Energy Industry
Industry: Email Alert RSS FeedGovernment support will quadruple European biodiesel industry by 2008
Renewable Fuel News, October, 2006 by Ngo, Peter
If the swell of government support for the biodiesel industry were to vanish overnight, the price of oil would in turn have to reach $110 a barrel for biodiesel to remain attractive, analysts at a venerable Wall Street securities firm concluded last week.
Goldman Sachs Group analysts Mariano Alarco, Jason Channell and Stephen Benson said in an October 23 report that biodiesel is simply not competitive without subsidies, government support programs being the main driver of the industry's growth.
Furthermore, European biodiesel prices will fall nearly 20% because compulsory fuel blending will quadruple production over the next four years, the Goldman analysts said.
Global biodiesel production is forecast to grow 35%, led by Europe, where half of new cars sold...
- How to choose the right insurance carrier for your business
- Real Estate: Prepare your properties to weather what lies ahead
- Technology: Be prepared if part of your global supply chain goes missing
Most Recent Business Articles
- Multiple criteria evaluation and optimization of transportation systems
- Multi-criteria analysis procedure for sustainable mobility evaluation in urban areas
- A two-leveled multi-objective symbiotic evolutionary algorithm for the hub and spoke location problem
- Multi-criteria analysis for evaluating the impacts of intelligent speed adaptation
- The development of Taiwan arterial traffic-adaptive signal control system and its field test: a Taiwan experience
Most Recent Business Publications
Most Popular Business Articles
- FAS 109: a primer for non-accountants - Financial Accounting Standards Board's "Statement 109: Accounting for Income Taxes"
- LIFO vs. FIFO: a return to the basics
- Too Young to Rent a Car? - 25-years-old the minimum age for car renting - Brief Article
- Design a commission plan that drives sales - Sales Commissions
- Using object-oriented analysis and design over traditional structured analysis and design


