Sweet sorghum thesis

The sward should not be grazed immediately after plant stress and should be allowed to mature, as this decreases its nitrate content. Sorghum is resistant to drought- and heat-related stress.

If sweet sorghum is to become a viable energy crop in Oklahoma, the potential yields both biomass and juice yields based on variety and location throughout the state need to be evaluated. Design modification and testing of a laboratory-scale sweet sorghum stalk press.

Journal of Phytopathology Uses Sorghum, like many grains, has a diversity of uses, including human consumption and animal feed. Comparisons of maize and sorghum plants in the USA have shown that the proportion of leaves and ears was greater and the one of Sweet sorghum thesis was lower in maize than in forage sorghum, at all stages of maturity.

The center projects address both basic and applied aspects ranging from genetics to marketing. A series of staggered test plots is anticipated at various locations throughout the state Ft. Uses[ edit ] Horse-driven, antique sorghum-cane juicer being operated at an organic farm in central North Carolina, for syrup production Adding freshly squeezed juice to a simmering pan of syrup on an open fire, much as it was done in the 19th century Madhura sweet sorghum syrup sold in India Sorghum syrup and hot biscuits are a traditional breakfast in the Southern United States.

Ethanol biofuels bioethanol [ edit ] Main articles: As such, many groups around the world are pursuing research initiatives around sorghum specifically Sorghum bicolor: Data compiled from various sources by Mark W. Although corn is the preferred grain for making tortillas, sorghum is widely used and is well accepted in Honduras.

Many sweet sorghum syrup producers have suggested that deheading of stalks within weeks prior to harvest will generate significantly higher levels of sugar in the stalk juice.

From these results, the thirty six cultivars were reduced to ten by inclusion of pretreatment response yields and agronomic factors into total estimated ethanol yields from the whole plant. In environments where water is limited due to drought or declining aquifers, and where it is necessary to conserve or reallocate available water, forage sorghums are promoted as a substitute for more water-consuming crops, particularly forage maize.

Its use is limited, however, because the starch and protein in sorghum is more difficult for animals to digest than the starches and protein in corn. There were no differences in feed intake, daily gain, feed efficiency, or carcass traits among the treatments McCollum et al.

Phd Thesis On Sorghum

Cobb, Haskell, Goodwell, Altus, Poteau, Stillwater and will be used to verify the maximum potential harvest window in Oklahoma.

Thirty-six sweet sorghum cultivars were therefore collected from the University of Kwa-Zulu Natal, where they were grown, before being transported to the University of Stellenbosch where they were they underwent a selection process coupled with a pretreatment optimization process aimed at maximizing potential bio-ethanol yields.

Feeding sorghum stalks resulted in haematological abnormalities, which were probably due to the higher nitrate content: In temperate regions, whole crop sorghum silage has a nutritive value higher than that of fodder grasses and legume silages, and close to that of a medium-quality maize silage Vignau-Loustau et al.

Some improved cultivars of sorghum from the institute have been released. Particularly fuels made from such oils such as palm oil and soy oil are being targeted. The goal is to develop a process that can be used for multiple feedstocks, so that in a region where the sweet sorghum harvest window is limited, other complementary feestocks could be processed in the same facility.

Uit hierdie resultate is, is die 36 kultivars tot tien verminder deur die insluiting van behandeling reaksie opbrengste en agronomiese faktore in totale geraamde etanol opbrengste van die hele plant.

The combination of drought-tolerance and salt-tolerance makes sorghum a very interesting feed resource under arid and semi-arid conditions in saline lands Al-Khalasi et al.

Impact of drought and heat stress on physiological, growth and yield processes. A study was conducted to determine grain, stover, total biomass, and estimated ethanol yields of annual and perennial crops at two locations in Kansas in and However, no-till practices combined with cover-crop practices can reduce the payback period to three years for grassland conversion and 14 years for forest conversion.

An ancillary finding of this study was that rabbits more or less tolerated this imbalanced feeding system during the experimental period Bhatti et al.

Commercial hybrid fodder sorghums, usually based on Sudan grass and grain sorghum. The outputs of various projects will help development of improved, efficient and sustainable crop management practices for increased yield and economic benefit to sorghum producers and industry.

The effects of pressure and roller configuration on juice expression efficiency were evaluated. Toxic soil reclamation Sorghum is tolerant of many pollutants and it thrives in toxic soils that kill most plants. The fuel is created from general urban waste which is treated by bacteria to produce fatty acids, which can be used to make biofuels.

There are many technologies available to produce Farmers, crop advisers, agronomists, extension agents, crop scientists, regulators, plant breeders, geneticists, sorghum millers and bakers.The present investigation on genetic variability, heritability and character association in large F2 population of sweet sorghum was carried out at Directorate of Sorghum Research, Rajendranagar, Hyderabad.

F1 was generated during kharif and second filial generation in the following season. The mean and variance in respect of 14 quantitative characters in F2 population indicated wide range.

“SORGANOL ® ”: IN-FIELD PRODUCTION OF ETHANOL FROM SWEET SORGHUM By DIMPLE K. KUNDIYANA lietuvosstumbrai.com IN-FIELD PRODUCTION OF ETHANOL FROM SWEET SORGHUM Thesis Approved: Danielle D.

Bellmer Thesis Adviser Raymond L. Huhnke William McGlynn Mark R. Wilkins A. Gordon Emslie Dean of the Graduate College. Advances in developing sweet sorghum cytoplasmic male sterile a and b-lines Rafael Parrella Embrapa Maize and Sorghum, Brazil Three minute thesis competition (3MT) for graduate students sponsored by OZ Sorghum: – Three minute thesis competition (3MT) for graduate students Hall B Chairperson: Glen Fox sponsored by OZ.

The Thesis Committee for John Anthony Veracruz Certifies that this is the approved version of the following thesis: Energy Analysis of Sweet Sorghum Ethanol Using a Bottom-Up Energy.

The Thesis Committee for John Anthony Veracruz Certifies that this is the approved version of the following thesis: Energy Analysis of Sweet Sorghum Ethanol Using a Bottom-Up Energy. Sweet sorghum has the potential to be used as a renewable energy crop, and is a viable candidate for ethanol production.

Sweet sorghum

The main goal of this project is to develop new, innovative ways of converting sweet sorghum to ethanol and other coproducts.

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Sweet sorghum thesis
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