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  • Demand Response Demands Response

    What the summer heat wave, and one utility’s less-than-stellar response, teaches us about communicating with customers.

  • Novel Nanotube Applications for Power Generation

    As it does for sectors such as global defense and transportation, nanotube technology holds great promise for the energy sector—and, in particular, for power generation. This July, researchers from the Massachusetts Institute of Technology (MIT) said carbon nanotubes showed potential as an innovative approach to storing solar energy, and Rice University scientists claimed they were closer to developing a unique wire that could transmit power with few losses.

  • Glycol Pumps for Gas Dehydration

    Cat Pumps launched a new series of glycol pumps developed to supply triethylene glycol for natural gas dehydration systems. System reliability, especially of the pump, is essential to minimize production interruptions and costly equipment failures. The TEG triglycol pumps have been field-proven in the most rigorous dehydration systems, Cat Pumps says. The electric engine–driven TEG […]

  • TREND: Geothermal Heats up after Fukushima

    While the vast power of one form of energy below Earth’s crust (tectonic plate shifts) doomed the Fukushima nuclear power plant in Japan last March, using another form—heat and steam—is getting renewed attention in the wake of the Japanese meltdown.

  • POWER Digest (September 2011)

    Australia Pursues Carbon Tax. Australia’s Prime Minister Julia Gillard on July 10 laid out an ambitious plan to cut national greenhouse gas emissions by 5% of 2000 levels by 2020 by imposing a A$23 (US$23.4) per metric ton carbon tax, starting next year. If parliament approves the plan before year-end, the carbon tax will increase […]

  • Equipment Line for Industrial Gas Applications

    Air Liquide America Specialty Gases equipment group recently announced the introduction of a comprehensive line of “industrial grade” equipment for use with gases commonly used in welding, cutting, and other industrial applications, as well as with liquid cryogenics. The equipment is ideally suited for use with Air Liquide brands of industrial gases such as ALIGAL, […]

  • Utility Managers Ponder Rules, Money, People

    What’s on the agenda for the utility industry today and into the future? Platts and Capgemini asked the industry leadership in their latest survey. The answers revolve around regulation, finance, and human resources.

  • Advanced Coatings Protect Plant FGD Systems

    Now that many flue gas desulfurization (FGD) systems are reaching middle age, corrosion repairs of structural and process vessels are becoming more common. Corrosion is caused by condensates of acids formed during the FGD process, which accelerate pitting and crevice corrosion, particularly in scrubbers where high sulfate solutions are present. Scrubbers lined with 2205 duplex stainless steel are among the most vulnerable to pit or crevice corrosion, from both chlorides and fluorides.

  • Advancing America’s Nuclear Infrastructure

    It is fair to say that 2011 is bringing some uncertainty into the nuclear energy industry. The tsunami and subsequent events at Fukushima present Japan and our industry with new challenges but also serve as a catalyst for continuous improvement. In the U.S., we are learning from these events and improving our operations, designs, and emergency response approaches to make our plants safer, more efficient, and more environmentally friendly.

  • WTO China Ruling Could Impact Rare Earths

    Uncertainty about China’s role in world trade and its current monopoly over critical rare earth minerals continues to roil supply chains in energy technology markets. Will the World Trade Organization bring China into the fold, or will China ignore the international forum that it lobbied hard to join several years ago?

  • NERC CIPS Update: The Advantages of an Integrated Factory Acceptance Test

    When adding, modifying, or upgrading a system, many critical infrastructures conduct a factory acceptance test (FAT). A FAT includes a customized testing procedure for systems and is completed before the final installation at the critical facility. Because it is difficult to predict the correct operation of the safety instrumented system or consequences due to failures in some parts of the system, a FAT provides a valuable check of these safety issues. Similarly, because cyber security can also impact the safety of critical systems if a system is compromised, it makes sense to integrate cyber security with the FAT.

  • How to Screw Up an Employee Complaint Investigation

    The process of handling employee complaints of workplace discrimination or harassment is filled with potentially disastrous pitfalls. Here are some things to avoid.

  • Critics Get Crossways with New Cross-State Air Rule

    From the East Coast to the Lone Star State, a number of elected officials and power industry representatives are bashing the new aggressive regulation aimed at controlling specific power plant emissions. Complying with a federal court mandate, the U.S. Environmental Protection Agency (EPA) finalized the Cross-State Air Pollution Rule (CSAPR) on July 6. The new […]

  • Getting Employees to Apply Training on the Job: How to Turn Hope into Reality

    Employee training is one of the most important human resource functions, and one of the most difficult to manage. But there are some proven ideas to help guide training programs in the work environment.

  • Top Plant: Adapazari Power Plant, Adapazari, Sakarya Province, Turkey

    In 2010, the 2,310-MW Adapazari Power Plant achieved 99.8% availability, which is nearly 7% higher than the industry average and a global record in F-class gas turbine technology. The new turbine upgrade is helping ENKA Power bolster Turkey’s evolving economy by improving its energy sector’s efficiency and productivity.

  • How to Break Down the Barriers Between Information and Operations Data

    "Asset health" offers a conceptual path to integrating information technology with operations technology, thereby overcoming the common management problem of "siloed data," according to a recent study by The McDonnell Group.

  • Top Plant: Arvah B. Hopkins Generating Station, Unit 2, Tallahassee, Florida

    Known for its progressive, pro-sustainability policies, the City of Tallahassee recently repowered a 30-year-old conventional steam plant unit, turning it into a new 300-MW facility. The utility redesigned the Arvah B. Hopkins Generating Station, Unit 2 as a 1 × 1 combined cycle plant in order to improve efficiency, switched the primary fuel from oil to natural gas, and thereby reduced fuel costs and emissions. The plant’s flexible design even will enable expansion to a 2 × 1 configuration when additional capacity is needed in the future.

  • The Development of U.S. Shale Gas Resources: Regulation and Litigation

    The rise of shale gas in U.S. energy markets has profound economic implications. It has the potential to transform the existing market and bring opportunities for new markets. But shale gas also raises regulatory challenges and the likelihood of litigation. Here’s an introduction to the issue and a primer on the regulatory and legal ramifications of the shale revolution.

  • Top Plant: Astoria II Combined Cycle Plant, Queens, New York

    Managing construction of the 550-MW Astoria II Combined Cycle Plant in the midst of Queens, a densely packed New York City borough, required extensive off-site modular construction and a high level of logistical organization. Now the new Astoria II plant is operating successfully in conjunction with the Astoria Energy I plant as the largest natural gas–fired power plant in the Big Apple.

  • Climate Pragmatism: Introduction

    Last summer, an international group of scientists and policy analysts under the auspices of the London School of Economics launched an ambitious effort to reshape the debate over global warming policy in a document known as The Hartwell Paper. This July, a similar group followed up with a new report, titled "Climate Pragmatism: Innovation, Resilience and No Regrets,"  which puts the earlier work into a North American context.

  • Top Plant: Emirates Aluminum Smelter Complex (EMAL), Al-Taweelah, Abu Dhabi, United Arab Emirates

    The new 2,100-MW Phase 1 EMAL combined cycle power plant provides dedicated power with a high level of reliability to the Emirates Aluminum Smelter Complex, which is designed to be the world’s largest aluminum smelter upon completion. Located on the Persian Gulf, the gas-fired combined cycle plant uses seawater cooling towers to eliminate thermal stress on local marine life.

  • Get Creative, Skip the Path of Least Resistance

    In training for a sport, the common wisdom is "no pain, no gain." The same is true when it comes to fostering creativity in the workplace. Force yourself and your organization out of the easy path, break out of the rut, and gain as a result.

  • Chart a New Course

    I examined the magnitude of electricity subsidies for renewables compared with conventional generation technologies in my May 2011 editorial, based on data from a 2008 report prepared by the U.S. Energy Information Administration (EIA). An updated EIA report released in July determined that federal government subsidies have risen substantially during the past three years. In fact, overall renewable energy subsidies have almost tripled, increasing from $5.1 billion to $14.7 billion. In my opinion, we aren’t getting value for the money spent.

  • Top Plant: Irsching 4 Combined Cycle Power Plant, Irsching, Bavaria, Germany

    The Irsching 4 Combined Cycle Power Plant has set a new world record in power plant efficiency with its new SGT5-8000H gas turbine. With an output of more than 578 MW and efficiency of 60.75% (net) achieved at a world record test run in May 2011, the plant demonstrates that climate protection, low-cost power generation, and flexible operation using fossil fuels can be attained simultaneously through technical advances. Due to its high efficiency, the gas-fired plant uses significantly less fuel and produces lower carbon dioxide emissions than traditional combined cycle plants.

  • THE BIG PICTURE: Lights Out

    Heat waves, droughts, and other weather and climate phenomena; economic woes; aging or inadequate infrastructure; fuel shortages. These are some of the most obvious causes that have led to record peaks in power demand or sudden drops in available capacity. The results have been sometimes debilitating load-shedding, brownouts, and blackouts around the globe this summer (and, in some cases, for much longer). Here’s an overview of which countries are affected by which difficulties. For a more detailed look at the extent of shortages and what’s causing them, visit Web Exclusives at https://www.powermag.com

  • Top Plant: Montoir-de-Bretagne Combined Cycle Plant, Montoir-de-Bretagne, France

    The 435-MW Montoir-de-Bretagne gas-fired power plant is ramping up Gallic generation in the Loire-Atlantique region of western France. The plant’s innovative natural gas combined cycle technology offers high efficiency and low emissions.

  • BIG PICTURE: Lights Out (Web Supplement)

    A web supplement to the September issue with details of global power shortages.

  • China Begins Operation of Experimental Fast Reactor

    China in July flicked on its experimental fast reactor—the first built in the nation, and the first of many more to come. The China Experimental Fast Reactor (CEFR), whose development began in 1995, is a pool-type sodium-cooled reactor with a thermal output of 65 MW and an electrical output of 20 MW. The reactor is housed in a 44,000-square-meter (473,610-square-foot) building.

  • Global Gas Glut

    Marcellus Shale gas has increased recoverable natural gas reserves in the U.S. by about a third over estimates prepared a few years ago. Europe is also exploring shale gas as an alternative to problematic Russian gas supplies and low proven natural gas reserves. POWER contributors in the U.S. and UK examine the comparative economic value, public acceptance, and political implications of these massive shale gas reserves.

  • The Fukushima Fallout: Six Months After the Nuclear Crisis

    (WEB EXCLUSIVE) Much has transpired during the nearly six months following the Great East Japan Earthquake—a 3-minute, magnitude 9.0 temblor that generated a series of tsunami waves as tall as 38.9 meters (130 feet), killed more than 25,000 people, and set off the worst nuclear disaster in 25 years.