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http://www.mcilvainecompany.com/brochures/hot_topic_hour_registration.htm.

  UTILITY E-ALERT

• "Stop the War on Coal Act" passes House
• PSO files Environmental Compliance Plan with OCC

• 1,075 MW Kozienice Expansion (Poland) will have Babcock-Hitachi FGD
• 2x250 MW Barauni (India) Expansion has Coal Linkage
• Alstom to supply Steam Turbines to 2x600 MW Dongbu Green Power in Korea
• SAIL-NTPC-NMDC will build Power Plant in Madhya Pradesh, India

• San Diego rejects Rezoning Plan for 100 MW Quail Brush

• METKA is adding Alstom Combined Cycle Equipment at Samra in Jordan
• Planned Oakville 900 MW Natural Gas-fired Power Plant to be relocated to Lennox, Ontario, Canada
• Cogeneration Power Project in Mexico to use Foster Wheeler HRSG Equipment
• NB Power to retire Dalhousie

• RWE seeks to extend Life of Biomass-converted Tilbury in the UK

• EDF to start Public Hearings for Sizewell Nuclear Power Plant in the UK
• MidAmerican selects Fremont or Muscatine Counties as Possible Sites for a Nuclear Power Plant in Iowa.
• UniStar asking NRC for clarification on Calvert Cliffs Rejection

• GE to supply Gas Turbines to Japan, Saudi Arabia and Cherokee 4 in US
• China Will Buy More NO_x Catalyst Than the Rest of the World Combined

• "Coal-fired Boiler Optimization" Hot Topic on September 27, 2012 
• Upcoming Hot Topic Hours

For more information on the Utility Environmental Upgrade Tracking System, click on: http://www.mcilvainecompany.com/brochures/energy.html#42ei.

The world’s supply of fossil energy is finite and must be utilized in the most economically and environmentally beneficial manner. This dictates construction of coal-fired power plants where enhanced oil recovery (EOR) provides a use for CO₂.  In parallel gas which would otherwise be used for power generation in the EOR areas is converted to LNG and liquids and used in other regions.  Also in parallel large energy consuming industries expand in EOR areas such as the U.S. and Middle East/Africa.  This is the conclusion reached by the McIlvaine Company in its report, Fossil & Nuclear Power Generation: World Analysis & Forecast, click on:  http://www.mcilvainecompany.com/brochures/energy.html#n043.

Coal is one of the world’s most valuable energy resources. Over the next century it will all be consumed along with the remaining gas and oil. In the twenty second century, fossil fuels will not be available and we will have to solely depend on nuclear, solar, wind, biomass and other renewable resources.  In the meantime, we need to utilize the fossil resources most appropriately.  Each of the fossil fuel resources has unique uses and advantages. Here are the advantages of coal:

·         Coal is the lowest cost fuel for power generation.

·         Coal is the cheapest source of CO₂ for enhanced oil recovery

·         Clean Coal technology can deliver any cleanliness needed.

·         A coal-fired boiler with 20 percent biomass and 80 percent coal with 90 percent CO₂ capture is a net reducer of greenhouse gases

The potential to utilize coal most efficiently would result in:

• Multi trillion dollar increase in recovered oil

·         Greater gas utilization  for residential heating and chemicals production

·         Extend the date at which  biomass becomes the only source for  plastics and  organic chemicals

The plan to make this happen must be global and take into account all the long-range environmental and economic consequences. There are a number of facts which are often overlooked but are important to the initiative:

·         The economic life of a coal-fired power plant need only be twenty-five years

·         Enhanced oil recovery makes coal-fired generation green and economically attractive

·         The cost to transport coal long distances by ship is less than to transport it short distances by rail

·         Large energy consumers such as aluminum smelters  will be built where energy costs are the lowest

·         Energy complexes greatly increase energy efficiency and  make use of the heat otherwise  wasted in the visual steam plume from the cooling tower

·         Gas can be economically transferred long distances if converted to LNG or liquids

·         Greenhouse gases are a global problem and require a global solution

It has been estimated that there are over 847 billion tons of proven coal reserves worldwide. This means that there is enough coal to last us around 118 years at current rates of production according to the World Coal Association. In contrast, proven oil and gas reserves are equivalent to around 46 and 59 years at current production levels.

The coal demand in Asian countries is soaring.  McIlvaine projects 2700 GW of coal-fired capacity in the world in 2017.  This could rise at 3%/yr to 3970 GW by 2030. At this rate, the world only has a eighty year supply of coal   Advanced Resources International estimates that there is the potential through enhanced oil recovery to create an additional 500 to 1000 billion barrels of oil and to store 320 billion metric tons of CO₂ at the same time.. This storage would accommodate 4300 GW of coal-fired capacity for forty years.

The U.S. could store 34 billion tons of CO₂.  Canada and Mexico could utilize and store another 9 billion tons.  This is enough to sequester all the coal-fired power CO₂ generation for 25 years.

The biggest potential (125,000 billion tons) is in the Middle East and North Africa. The Asia –Pacific region would have a need for only 8 billion tons of CO₂.

 Proven Reserves of Oil, Coal and Gas

World Energy Council estimates of proved recoverable reserves (hard coal and lignite) at end-2008 (Billion Metric Tons) such as the U.S. and Middle East/Africa.

For more information on:  Fossil & Nuclear Power Generation: World Analysis & Forecast, click on:  http://www.mcilvainecompany.com/brochures/energy.html#n043.

The 2013 market for flow control and filtration equipment and consumables for desalination will exceed $5.7 billion according to the latest aggregated forecasts in McIlvaine market reports.

The major market has been the Middle East but other areas of the world are finding that desalination is a viable alternative. The most recent example is in San Diego where Poseidon Resources has landed a contract to build a 50 million gallon/day desalination plant. This will be the largest in the western hemisphere.

The amount of water being pumped in desalination systems is presently only about one percent of the amount being pumped for all the world’s drinking supplies. On the other hand, the high pressure pumps needed for reverse osmosis are an order of magnitude more expensive than those used for drinking water transport. Prefiltration for the reverse osmosis systems and initial purification of water which will be evaporated in thermal systems is accomplished with liquid macrofiltration and cartridges. Automatic back wash filters and sand filters are frequently used. Liquid wastes are dewatered in filter presses.

Cartridges are used to remove particles which are too small to be captured in liquid macrofiltration equipment, but too large and plentiful to be handled by cross-flow membranes. There has been a high replacement frequency on cartridges.

An alternative to liquid macrofiltration is sedimentation.  Clarifiers and dissolved air flotation systems are selected for a number of systems. The desalting takes place in either thermal systems where the water is evaporated or by separation with cross-flow membranes. Reverse osmosis (RO) does the final separation. Macro or ultrafilters are often used to pre-filter and protect the RO membranes.

For more information, click on:  Cartridge Filters: World Market:   http://www.mcilvainecompany.com//brochures/water.html#nO24