In the current day world, as fossil fuel demands continue to peak in a regular way, people look for alternate options especially the renewable oils which has a great tendency to produce a positive impact in the transportation sector. Although different vegetable oils are proven to act as sources for bio-fuel synthesis,several find constraints due to their extensive applications as vital ingredients in food. However, castor oil being under the non-edible oil class, turns to be a gifted candidate in this regard for ready exploitation to feed the locomotive engines.
Recently, an Argentinian oil company Oil Fox has come with an overseas initiative to produce biodiesel from castor and algae in Columbia. According to the spokesman from the producer firm, they plan to commission a production facility for 500 million litres on an annual basis with an investment over US$ 150 million. They further indicate that the plant will function in collaboration with two academic institutes and a local firm for technical and raw material procurement support respectively. It is interesting to see that the company concerned has already been in castor biodiesel production business in Argentina since 1999.
Castor plant seems to be an appropriate choice not only due to its non-edible nature but also for its inherent property to grow on marginal lands under rain-fed conditions.Hence it has a capability to create sustainable biodiesel operation right from farmers’ field to industrial and consumer environments. Also when the final product from castor oil is optimized well to suit the demands of engines, castor bean shall be a good oilseed crop for these natural wealth rich South American nations where cultivation of it is already in practice.
For reference: http://www.fis.com/fis/worldnews/worldnews.asp?monthyear=&day=11&id=56041&l=e&special=&ndb=1%20target=
In a world with an ever increasing focus on green products for people planet and profits (PPP), castor oil turns out to be an elite candidate to satisfy PPP. Recently Interface company came out with a bio-product, carpet tile and the manufacturer points that its new launch is basically an yarn with nylon blend, based of castor oil. In addition, developers strongly argue that the product is consistent in its performance to address consumer expectations and thus will encourage their “Mission Zero” aim to replace petrochemical principles by 2020 from their product portfolios. The company’ reports regarding the supply chain also state the beneficial outcomes that castor plant can yield to farmers growing it on marginal lands.
It is evident that bio based carpet tile’ market performance on time would boost the innovative minds to develop it for mutual benefits of growers and firm on an extensive scale. To conclude, castor oil often known as an industrial oil for lubrication and polymers production keeps widening its application spectrum, truly a demanding feature for those who strive for quality, novelty and greening of products.
For reference: http://www.zawya.com/story/Interface_unveils_Fotosfera_its_first_product_made_from_biobased_nylon-ZAWYA20120917073331/
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Lubricants are well known to act as substances for minimization of friction in locomotive engines and other spare parts. As we know they can be synthesized from multiple synthetic and natural sources and some of which prove to be environmentally recalcitrant and pose adverse effects.Studies indicate that nearly 12 million tonnes of lubricants are eliminated after usage and majority of them are disposed in a biologically unsafe manner. To reduce their prolonged existence, people are in relentless efforts to identify and formulate eco-safe lubricant substances.
The answer to this query has been recently addressed though biodiesel produced from castor oil.It is not surprising to implicate castor oil for lubricant synthesis as some of its prominent derivatives as 12-hydroxy stearic acid are well characterized lubricants. Now, castor biodiesel what is to be fed as a fuel possesses typical properties to yield biodegradable lubricants with desired functions as oxidation stability, thermo-tolerance and high viscosity index etc. Researchers of this study have witnessed that the fluids generated from castor biodiesel esters are lubricative due to the presence of ricinoleic acid.
The results seem to be exiting to watch in a perspective where castor biodiesel effectively fails to compete with conventional fuels on certain fuel parameters. So, research initiatives on castor biodiesel such as this would add up its industrial scope in different dimensions with ecological significance.
For reference: http://onlinelibrary.wiley.com/doi/10.1002/ls.1205/abstract
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