill

Wednesday, October 22nd, 2008
Max Loodlin asked:


If you haven’t noticed, the cost of energy is increasing exponentially. This is causing your energy bill to increase as well. So, how exactly can you adapt to this? Well, you can’t stop the rising cost of energy and it will only continue to get worse. Why not make your own natural energy?

Making your own natural energy is actually a lot simpler than it sounds. You don’t have to spend thousands of dollars on solar panels or wind generators. You can very easily make these renewable energy sources yourself for a fraction of the cost.

Renewable energy is the way of the future and is slowly catching on to the masses. You mine as well get a head start on the shift to natural energy rather than wait and pay the price. Right now it is possible to build your own natural energy source for roughly $50 if you know where to look for the best directions and resources. But who knows how much the price will increase for such valuable directions in just a years time.

Mark my word, the green energy industry is going to become a monster in the next six months. Are you ready for it? Act now and start saving hundreds of dollars every month with your new natural energy source rather than paying more and more on your energy bill every month. This industry is bound to catch on with big companies who will gladly charge you hundreds of dollars for there so called secret green energy techniques.

If you would like to get a head start on going green then visit the website below for more about the benefits of making your own natural energy.

http://www.squidoo.com/howtomakenaturalpower

Or if you would like to find out how you can create your own renewable energy source for less than 2% of what the competition is asking then check out the website below.

http://makenatural-power.info/

 

 



How a Smart Energy Plan Can Cut Your Business Expenses

Monday, October 20th, 2008
Thomas A. Hauck asked:


Businesses need energy. Whether you are a tenant or you own your building, you typically need lighting; heating, ventilating and air-conditioning (HVAC); power for office equipment; and other services. With costs skyrocketing, today’s businesses are going green and saving cash and energy. How can you create an effective energy plan? Here are some ideas.

Contact your utility company. Ask if they offer free or inexpensive energy audits and/or rebates for energy-efficiency upgrades. Undertaking a comprehensive energy efficiency program, with the assistance of a professional if needed, can yield impressive savings. A useful website is Energy Crossroads, created by Lawrence Berkeley National Laboratory (Berkeley Lab), a member of the national laboratory system supported by the U.S. Department of Energy through its Office of Science. The site (http://eetd.lbl.gov/einfo-links.html) provides links to dozens of agencies that provide resources for energy conservation.

You can take action yourself. There are many reliable, high-return, low-risk, strategies that you can implement with little cost. Some are very simple, while others may take some investment.

LIGHTING

• Turn off lights and other equipment when not in use.

• Replace incandescent light bulbs with Energy Star compact fluorescent lamps (CFLs), wherever appropriate. CFLs cost about 75% less to operate, and last about 10 times longer.

• Adjust lighting to your actual needs and use free daylight.

• Do not “over-light.” Too much light can be as bad for visual quality as too little light, and it costs a lot more.

• Install switch plate occupancy sensors to automatically turn on lights when rooms are occupied, and off when people leave.

• Upgrade fluorescent lamp units to T8 (1″ diameter) tubes with solid-state electronic ballasts. These are more efficient than older T12 (1.5″ diameter) tubes with magnetic ballasts.

• Install Energy Star exit signs. These long-lasting exit signs can reduce lamp replacement and can save up to ten dollars per sign annually in electricity costs while saving up to 500 pounds of greenhouse gas emissions.

• Purchase Energy Star qualified products for your business. You’ll have the most efficient computers, printers, copiers, thermostats, ceiling fans, refrigerators, televisions, windows, and other equipment and appliances.

WATER

• Fix water leaks. Even small leaks add up to many gallons of water wasted each month.

• Use water-saving faucets, showerheads, toilets, and urinals.

• Install an insulation blanket on water heaters, and insulate at least the first three feet of the hot water “out” pipe.

• If buying a new water heater, consider a “tankless” water heater to reduce standby costs and waste.

• Set water temperature according to your local board of health code-usually between 110 and 120 degrees.

• Landscape using plants native to your region that require minimal watering and possess better pest resistance. If local code allows, consider diverting gray water for watering.

HVAC

• Maintain your HVAC system with an annual maintenance contract. Your system may last years longer and use less energy when properly serviced.

• Regularly change or clean HVAC filters during peak cooling or heating season.

• Control the amount of direct sun passing through windows according to the season and local climate. During cooling season, block direct heat gain from the sun shining through glass on the south side of the facility. Solar screens, solar films, and even old-fashioned awnings and vegetation can help. During heating season, these same south-facing windows can contribute solar heat gain during the day.

• Install an Energy Star qualified programmable thermostat to automate your HVAC system. A programmable thermostat can optimize HVAC operation based on your schedule, and can be overridden for unscheduled events.

• Use fans. Moving air can help delay or reduce the need for air conditioning, and a temperature setting of three to five degrees higher can feel as comfortable with fans. Fans can improve comfort and save energy year round.

• Plug leaks with weather stripping and caulking. You don’t need air-and heat-escaping through your leaky building.

THE NEXT STEP

Green power is electricity produced from renewable resources including solar, wind, low-impact biomass, geothermal, and low-impact hydro. If you want to be proactive about becoming a green facility, check out the Green Power Partnership, a voluntary program offered by the U.S. Environmental Protection Agency. The Green Power Partnership (http://www.epa.gov/greenpower/) supports the development of green power by offering expert advice, technical support, and resources.

For instance, do you know what fuel is used to generate the electricity used by your business? The EPA does. In just a few minutes you can enter your ZIP code and your power supplier and find out what mix of fuel is used by your supplier: non-hydro renewables, hydro, nuclear, gas, coal, or oil. The answer may surprise you.

Using EPA resources can help your business lower the costs of buying green power, reduce your carbon footprint, and demonstrate community leadership. Buying green power is one of the easiest and most effective ways to improve the environmental performance of your business.

© 2008 Thomas Hauck Communications Services