The leading survey shows solar gaining on alternatives even as the growth rate has slowed. Read More
It's hard to imagine anyone better suited to covering the energy-investment waterfront than Robert Rapier.
Robert is no armchair analyst—he has two decades of in-the-trenches experience in a wide range of fossil fuel and biofuel technologies, including refining, natural gas production, gas-to-liquids, ethanol production and butanol production.
During a six-year stretch at ConocoPhillips, Robert ran a team of engineers in Scotland working on oil and gas projects in the North Sea.
For two years, Robert was an efficiency expert in a Texas petrochemical plant. The process changes he implemented saved the facility $9 million a year. He later worked as the Engineering Director for a Dutch environmental-technology company and provided engineering support for a Chinese facility the company was constructing.
Robert was also a butanol engineer in Germany for the Celanese Corporation, where he designed a novel butanol unit that cut production costs by $5 million per year.
In all, Robert has spent more than a dozen years working on liquid fuels technologies. Along the way he's picked up five patents, including one for a breakthrough way to convert ethane into ethylene (U.S. Patent 7,074,977).
Now, in addition to guiding readers to timely investments in Utility Forecaster and Rapier's Income Accelerator, Robert travels the world evaluating startup energy companies for deep-pocketed investors. After grilling management and assessing the technology on-site, he makes a go/no-go investment decision. His wealthy private investors and hedge fund backers trust him to make the right choice for the same reason we do: his vast real-world experience in just about every facet of the energy industry. If Robert votes thumbs-up, millions of dollars flow into these cutting-edge outfits.
Robert earned his master of science in chemical engineering and a bachelor of science in chemistry and mathematics (double major) at Texas A&M University. He tells us he was "this close" to finishing his Ph.D. before he decided he was having a lot more fun making money in energy stocks.
A prolific writer, Robert's articles have appeared in Forbes, The Wall Street Journal, The Washington Post and the Christian Science Monitor -- and he has been a featured expert on 60 Minutes and The History Channel. His new book, Power Plays: Energy Options in the Age of Peak Oil (Apress, 2012), helps investors sort through doom and gloom, hype and misinformation to understand the true costs, benefits and trade-offs for each of our major energy options.
In what little spare time he has left, Robert consults for a number of energy projects, including biodiesel, ethanol, butanol and biomass gasification facilities.
Analyst Articles
While Congress keeps the MLP Parity Act gathering dust, Wall Street’s creative tax planners have devised a shortcut for renewable energy income plays. Read More
A plan requiring drastic cuts in carbon dioxide emissions would phase out coal power in the US over the next 16 years. Read More
With enabling legislation stuck in Congress, a new report depicts a bright future should it pass. Plus: an update on Oiltanking Partners for subscribers. Read More
A revised resource estimate for the uniquely difficult Monterey basin has oil industry foes gloating without much justification. Plus: Rice jabs misplaced, and Seadrill’s Russian coup, for subscribers. Read More
The sector’s recent rise to market leadership follows a long cold spell and the continuing growth in demand for power and fuels. Read More
Technological progress has turned PV cells into a viable alternative to fossil fuels, but beware lofty valuations and pick your spots. Plus: new advice on Kinder Morgan for subscribers. Read More
The sector plows profits into high-yielding, tax-deferred payouts. Read More
The recent hype about a Navy experiment to produce fuel from seawater is all wet. Read More
The oil giant has rejected an activist push to devalue its reserves, and rightly so given coal’s dominant role in global warming. Read More