Ecology And Environment

Alternative Fuels



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There are indeed any kinds of alternative fuels, which are renewable, in the world today. However, the most promising alternative fuel as of the current situation is biomass, where it is fast becoming a major opportunity for investors. In the biomass energy segment, biodiesel is a key area which many are starting to focus on.

Biodiesel is a biofuel made for diesel-powered machines. Chemically speaking, they are monoalkyl esters of long-chain fatty acids from transesterification of oils derived from renewable lipid feedstocks, such as palm oil, soybeans and jatropha.

-Benefits of biodiesel-
Biodiesel is a clean and renewable fuel to other energy sources like petroleum diesel fuel, which means using it reduces air pollution and relieves fossil fuels reliance. Jatropha nut has been an increasing favourite raw material over others for biodiesel production because the plant can survive in tough conditions and it is inedible. Thus, it will not compete with other crops for valuable fertile land and the production will not be at the deprivation of food supplies. There are developing new technologies, such as, enzymes usage to speed up the production rate, removing the extreme condition requirements.

According to a United Nations official, biofuels like biodiesel is expected to provide for 25% of the world's energy needs (Paul, 2007). Although the use of biodiesel locally is still in its infancy, biodiesel is projected to serve ready markets in Asia, Europe and United States. The European Union has mandated that 2% of petrol-based diesel must be mixed with biodiesel (Seng, 2007). There are plans to augment biodiesel blend to 5% in South Korea and to tighten diesel sulphur standards in Japan (Chan, 2007). Already, biodiesel blends is compulsory in Thailand while India wants to substitute 5% of the diesel consumption with biodiesel (Mukherji and Ramachandran, 2006). As such, the emergent biodiesel market is estimated to be worth US$1 trillion by 2020 (Wong, 2006).
Besides, biodiesel's byproduct, glycerin is used to make plastics, cosmetics and drugs (Seng, 2007). Interestingly, jatropha's medical properties can be utilised for the treatment of infections and body aches (Mukherji and Ramachandran, 2006).

- Premium pricing drawback-
Biodiesel is expected to be more costly for consumers as it carries a premium for being a clean and renewable fuel to petroleum diesel fuel. It is predicted the demand will not be as high as expected. However, compulsory rules on blending in foreign countries, as mentioned earlier, will compel biodiesel consumption.
While there are concerns that costs is raised with the retrofitting of vehicles to run on biodiesel, most vehicles today can actually process blended diesel. Experts state that biodiesel and petroleum diesel cost the same at about US$600/tonne (Channel NewsAsia, 2007). Furthermore, biodiesel blending bodes well for countries, where people are increasing aware of protecting the Earth.

-Uncertainty in biodiesel business-
Rising prices of the biodiesel supplies and decreasing diesel price is shaking investors' confidence. Feedstock's costs comprise 80% of biodiesel production and investment analysts have stated that palm oil diesel can remain lucrative only if palm oil, a raw material for biodiesel, is below US$450/ton (Foo, 2007). From 2006, the price of palm oil has increased to US$556/ton (Thukral, 2007). Moreover, regular diesel prices have dropped by 23% (Reuters, 2006)

It seems that investors should worry about investing in biodiesel, which business is yet to be well-established. The delisting of British Biofuels Corporation (Hille et al., 2007) and operations below 50% capacity for Peter Cremer's plant due to present costs (EEI, 2007) point towards a doubtful future.

Nonetheless, any price hike is temporary and is bound to fall. In the long run, although profits of biodiesel production will be affected by the fluctuating prices, financial instruments can be considered to hedge any feedstock price increase. Government subsidies will provide relief to tide over difficult times as in the case of Wilmar International's biodiesel business which expects $45 million profit despite negative margins (Leng, 2007). Hedging from volatile supplies and variable prices can take the form of feedstock cultivation, embracing emerging technology to improve production efficiency and using jatropha which price is half that of palm oil while its yield is much higher than soybeans (Seng, 2007).

Even if biodiesel production is infeasible, the production plants can be adapted into refineries at low costs (Leng, 2007). Besides, profitability can be enhanced with other income streams from side-products as mentioned earlier.
Many have wondered what the future of the energy industry holds. Nonetheless, from this exploration, it is no doubt that biodiesel is one of the key to unlocking renewable alternative fuels.

=References=
Chan, Erwin (2007, 20 July). New Singapore Biodiesel Plant Eyes Exports to Japan And Korea. International Oil Daily.

Channel NewsAsia (2007, 12 June). S'pore to woo clean energy business, analysts say more can be done.

EEI, Elsevier Engineering Information (2007, 6 August). Asia-Pacific role in biofuels market. Petroleum Review.

Foo, Alvin (2007, 9 July). High palm oil prices dash KL firm's biodiesel plans. The Straits Times.

Hille, Kathrin, Andrew Hill and Adam Jones (2007, 26 June). ASE in the pack at risk after buy-out snub. Financial Times (FT.Com).

Mukherji, Biman and Ramachandran, Hari (2006, Nov 2). Wild jatropha stirs hope of biodiesel bounty in India. Reuters. http://www.reuters.com/article/inDepthNews/idUSBOM18111120061102

Paul, William Henry (2007). Future energy: how the new oil industry will change people, politics, and portfolios. Hoboken, N.J.: John Wiley.

Reuters News (2006, 17 November). Australia's Natural Fuel to hedge biodiesel output. Reuters. http://www.reuters.com/article/reutersEdge/idUSSIN22413320070129

Seng, Li Peng (2007, 18 June). INTERVIEW: Van Der Horst Biodiesel Seeks Feedstock Security. Dow Jones Commodities Service.

Song, Chunshan, Chang S. Hsu, Isao Mochida. (2000). Chemistry of diesel fuels. New York: Taylor & Francis.

Symon, Andrew (2007, 9 July). In sunny city-state of Singapore, renewables take hold in regional commerce hub strategy. Renewable Energy Report Issue 134.

Tan, Tania (2007, 22 March). Biodiesel plant set up in drive towards clean fuel. The Straits Times.

Thukral, Naveen (2007, Jan 15). Malaysia biodiesel sector faces uncertain future. Reuters. http://www.reuters.com/article/GlobalBiofuel07/idUSKLR8274920070116

Wong, Jeana (2006, 8 November). New US$130m biodiesel plant in Singapore to serve Asian, US markets. Channel NewsAsia. http://www.channelnewsasia.com/stories/singaporebusinessnews/view/240159/1/.html

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