ISC Cassava

Average yield 60-80 tons fresh cassava tubers per hectare







Sunday, February 14, 2010

GREAT CASSAVA GREAT BREAK THROUGH

Bio fuels Producers, Plantation Owners, Agricultural/ Feedstock Suppliers, Entrepreneurs, Government Regulators / Co- operatives, Institutional Investors, Commodities Brokers, Consulting/ Analysis, Traders Bio fuel Technology Providers, Bio energy Producers/ Marketers, Small Farmers Associations, National Farming Associations, Alternative Energy/ Renewable Energy Producers and Energy Capital Management attended the Jatropha crop seminar. Bio Scientific applications as 1st Generation feedstock, and Ligno-Cellulose materials as 2nd Generation feedstock have been introduced.
Effectiveness and its efficiency of using Indonesian Cassava as alternative energy crop compared to other kinds of feedstock. will have commercial applications produced by cassava stalks, leaves and roots as renewable resources for Feed Application; Industrial Application; Energy and Biopolymer application. Products that could be produced by Cassava amongst others are: Polymers, Fine Chemicals, Solvents, Intermediates, Waxes, Aromatics, Adsorption, Catalysis, Chromatography, Composites, Porous Materials, Clean Synthesis Catalysis and Ethanol.


Shanghai July 2012 

Extracting The Commercial Value Of Bio Energy Growth in Indonesia.PT General Bumi Casindo with it's ISC Cassava are Entering the Global Market by thinking local. 
 
Replacing petro-chemical-based plastics with plant-based alternatives is a growing area of research. One popular form of plant-derived plastic is Poly(lactic) acid, or PLA, a type of biodegradable plastic that is currently used to make household appliances, Electric  application, woven into fibers to make clothes in place of polyester etc. Although PLA has similar mechanical properties to PETE polymer, it has significantly lower heat-resistance, which limits its uses. Researchers are now developing a new chemical catalyst to improve the properties of PLA, making it stronger and more heat-resistant so it can be used for a wider range of applications.
PLA is made from renewable plant sources such as wheat, sugarcane, corn or cassava starch, and although it’s been known of for more than a century, it has only gained commercial interest recently due to its biodegradability. In an effort to extend the range of uses for PLA to include applications such as engineering plastics for the automotive industry, microwavable trays and hot drink cups, scientists are developing a new chemical catalyst to improve the process of making these plastics

LATEST NEWS  
Bio-degradable Plastic Industries in China and Taiwan were amazed with the HUGE SIZE of  ISC CASSAVA

Investor from The People Republic of China engaged in Biomedical products were quite amazed to see size and weight of ISC Cassava. During their recent visit in Indonesia, agreement to initially set up 200 ha cassava plantation in West Java have been signed. Future plan is to develop the plantation in other countries. Investors believe that I-Cassava is best solution to their main concern of limited feedstock supply. Our respective joint partners from China currently is having serious discussions with International Organizations such Petrochemical companies, International Organizations etc.to develop more cassava plantation within the Asean region.









I-Cassava Stalk and Stem













1 comment:

  1. timelricardo@gmail.comApril 28, 2013 at 5:05 AM

    This is certainly a formidable research output. I can't wait to have a conversation with the promoters of this crop. Unfortunately, your are not responding to my mails. If you see my mail, please respond to timelricardo@gmail.com
    You can equally call 237 77 44 79 48
    Cameroon.
    Thanks.

    ReplyDelete