LUDECA’s new CENTRALIGN ULTRA was specifically developed for the alignment of steam and gas turbines. The system precisely aligns internal elements with upper halves for distances up to 133 feet. Accurate bore measurements can be acquired and wirelessly transmitted without interrupting other processes, saving time over traditional methods like piano wires, micrometers, and optical instruments. […]

Given delays and cancellations of new generating capacity, pushing the existing power generation fleet is more important than ever. At ELECTRIC POWER 2009, multiple presentations explored the premise that an active knowledge management strategy — requiring a blend of digital and human elements unique to each power plant — will help you extract the most productivity from your assets.

ESAB Welding & Cutting Products launched the TAF 801/1251 square wave AC power sources for submerged arc welding. The power sources, designed to be used with the fully digital PEK controller, convert the secondary voltage from a sinus wave — via a thyristor-controlled rectifier bridge — to a square wave arc voltage with excellent arc […]

The race is on to claim the title of "most efficient coal-fired power plant" on the planet. However, it’s tricky identifying finalists because of the widespread misuse of the term "efficiency" and all those nagging assumptions. Let’s first establish clear definitions and then identify the title contenders.

The first six of a dozen high-capacity turbines were commissioned in mid-December at the 60-MW Alpha Ventus project in the North Sea, Germany’s first offshore wind park. All 12 turbines of the €250 million project are already standing, put up in just seven months by a consortium of EWE, E.ON, and Vattenfall — formally known as Deutsche Offshore Testfeld und Infrastruktur (DOTI).

A September 2005 power outage that affected two million people in the California Southland was initiated when workers cut live electrical wires after consulting erroneous design drawings, but it was exacerbated by a number of extant problems with local generation and protection configurations.

As equipment ages in fossil-fueled power plants, component wear leading to machinery failure increases as a result. Extending equipment life requires increased attention to maintenance, and one way to improve maintenance planning is to detect faults prior to failure so maintenance can be scheduled at the most cost-effective, opportune time. This type of strategy benefits from the use of additional sensors, and wireless ones can often be installed with the least time and cost.

More than 60 floating power stations are in operation around the world, deploying some 4 GW at continental shores where electricity is most needed. Though these feature a variety of power sources (including nuclear, gas, and heavy fuels), most are power barges — they do not have their own propulsion systems and would have to be towed to desired locations.

In 1999, the Engineering Equipment and Materials Users’ Association (EEMUA) released its general guide to the design, management, and procurement of alarm systems for industrial plants. The guidance document (EEMUA 191), however, is vague about applications to specific facilities, such as electric power plants. This article specifies EEMUA 191 standards and practices applicable to the electric power industry and spells out specific variations in alarming practices that are tailored for today’s power plants.

High-voltage direct current transmission (HVDC) has come a long way since 1882 when the first of its type carried power from Miesbach in Bavaria to an electricity exhibition in Munich, 57 kilometers (km) away, at a mere 1,400 V. Last December, just before the world ushered in the new decade, Siemens Energy and grid operator China Southern Power Grid put into operation the first pole of a transmission link between the southern Chinese provinces of Yunnan and Guangdong, a 1,418-km ultra-high-voltage direct current (UHVDC) system. That line has a transmission capacity of 5 GW, and it operates at a voltage of 800 kilovolts (kV) — a world record.

Existing nuclear power plants are increasingly facing the conversion to digital instrumentation and controls technology. Meanwhile, new nuclear designs have digital technology integrated throughout the plant. Digital controls will soon be inevitable, so how do we make the transition as smooth as possible? Without losing focus on the technical solutions, organizations have to pay attention to the nontechnical issues as well.

News items of interest to power generation professionals.

By Kennedy Maize This is so California. The all-powerful California Air Resources Board, which drives regulations affecting cars, power plants, and virtually anything with moving parts in the state, has ordered a new study of the health effects of diesel engine emissions,  after it turned out that a staff member who did the analysis leading […]

With everything from baby food to SUVs (hybrids of course!) competing for “green mindshare,” audiences are inundated with a barrage of green claims. Although environmental awareness is at an all-time high, a growing sense of skepticism has crept into the conversation. Whereas even a couple of years ago audiences eagerly gobbled up green claims, people today are more uncertain and retain a higher degree of doubt when confronted with messages of sustainability and environmental stewardship.

Biofuels projects present a variety of risks in today’s business climate that must be mitigated or hedged in order for project financing to proceed. With the contraction in the capital markets, credit quality has become increasingly important.

The Supreme Court last week refused to review a February 2009 ruling by a federal court that blocked the Federal Energy Regulatory Commission (FERC) from asserting its power to override transmission decisions made by states.

A technical study released by the Energy Department’s National Renewable Energy Laboratory (NREL) last week shows that shifting 20% or more of the Eastern Interconnection’s electrical load to wind energy by 2024 is technically feasible, but it would require significant expansion of the transmission system and system operational changes.

The Federal Energy Regulatory Commission (FERC) last week said it would take a fresh look at regulatory policies to integrate variable renewable energy resources such as wind, solar, or non-storage hydro generating plants into the nation’s power grid while maintaining power system reliability.

Westar Energy has agreed to spend approximately $500 million to significantly reduce air pollution from a Kansas power plant and pay a $3 million civil penalty under a Clean Air Act settlement with the Environmental Protection Agency (EPA) and the Justice Department. The company has also agreed to spend $6 million on environmental mitigation projects.

The Environmental Protection Agency (EPA) on Monday set the new one-hour standard for nitrogen dioxide (NO2)—formed from vehicle and power plant and other industrial emissions—at a level of 100 parts per billion (ppb). The agency said it would also retain the existing annual standard of 53 ppb.

The Southern California Public Power Authority (SCPPA), which represents 11 municipal utilities, today announced it would undertake what it called the “nation’s first cost-effective, utility-scale distributed energy storage project.” The 53-MW project will use several rooftop ice-storage units from Ice Energy to reduce the state’s peak electrical demand by shifting as much as 64 GWh of on-peak electrical consumption to off-peak periods every year.

Instead of just forgetting about their trash when they leave it at the curb, people increasingly are recognizing that municipal solid waste is a valuable resource. For more than 25 years, Covanta Energy has viewed waste as an important resource not to be thrown away. Waste materials have a tremendous amount of potential energy. Waste materials in landfills release significant amounts of methane, a potent greenhouse gas. Recycling and Energy-from-Waste (EfW) together, as part of an integrated waste management approach, make the best use of this resource, reducing our greenhouse gas emissions while turning waste into steam to heat our homes and businesses and electricity to power our cities and towns.

Many representatives and advisors of renewable energy businesses believe (or at least hope) that 2010 will witness a significant “uptick” in merger and acquisition (M&A) activity across all renewable energy industries. As renewable energy businesses continue to attract funding and benefit from favorable governmental policies (or, conversely, as funding slows down or governmental policies change), such businesses should be in a position to attract suitors and/or explore growth opportunities. To the extent you are looking for or experience M&A opportunities, below are a few “M&A Truths.”

ACORE is pleased to partner with EarthEra to balance the carbon emissions of this year’s conference. EarthEra is an innovative new program from NextEra Energy Resources, North America’s largest producer of wind and solar power. The EarthEra program provides a powerful new way for everyone, from large organizations to individual consumers to reduce their carbon footprint and help build a clean energy future. 100% of revenue received by EarthEra is directed to the EarthEra Renewable Energy Trust and used to build new renewable energy facilities.

U.S. Department of Energy Secretary Steven Chu announced last week that the DOE’s National Renewable Energy Laboratory (NREL) will invest up to $12 million in total funding ($10 million from the American Recovery and Reinvestment Act) in four companies to support the development of early-stage solar energy technologies and help them advance to full commercial scale. The goal of this effort is to help further expand a clean energy economy and make solar energy more cost-competitive with conventional forms of electricity.

Efficient transport plays a crucial role in the development of society and its economy and, in many respects, commercial transport solutions are the lifeblood of the economy. At the same time, transportation has a negative impact on society, not least in the form of emissions and congestion. "The key is to strengthen the positive aspects of the transport system while working to combat the negative ones," says Stefan Lorentzson, President of Volvo Group North America. "The Volvo Group is continually developing new engine technologies which reduce emissions and increase fuel efficiency."

The RES Alliance for Jobs is a coalition of businesses and organizations that support Congressional enactment of a strong federal renewable energy standard (RES). The group’s members include companies and associations representing the wind, solar, biomass, waste-to-energy and hydro power business lines. The Alliance seeks to demonstrate that a strong RES would create sustainable growth in the renewable energy industries, enabling manufacturers to invest billions of dollars in the U.S. economy and create hundreds of thousands of high-quality American jobs that cannot be outsourced.

One day before the Copenhagen climate change summit was scheduled to end, negotiations had deadlocked. Developing nations led by China were demanding that rich countries pledge as much as $200 billion a year to help them cope with drought, rising sea levels and other ravages of global warming already afflicting some of the poorest countries on Earth. For its part, the United States was insisting on international verification of carbon emission reductions, a condition anathema to China but viewed as essential to gain Congress’ approval.

Over the past three decades, the Brazilian sugarcane industry has experienced major and continuous technological improvement. Today, sugarcane is the basic input for an extraordinarily diverse range of value-added products including food, animal feed, chemicals, biofuels and electricity coming from modern, integrated biorefineries that produce sugar, ethanol, bioelectricity and bioplastics in Brazil.

The support of energy savings performance contracts helps customers achieve goals.

The federal government is the largest single user of energy in the United States. Energy efficiency is the cleanest, cheapest and fastest source of energy. Put the two together and you have the Federal Energy Management Program (FEMP).