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Biodiesel Technology

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Biodiesel History

What is Biodiesel?
Biodiesel is a fuel that is not from petroleum. It is other alternative fuel similar to ‘fossil’ diesel. It can be produced straight from renewable sources like vegetable oil, animal oil/fats or waste cooking oil. Biodiesel is a clean burning, non-toxic, biodegradable and environmentally friendly fuel that can be used in any diesel engine. The biggest possible source of suitable oil comes from oil crops such as palm or soybean.

The vegetable oil and fats need to be converted into a fuel that can be blended in any proportion to conventional petroleum based diesel by a process called transesterfication. With this process, anyone can use the fuel without having to make any modifications on engine. Transesterfication was first conducted as early as 1853 by scientists, E.Duffy and J.Patrick many years ago before diesel engine became practical.

People normally think that biodiesel fuel is only to be used for cars. It is true that biodiesel fuel is an environmentally friendly substitute for petroleum but however, biodiesel can be used in many other products. Biodiesel can also be used as a fuel for stove, for cooking. If you own a biodiesel generator, you can generate electricity to supply power to your house. It is very environmentally friendly and economical.

Biodiesel Technology by FRIM
Biodiesel technology falls under one of 5 research units in Forest Research Institute Malaysia (FRIM), which is Bioenergy of Forest Product Divisions. FRIM has started conducting research and development (R&D) since 2008. Their R&D activities are geared towards exploring many types of alternatives to palm oil for biodiesel production. However many NGOs criticized the idea of FRIM to generate fuel from food sources although Malaysia has the potential to become the world’s largest oil palm producer.

In December 2010, FRIM has setting up a pilot plant in FRIM. 2,000 liters of biodiesel per month can be produced with the plant. Various feedstock biodiesel have been produced and successfully tested on FRIM vehicles.

This resulted in FRIM to successfully produced biodiesel from non-food based substitute resources such as Jatropha Curcas, Bintangor Laut (Collyphylum innophylum L.), Perah (Elateriospermum tapos) and industrial wastes by October
2011. The technology has been undertaken by FRIM scientists together with a company established under a postgraduate biotechnology entrepreneur-training programme which called Xtract Tech Sdn Bhd.

In December 2012, FRIM has started a trial planting of Jatropa Curcas, one of the non-food based resource on degraded soils at Setiu Research Station in Terengganu. The land is obtained from the Terengganu state government. Their goal is to develop more potential idle lands for large-scale of planting for the species.

Jatropha Curcas
One fruit of Jatropha contains 2-4 seeds that will be processed into oil and will be then used to produce biodiesel. The life expectancy of Jatropha is more than 45 years. The maintenance of the plant is very low hence making it easy to be taken care of. It is low in maintenance but high in growth as the fruits are produced after 6 months of cultivation. It thrives well in tropical climates such as Malaysia. There are many other use of Jatropha plant such as the oil obtained from the fruits can be applied to minor cuts and wounds. The barks of the plant also can be used to treat snakebites and sprains. The sap is useful to alleviate toothache and mouth ulcers but should not be consumed due to its poisonous nature.

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Biodiesel Process

Figure 1.1: Jatropha Curcas Lifecycle

The first stage of the production process is the plantation stage where the seeds of Jatropha Curcas will be planted in coastal area. Once the plants have reached its maturity, the fruits will be plucked. The seeds of the ripe fruits will be then gathered as to repeat the same process. The Jatropha Curcas seeds are the raw material for biodiesel oil. The second stage is the extraction stage and the final stage of producing biodiesel is the transesterification in which raw oil is trasesterified to biodiesel.

Technology Curve of Biodiesel Technology in FRIM

Biodiesel technology doesn’t fall under embryonic category, as the technology is not something new to be introduced to people in Malaysia. Therefore, it falls under the early stage of growth since the technology has started being used since 2010. Not many people have been using the biodiesel oil as it is not widely commercialized and we need to have a diesel engine to use this oil. If the technology has been widely used by people nowadays, it will falls under maturity category but unfortunately it doesn’t reach to that level as of now. After maturity level, it will start to age. Many possible reasons that could cause this technology to decline such as when a new technology is coming in and making this current technology to be outdated.

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