Jatropha Plantation Business Plan

We are confident that scientific advancements can demonstrate, preserve, and enhance biodiesel's ability to help meet the food, feed, fiber, and energy needs of the future.We have a state-of-the-symbolization base that is generally outfitted with cutting-edge innovation based apparatus and world class conveniences.Claims that jatropha has ability to grow in marginal lands, multiple benefits, potential to increase energy security and mitigate climate change, have motivated some governments, private organisations and individual farmers to invest in its production under different business models.

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ABC’s dedicated biodiesel crop agronomy knowledge platform focuses on ‘plantation technologies’ and has run an agronomy research programme alongside the breeding programme that looks into all agronomy issues.

ABC further share and distribute its knowledge and expertise through its knowledge arm Biodiesel Business Academy ABC scientists are continuously working on enhanced genetics, agronomics and horticulture sciences to drive new varieties, more knowledge around the plant’s nutritional requirements and more science-based processes for the care and custody of the plant.

The socio economic benefits include improved rural livelihoods through crop diversification, increased export revenue and agricultural employment, while the socio economic ills include eviction of farmers from land used for crop production (especially when jatropha is grown on non-marginal land), and entrapping smallholder farmers in contract conditions where they had less freedom to pursue other market opportunities [1].

Among the environmental benefits of biofuel production is climate stabilisation, while environmental problems include loss of biodiversity ensuing from large scale deforestation, and competition for essential resources such as water and nutrients with other food crops.

Biofuels are fuels derived from renewable biological materials such as sugar crops (sugarcane, sugar beet), starch crops (corn, potatoes), oilseed crops (soybean, sunflower, rapeseed), and animal fats.

Their growth is associated with socioeconomic and environmental benefits and costs.

These results provide lessons for the envisaged jatropha biodiesel production in Botswana as well as other countries intending to grow jatropha in the future.

While the economic impacts of investing in jatropha production are country and project specific, the review revealed that most projects, especially commercial plantations, are not economically attractive to the extent that they have been abandoned in some countries.

In Tanzania, Mozambique and Zimbabwe, the plant has been used as hedge to protect arable fields and homesteads as well as to reduce soil erosion.

The oil from processed seeds is used as an insecticide, for making candles, and to provide energy for lighting and cooking.


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