Clixoo, March 2011, Pages: 213
Cellulosicethanol is a nascent field today, but has enormous potential for the future. The pay-offs are big, and so are the challenges. Companies that make an early start in this field stand
Hart Energy Publishing, July 2010
), cellulosicethanol and renewable diesel (also known as non-ester biodiesel) where applicable, the study captures the current and near-term biofuels supply and demand picture in 32 countries in five key regions
Aruvian's R'search, Jan 2011, Pages: 225
Used in Production of Ethanol from Cellulose?
O.4 Introduction to Industrial Biotechnology & How it is Helping Ethanol Production?
O.5 Biotech Breakthroughs & Potential Developments in the Production
Visant Strategies, Inc., May 2007, Pages: 155
Petroleum Potential?
1.1.1.2 Competing Fuel Substitutes
1.1.2 Driver Number Two – Technological Innovation in Ethanol Production
1.1.3 Driver Number Three – Speculative Ardor within the Financial Industry
1
Greentech Media, Inc., Dec 2009, Pages: 307
commercialization?
7.7 Will public and private support for third-generation algae biofuels reach parity with second-generation cellulosicethanol?
7.8 What are the potential Black Swans that could alter
Innovation Observatory Ltd, Jan 2010, Pages: 40
report examines the technical and market challenges to the development of second-generation biofuels - in particular, ethanol derived from ligno-cellulosic feedstocks by both bio-chemical and thermo
Market Intel Group (MiG), Oct 2009, Pages: 166
- Cellulosicethanol (“grassoline”) made from the tropical switchgrass miscanthus, and other plant-matter waste products (i.e. wood chips)
- Biodiesel produced from crops grown in saline, non-arable land
GlobalData, Jan 2010, Pages: 18
CellulosicEthanol: Next Wave Second Generation Bioethanol
Summary
Cellulosicethanol is a ‘Second generation’ bioethanol produced using advanced processing techniques from non edible feedstock
Amadee & Company, Inc, Nov 2009, Pages: 123
(Thermochemical Approach)
- CellulosicEthanol and the Environment
- Third-Generation
- Food vs. Fuel
- Renewable Fuel Standard
- Global Mandates
- Global Ethanol Production
- US Production and Mandates
- Risks
Fuji-Keizai USA, Inc., Sep 2006, Pages: 123
technology has the potential to make ethanol fuels much more practical. This method for producing ethanol not from corn kernels, but from the plant's stalk, roots and leaves, is known as cellulosic material
GlobalData, Sep 2011, Pages: 43
, the company engages in the development of other renewable fuel technologies such as cellulose-based ethanol and bio-diesel. Pacific Ethanol is headquartered in California, US.
Pacific Ethanol
CCM International Limited, Jan 2011, Pages: 63
be used to produce lignin In China, namely black liquor of papermaking, grain straw and by-products of cellulose fuel ethanol production, using black liquor of papermaking and grain straw as raw materials
CCM International Limited, July 2009, Pages: 120
-generation biofuel, namely cellulosic fuel ethanol, has attracted the most attention. In China, most biofuel manufacturers are domestic enterprises and major fuel ethanol producers are large-size state-owned
GBI Research, April 2011, Pages: 97
of biofuel. BP has developed interest in the biofuel market and last year the company invested $98m purchasing biofuel startup Verenium's cellulosicethanol business. BP is also involved in building the UK
Kline & Company, Inc., Dec 2007, Pages: 44
Potential
Fischer-Tropsch diesel
Biomethanol
Bio-dimethylether
Mixed alcohol fuels
Cellulosicethanol
Major producers
Other major companies involved in cellulosicethanol production
Hydrothermal upgrading
GlobalData, Oct 2010, Pages: 139
.2.46 Woodland Biofuels Receives Grant Of $4 Million For CellulosicEthanol Plant In Canada
7.2.47 ICC Receives $2 Million Grant For Biofuel Project, Canada
7.2.48 GreenField Ethanol Receives $76 Million Grant
Sheila Greco Associates, May 2011, Pages: 2
Verenium Corporation is a leader in the development and commercialization of cellulosicethanol, an environmentally-friendly and renewable transportation fuel, as well as high-performance specialty
Frost & Sullivan, Aug 2007, Pages: 64
the Implementation of the Ethanol Blending Program
-3. Frost & Sullivan’s Analysis - What Could Be?
--1. Potential Demand for Fuel Ethanol
--2. Can Current Capacities Sustain Potential Demand?
--3
Netscribes (India) Pvt. Ltd., Oct 2010, Pages: 25
and different available feedstocks used for the same. It further talks about the development of second generation biofuels i.e. cellulosicethanol.
An analysis of drivers explain factors contributing
