To meet the increasing needs of fuels, especially non-fossil production “bio-oil” is proposed and many efforts have been undertaken to find effective ways transform bio-wastes into valuable substances obtain fuels simultaneously reduce carbon wastes, including CO2. This work devoted gasification sugar cane bagasse produce CO in process assisted by The metals were varied (Fe, Co, or Ni), along w...

Lignocellulosic waste corresponds to a large percentage of in the world. Over time research has been developed for use these. This can be converted into activated carbon. The objective this scientific article is carry out bibliographic review carried on lignocellulosic and carbon production methods. applied methodology based qualitative approach, which comparison sought obtaining methods, their...

Karnataka state stands 3rd position in terms of sugar production and 4th cultivation sugarcane the India. In fact, there are presently around 64 working factories with annual crushing capacity 3.29 lakh MT/day, cogeneration 1500 MW/day, alcohol 2100 KLPD ethanol 1130 KLPD. year 2017-18, industry had crushed a total 347.5 MT cane produced 36.87 Lakh sugar. The is able to manufacture such huge qu...

In this work the behavior of the growth of Candida guilliermondii FTI 20037 in sugar cane bagasse hemicellulosic hydrolysate on various oxygen transfer rates was investigated. The yeast was able to grow and produced xylitol at different performance levels. At 1.0 vvm (volume of air per volume of medium per minute) the highest growth with 24.4 g/l was observed, but no xylitol was produced. At ae...

The work presented in this paper was undertaken as part of BIOCOMP (2005-2008), a European collaborative project, which developed new classes of engineering composite materials from renewable resources. Comprising twenty five European SMEs and research organisations, this three and a half year project generated a wide range of new biocomposite materials, knowledge-based processes and demonstrat...

In this study the Sugar cane bagasse ash (SCBA) was characterized for chemical composition, morphological and mineralogical properties. From XRF analysis it found that SCBA has SiO2, Al2O3, Fe2O3 CaO content of 67.25%, 6.37%, 4.21% 13% respectively a very low LOI value 0.34% can be classified as Class F ASTM pozzolan according to C 618-2009. used pozzolanic material after grinding less than 45 ...

Cement production worldwide contributes at least a 9% increase in CO2 emissions. Industrial or agricultural waste can cause serious problems for the environment. One of wastes that be used as SCM from is sugar cane. This research was conducted to determine content chemical elements contained bagasse ash which suspected have similarities with cement. study uses an experimental method, type pre-e...

Approximately 2.4 million tons of bagasse are produced each year in Iran, most of which are currently treated as waste adding to serious environmental concerns. Application of bagasse for energy production is a sustainable solution to supply the required energy within the sugar refineries and export the surplus electricity to the grid. Currently, the energy demand in Iranian sugar mills is main...

The alkaline-tolerant marine-derived fungus Chaetomium globosum was tested for the production of enhanced levels of cellulases and free phenolics under highly alkaline conditions using agro wastes (cotton seed, sugar cane bagasse) as substrates under solid state fermentation (SSF) processes. In both the agro wastes used, an increase in cellulases (β-endoglucanase, β-Glucosidase, and β-exoglucan...

Molasses is a significant by-product of sugar beet or sugar cane refining industry. In this work, the effects of storage temperature and packaging on the contents of free amino acids (AAs) in sugar beet and sugar cane molasses after freeze drying were inquired. The effect of different variables such as, temperature (4 and 25˚C) and light (Metallized polypropylene container and Normal polypropyl...