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Where Money Can Be Made In Greenhouse Gas Reduction
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Market for Thermal Oxidizers in the U.S. Oil and Gas Industry Is Changing
·
Air and Water Monitoring Revenues to Exceed $25 Billion By 2017
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Renewable Energy Briefs
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Headlines for the May 23, 2014 – Utility E-Alert
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“Wet vs. Dry Cooling” is “Hot Topic” on June 6, 2014
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McIlvaine Hot Topic Hour Registration
Where Money Can Be Made In Greenhouse Gas Reduction
There is no big pot of gold in the greenhouse gas market.
Instead, there are a number of potentially profitable ore bodies.
Some money will be made by those selling the supplies to the miners
looking for the mother lode, but it will not be found.
This is the conclusion of the McIlvaine Company by extracting information
from the following publications which it publishes,
Utility CO2 Mitigation Markets,
Fossil and Nuclear Power Generation:
World Analysis and Forecast and
Renewable Energy World Market.
The mother lode would be closure of the world’s fossil plants and a huge
investment in solar, wind and biomass electricity generation.
The reality is that these alternative energy sources will not replace
coal in the next few decades. Even with
all the environmental controls a coal-fired power plant can produce electricity
at half the cost of alternatives. A gas
turbine power plant can also produce cheap electricity where gas is inexpensive.
The problem is that gas can be inexpensively made transportable (LNG) and sold
at high prices. It can also be converted
to liquid fuels profitably if there is a reasonably inexpensive gas source.
This means that electricity generation companies are bidding against
purchasers who can more profitably utilize inexpensive gas.
The end result is the rising price of gas.
Solar and wind will continue on an accelerated growth path.
But, when you start with a tiny number,
it takes a long while to reach significant size even with a high growth rate.
Furthermore, the sun does not shine and the wind does not blow uniformly
around the planet. Some generation
sites are better than others.
Alternative energy is presently on the average considerably more expensive than
fossil-fired power.
What about a catastrophic wakeup call from floods, droughts, or other nasty
events? Don’t bet on it. There are too
many horses in the race and there may not be any way to profit even if some
massive program were launched.
But there are some profitable aspects to be mined.
Here are some:
·
Renewable energy in areas without transmission lines,
·
Roof top solar (but a small potential generating source),
·
Energy efficiency improvements at existing coal-fired power plants including
supercritical combustion and
maximum heat extraction and reuse,
·
Redesign the existing coal-fired
power plants to be net producers
rather than consumers of water and to discharge only traces of the air
pollutants,
·
CO2 sequestration but only at power plants which can supply oil
producers needing enhanced oil recovery.
The profitable market routes are charted in the following McIlvaine
publications:
N058 Utility CO2 Mitigation Markets
N043 Fossil and Nuclear Power Generation: World Analysis and Forecast
N042 Renewable Energy World Markets
Market for Thermal Oxidizers in the U.S. Oil and Gas Industry Is Changing
The advent of shale fracturing and new rules relative to the way new wells be
“completed” are changing the market for thermal and catalytic oxidizers. The
impact of these factors is analyzed in
Thermal Catalytic World Air Pollution Markets,
published by the McIlvaine Company.
(www.mcilvainecompany.com)
There are more than 493,000 operating
gas wells in the United States and are most predominantly concentrated
(84%) in approximately ten states.
These wells feed raw natural gas to approximately 500
gas-processing plants which
dehydrate the gas and remove other constituents including hydrogen sulfide (H2S),
CO2,
nitrogen and natural gas liquids (NGLs) like butane, propane and ethane. The
result is “pipeline quality” gas fed into a network of more than 305,000 miles
of interstate and intrastate natural gas
pipelines with approximately
1,400 compressor stations for
pressure boosting prior to delivery to local distribution companies (LDCs) for
sale to residential, industrial, commercial and power company users.
Existing and new opportunities for Air Pollution Control (APC) equipment and gas
processing equipment are found throughout the value chain from the wellhead to
local storage at the LDC. Thermal oxidizers applications include amine tail-gas
treatment, nitrogen rejections and LNG processes.
The new rules addressing greenhouse gases have both positive and negative
impact for suppliers of thermal treatment systems. Emission of untreated
gas will no longer be allowed.
The options include:
·
Combustion of the gas without beneficial use of the energy.
·
Combustion of the gas and beneficial reuse.
·
Processing of the gas into new products.
Thermal oxidizers convert methane to CO2. This conversion alone
reduces the greenhouse gas impact by a multiple of 29 to 100 depending on the
comparison period. Methane is one hundred times more potent than CO2,
but remains as methane for 30 years or less in the atmosphere.
With thermal oxidation and beneficial reuse of the energy, the impact on
greenhouse gas combustion is even greater. However, combustion of the gas
directly in a turbine is more efficient than a thermal oxidizer and then a steam
turbine. If the needed product is process steam, then the oxidizer has a
place. New alternatives including
micro gas processing to liquids, CNG and LNG areas are gaining interest.
The impact on the thermal oxidizer market could be substantial.
The U.S. is a leader in the shale gas and oil extraction. The regulations
and approaches used to minimize air pollutants will likely be adopted by other
countries as they also exploit this energy source.
The new trends, regulations and the specific impacts on the market are continually analyzed in Thermal Catalytic World Air Pollution Markets. For more information, click on: http://home.mcilvainecompany.com/index.php/markets/2-uncategorised/105-n007
Air and Water Monitoring Revenues to Exceed $25 Billion By 2017
Regulations and efficiency are two of the largest factors ensuring the growth of
the market for air and water monitoring products to more than $25 billion/yr by
2017. This is the conclusion
reached in
Air and Water Monitoring: World Market
published by the McIlvaine Company. (www.mcilvainecompany.com)
($ Millions)
World Region |
2017 |
Total |
25,489
|
Africa |
962 |
CIS |
1,249
|
East Asia |
8,936
|
Eastern Europe |
602
|
Middle East |
1,243
|
NAFTA |
5,515
|
South & Central America |
1,517
|
West Asia |
1,839
|
Western Europe |
3,626
|
East Asia will experience the largest growth.
Air and water monitoring revenues will approach $9 billion/yr.
NAFTA will exceed Western Europe by nearly $2 billion. The oil and gas
activity in the U.S. is generating a direct as well as indirect monitoring
market. Shale oil and gas
extraction includes monitoring the product, the fracturing fluids and
byproducts. The processing of the raw gas requires additional monitoring.
Monitoring of water supplies before
fracturing establishes a bench mark.
Monitoring during and after fracturing detects any contamination caused
by the fracturing.
Indirect monitoring revenues will result from the lower cost of energy and the
construction of new chemical, fertilizer and metal processing plants. Another
positive factor is regulation of toxics.
New air regulations imposed on U.S. coal-fired power generators, cement
plants and waste incineration operators require measurement of mercury, toxic
metals, HCl and toxic organics.
The developing world is increasing its expenditures for ambient monitoring of
air and water. This is the first step toward reduction.
National as well as local governments are the main customers for these
products. Academia and research
institutions are major purchasers of air and water monitoring equipment.
For more information on
Air and Water Monitoring: World Market,
click on:
http://home.mcilvainecompany.com/index.php/markets/2-uncategorised/106-n031
Renewable Energy Briefs
Omega
Selects GE’s New 2.2-107 Brilliant Wind Turbine for 70 MW Order in Brazil
GE
introduced the latest in its line of brilliant wind turbines with the 2.2-107
and announced an order of 32 turbines from Omega Energia in the Piaui region of
Brazil. This is the first order for GE’s 2.2-107 wind turbine, which was
selected by Omega Energia in the A-5 Brazil energy auction on December 13, 2013.
The
2.2-107 machine is the latest in GE’s line of brilliant wind turbines, which
harness the power of the Industrial Internet to analyze tens of thousands of
data points every second, helping to manage wind’s variability and provide
smooth, predictable power. The turbine is an evolution of GE’s 1.5-megawatt
series of turbines and is well suited for Brazil’s wind regime. As part of the
contract, GE will provide the operations and maintenance on the 32 turbines for
10 years.
Dominion Awarded $47 Million by DOE for Offshore Wind Turbine Demonstration
Project
Dominion Virginia Power has been awarded an additional $47 million from the
United States Department of Energy (DOE) to help fund the construction of a
12-megawatt demonstration project, consisting of two 6-megawatt offshore wind
turbines on innovative substructures that will produce enough electricity to
power up to 3,000 homes.
DOE
announced that Dominion was one of three companies – out of seven finalists ―to
receive the additional funding. It
follows a December 2012 announcement where each of the seven finalists received
an initial $4 million in federal matching funds to undertake preliminary
engineering, design and permitting activities. The Virginia Offshore Wind
Technology Advancement Project (VOWTAP) will be located in federal waters
approximately 24 miles off the coast of Virginia Beach, VA.
Dominion and the VOWTAP team — including the Virginia Department of
Mines, Minerals and Energy — plan to demonstrate innovative technologies to
reduce the cost of offshore wind energy.
Martifer Solar and Citelum to Power Izamal with Clean Energy
Martifer Solar, a subsidiary of Martifer SGPS, has entered into a strategic
partnership with Citelum, a global leader in public lighting and sustainable
urban development.
The
companies will work together to provide the municipality of Izamal with clean
energy through the combined power of solar photovoltaic energy and LED lighting
technology. The project, named Girasol, will be located in Izamal, a
municipality within the state of Yucatán, Mexico.
Girasol
has been developed through a 15-year contract which exists between Citelum and
the municipality of Izamal. Citelum has extensive experience in Mexico and on a
global basis with similar urban projects. The company is known to apply
innovative and unique financial structures for projects throughout Latin
America. Martifer Solar will serve as the EPC contractor for the solar power
plant portion of the Girasol project.
The
solar PV portion of Girasol will provide the municipality of Izamal with a 1.46
MW ground-mounted installation. The PV plant will be assembled with 4,860
polycrystalline modules in a fixed position. It will be built on land of
approximately 10,000 m2, which has been donated by the municipality
of Izamal. With a production capacity of 2.1 GWh/year, the plant will avoid 955
tons of CO2 emissions each year and provide the equivalent to the
energy consumption of 4,595 inhabitants on an annual basis.
The
Girasol project is unique in that the power generation from the 1.46 MW solar PV
installation will supply energy to power the comprehensive LED lighting portion
of the project. Citelum will ensure the complete renovation of the existing
street lights to more efficient LED technology, the upgraded illumination around
the municipal buildings and video mapping to promote tourism to Izamal. This
project will make Izamal the first municipality in Mexico to have a solar PV
system generating energy to supply a public LED lighting project.
Ascent
Solar Takes Flight Aboard Silent Falcon™ Unmanned Aircraft
Ascent
Solar Technologies, Inc., a manufacturer and developer of state-of-the-art,
flexible thin-film photovoltaic (PV) modules, along with Silent Falcon UAS
Technologies (SFUAS), announced the successful first flights of the production
Silent Falcon™ Unmanned Aircraft Systems (UAS) powered by Ascent Solar’s
ultra-lightweight, flexible photovoltaic modules. Silent Falcon™ UAS, jointly
developed by SFUAS, Bye AEROSPACE and Ascent Solar, is a tactical drone designed
to be easily deployed, and integrates proprietary, disruptive technology to
deliver superior UAS performance.
The
patent-pending Silent Falcon is a solar/electric powered, all composite and
modular small Unmanned Aircraft System (sUAS) equipped with an interchangeable
wing configuration designed for commercial, public safety and defense
applications both domestically and internationally. The combination of efficient
aerodynamic design, lightweight composite construction and Ascent’s
monolithically integrated and ultra-lightweight thin film photovoltaic modules,
enables the 25 lb. Silent Falcon™ UAS a remarkable 6 to 12 hour flight
endurance.
Pattern
Development Receives Final FERC Approval for Southern Cross Transmission Project
Achieving a key milestone in the Southern Cross transmission project, Pattern
Energy Group LP (Pattern Development) announced that the project has obtained
final regulatory approval from the Federal Energy Regulatory Commission (FERC).
Pattern Development is developing the Southern Cross project to add a High
Voltage Direct Current (HVDC) transmission tie between ERCOT in Texas and the
transmission grid deep in the southeastern United States by 2019.
For more information on
Renewable Energy Projects and Update
please visit
Headlines for May 23, 2014 – Utility E-Alert
UTILITY E-ALERT
#1176 – May 23, 2014
Table of Contents
COAL – US
WATER - US
COAL – WORLD
·
MoU
signed by BHEL and PT Star Vyobros, Indonesia for 200 MW Coal-fired Power Plant
GAS/OIL – US
GAS/OIL – WORLD
·
Siemens
and Marubeni hand over Wang Noi 4 Power Plant to EGAT in Thailand
NUCLEAR
BUSINESS
·
Advanced Emissions Solutions receives Notice from NASDAQ Due to delayed Filing
of Form 10-Q
·
SPC
exercises “right to top” bid, wins Naga Coal-fired Power Plant, Cebu,
Philippines
·
New
Approach to deal with avalanche of Gas Turbine Information
HOT TOPIC HOUR
For more information on the Utility
Tracking System, click on:
http://home.mcilvainecompany.com/index.php/databases/2-uncategorised/89-42ei
“Wet vs. Dry Cooling” is “Hot Topic Hour” on June 5, 2014
Large numbers of power plants in China and other countries where water is scarce
have chosen dry cooling over the wet option. Surprisingly the dry route has been
chosen by some developers in regions where water is plentiful. The reason
cited is the need for quick environmental approval and the avoidance of the
delay in obtaining water permits.
A webinar on June 5 at 10 a.m. Central time will be in a discussion format.
All the factors which should be considered in making the wet/dry choice will be
addressed with the aid of the following panelists.
Jason Rowell, P.E.,
Thermal Performance Section Lead, Black & Veatch Energy Division
Jessica Shi, Ph.D.,
Senior Technical Leader/Manager, Technology Innovation Research for Water
Conservation, EPRI
William (Bill) F. Harfst,
Consultant, Harfst and Associates, Inc.
Terry Dwyer,
SPX Cooling Technologies, Inc.
Barbara Carney,
Chemical Engineer, Department of Energy National Energy Technology Laboratory
Andrew Howell,
Senior Systems Chemist, Xcel Energy
A free website focused just on cooling is being prepared. Material on this
site will be available to the participants prior to the session and will be used
to aid the discussions during the session. This site is one of many which
are shown at:
Continuous Analyses
This will be the first of a continuing series of webinars on cooling. The
website will address alternatives to cooling towers such as cogeneration and
beneficial heat use for Recirculating Aquaculture Systems, cellulosic ethanol
and various cogeneration opportunities including co-locating municipal sewage
treatment and power plants.
This first webinar will be free-of-charge to anyone. Future
webinars in the series will be free to power plants and subscribers.
To register for the free “Hot Topic Hour” on June 5, 2014 on
“Wet vs. Dry Cooling” click
on:
http://home.mcilvainecompany.com/index.php?option=com_rsform&formId=32
McIlvaine Hot Topic Hour Registration
On Thursday at 10 a.m. Central time, McIlvaine hosts
a 90 minute web meeting on important energy and pollution control subjects. Power
webinars are free for subscribers to either Power Plant Air Quality
Decisions or Utility Tracking System. The cost is
$300.00 for
non-subscribers.
See below for information on upcoming Hot Topic Hours. We welcome your input
relative to suggested additions.
DATE |
SUBJECT |
|
June 5, 2014 |
Wet vs. Dry Cooling
(Free to everyone) |
Surprising number of ACC’S. Why? |
June 12, 2014 |
HRSG Issues (Fast Start, Tube
Failures) |
Lots of challenges to cycle 200
X/yr |
June 26, 2014 |
CCR |
$ billions Needed |
July/August 2014 |
Boiler Feedwater Treatment
Condensate Polishing for
Peaking Turbines
316 B Water Issues
Gas Turbine Permitting Issues
Give us your opinion about
topics we should consider
|
To register for the “Hot Topic Hour”, click on:
http://home.mcilvainecompany.com/index.php/component/content/article?id=675
----------
You can register for our free McIlvaine Newsletters at:
http://home.mcilvainecompany.com/index.php?option=com_rsform&formId=5
Bob McIlvaine
President
847 784 0012 ext 112
rmcilvaine@mcilvainecompany.com
191 Waukegan Road Suite 208 | Northfield | IL 60093
Ph: 847-784-0012 | Fax; 847-784-0061