Dry Sorbents and Systems and Material Handling in Coal-fired Power Plants is
the Hot Topic Hour on June 7 and June 21, 2012
Because we have had so much interest in this subject, we scheduled two sessions
in order to keep the Hot Topic Hour within 90 minutes and to accommodate all of
the persons who desired to make a presentation. All persons that register for
the first session on June 7th will automatically be registered for the second
session on June 21st at no additional cost.
Dry Sorbent Injection (DSI) is a process in which a powdered sorbent material
such as Trona (sodium sesquicarbonate, a naturally occurring mineral mined in
Wyoming), sodium bicarbonate, hydrated lime or activated carbon is injected into
the flue gas from fossil-fueled boilers to control acid gases, such as sulfur
dioxide (SO2), hydrogen chloride (HCl), sulfuric acid (H2SO4) and more recently
mercury (Hg). Although DSI has been used for more than twenty years, now that
the U.S. EPA has finalized the MATS rule establishing low limits on Hg, HCl and
filterable particulate matter (fPM) emissions for all U.S. coal- and oil-fired
power plants greater than 25 MW, DSI is gaining even greater attention.
DSI advantages include lower equipment costs (first cost) as well as decreases
in operations and maintenance costs and a lower life cycle cost than other
pollution control technologies. DSI can be an effective, low cost,
multi-pollutant control solution that can help plants meet or even exceed their
MATS and CSAPR emission limits. DSI is a viable alternative for units in which
the investment for wet or dry flue gas desulfurization (FGD) cannot be justified
and for power plants that just need to improve the performance of existing
pollution control equipment.
However, DSI is not as simple as it may appear. The relationship between various
acid gases and other controlled gases in the flue gas can be very complex. DSI
can also have an impact on the performance of other existing control equipment
and vice-versa. Careful study is necessary to select the sorbent and sorbent
particle size that will achieve control goals at the lowest operating cost.
Study is also necessary to determine how the sorbent will affect or be affected
by other emission control equipment installed.
Selection of the correct delivery system components is also critical. Dry
materials can solidify and plug critical conveying tubes and injection devices.
And to obtain the lowest sorbent usage (and usually cost), the sorbent particle
size needs to be appropriate to the flue gas conditions and the sorbent needs to
be uniformly delivered to the gas stream.
The speakers listed below will address the issues related to sorbent selection
(which sorbent, which particle size and when it is cost effective and
appropriate to use and when it is not) and the design, installation, operation
and maintenance of DSI systems for various applications, provide suggestions for
reducing acquisition, installation, operation and maintenance costs while
improving efficiency and update us on new technology or designs under
development to improve the performance and reliability of DSI systems. They may
also compare DSI system costs and performance to other control technologies that
could be used.
Note: Speakers are listed for each day alphabetically by company and not
necessarily in the order in which they will be presenting
Speakers on Thursday June 7, 2012 at 10:00 a.m. (Central time) will be:
Chetan Chothani, CEO Breen Energy Solutions, will present “Dry Sorbent Injection
and Gas Co-Fire / FLGR for Small to Medium Plants.” Small to medium size
coal-fired power plants without SCRs and scrubbers face a difficult choice in
meeting MATS and CSAPR regulations, particularly with natural gas prices
hovering at record lows. This unique combination of technologies provides these
plants with an alternative to stay economically viable while meeting regulations
and it makes DSI relevant as part of a combined technology solution. Gas co-fire
provides fuel flexibility, FLGR (Fuel Lean Gas Reburn) provides NOx reduction
and DSI provides SO2 and SO3 mitigation while keeping overall dust loading
constant on the ESP.
David Escott, Power Market Manager at FLSmidth, Inc, will present “Dry Sorbent
Injection – Ten Years After.” The year was 2002. It was the beginning of the
first wave of DSI. The goal was to eliminate SO3 and the blue plume associated
with the combination of high sulfur coal, SCR and wet scrubbers. FLSmidth had
been developing and optimizing its metering and delivery systems for a few
sorbents to help remove the plume.
Flash forward to the year 2012 … It is less about the “stack-up” or the
equipment under the silo, and more about the optimization of the acid gas
removal process. It is no longer just SO3; we have the MATS rule addressing HCl
and Hg; we may have CSAPR and regional decrees for SO2, and we still have SO3,
though it is mitigated more for improved mercury removal. We need to validate
that DSI is the correct technology: there are a greater number of proven
technologies including dry FGD that have closed the gap in capital and operating
cost differences between DSI and FGD. We need to match the sorbent to the
application. In 2002 it was simply a matter of cost, availability and ESP
performance. Now we must consider sorbent affinity for HCl and HF vs. SO2 – and
the final sorbent selection may depend upon how much of each must be removed.
Finally, largely due to MATS, the APC device has a greater influence on the
system design. There is a larger emphasis on fabric filters to achieve PM
targets. A filter can serve to improve sorbent efficiency through enhanced
capture in filter cakes, and in fact, fabric filters can be designed to improve
the development of the filter cake. Reduced sorbent consumption minimizes the
cost difference among sorbents and stand alone “polishing” filters allow scalped
ash to be kept separate from scrubber / injection byproducts.
In this presentation we will investigate the decisions and evaluations that help
steer our customers towards today’s DSI system, which might include ultra-fine
milled sorbent injection with activated carbon injection and a fabric filter.
Blaz Jurko, Gebr. Pfeiffer, Inc, (GP), will discuss technology for dry sorbent
material preparation / grinding
• Limestone grinding
• Lime hydration
• Gypsum grinding / calcining
• Dry sorbent product fineness
• Precise material separation / classification
The emphasis of the presentation will be on their experience in dry grinding and
material preparation and ability of this technology to closely match the dry
sorbent injection process requirements. GP can offer many options on the precise
material fineness in order to follow the process specifications.
Marcus (Marc) Sylvester, Vice President of Sales for Midwest Energy Emissions
Corporation, will discuss their patented “Sorbent Enhancement Additives”
technology for mercury control and handling concerns with the most recent
commercial installation. Midwest Energy Emissions Corporation (ME2C) is a global
company with a focus on mercury capture programs, utilizing patented
technologies to control mercury emissions from major utility and industrial
boilers. ME2C has worked closely with the Energy & Environmental Research Center
(EERC) of the University of North Dakota to develop and deploy the best
performing and most cost effective mercury control technologies in the world.
ME2C’s mercury reduction program is designed to achieve greater than 90 percent
capture at less than one-half the cost of brominated activated carbon.
Lew Benson, SO2 Group Leader at Nalco/Mobotec, will discuss modeling of dry
sorbent injection including CFD and chemical reaction modeling.
Speakers on Thursday, June 21, 2012 at 10:00 a.m. (Central time) will be:
Tony Licata, Vice President of Babcock Power Environmental, Inc, will discuss
the “Impact of Mixing on Performance of Dry Sorbent Injection (DSI) /Activated
Carbon Systems.” Most people in the industry expect that DSI will play a
significant role in the planning and implementation strategies for air quality
compliance in the next few years. To date most of the published papers and
technology interest has centered on which sorbent to use -- lime or sodium and
types of injection equipment. There has been little interest in the optimization
of mass transfer. Optimization of sorbent utilization may impact the viability
of DSI on many projects. This presentation will discuss methods of enhancing
mass transfer and the impacts of poor gas/sorbent mixing.
Mike Tate, Technical Manager of Research & Development for Graymont, Inc, will
address the following questions: What are the key properties of hydrated lime
that impact sorbent performance? How can these properties affect the design of
sorbent injection systems? His presentation will describe lime characteristics
and how they should be considered in the design of lime handling and storage
systems.
Curt Biehn, Manager of Technical Sales & Marketing at Mississippi Lime, will
present “Meeting Regulatory Needs with Hydrated Lime DSI.” The presentation will
highlight hydrated lime's performance for SO3 mitigation in a variety of
scenarios. Examples of full-scale applications that used hydrated lime to meet
2015 MATS guidelines will be provided. Comments on hydrated lime's flexibility
towards injection location optimization will also be presented.
Yougen Kong, P.E., Ph.D., Technical Development Manager at Solvay Chemicals,
Inc, will present “Dry Injection of Sodium Sorbents for HCl and SO2 Mitigation -
Effects of Using Mills.” The presentation will describe the technologies of
milling trona and sodium bicarbonate, pros and cons of each technology, capital
and maintenance costs of mill systems and good system design principles. The dry
injection of sodium bicarbonate or trona is a low-cost solution and has shown
over 99 percent removal of HCl and 95 percent removal of SO2. The trona shipped
out of production has a mean diameter of about 30 µm and can be used as is. On
the other hand, the sodium bicarbonate has a mean diameter of about 150 µm and
needs to be milled before being injected into the flue gas. While it is optional
to mill trona, milling trona can reduce the particle sizes and thus improve the
dispersion of trona particles inside the flue gas. Better mixing between the
particles and flue gas, in combination with higher surface areas of finer trona
particles, can result in better mitigation performance of HCl and SO2. Since
sodium bicarbonate out of production is too coarse to be injected directly into
the flue gas, it needs to be milled in order to have good mitigation performance
of HCl and SO2.
Steve Baloga, P.E., Southern Air Solutions Corporation, will present “Dry
Reagent Injection for Utility MATS, ICI Boiler and Portland Cement Kiln NESHAP
Compliance.” Since Steve does not represent trona or DSI equipment providers, he
will give an unbiased assessment of trona for DSI and associated issues based on
experience gained over many trials. Results of trona injection for SO2 and HCl
reduction for a utility boiler with ESP, an industrial boiler with ESP and a
cement kiln with FFBH will be presented. The effect of particle size reduction
for trona will be discussed. In the course of the presentation, additional
considerations will be mentioned that users must consider when evaluating sodium
based reagents: impact on PM emissions (including PM2.5/CPM), impact to Hg
emissions, impact to flyash quality, flue gas temperature limitations, material
handling considerations (avoiding pre-calcination), removal and potential
leaching of volatile HAP metals in trona laden flyash and cement alkali silica
reactivity issues related to sodium sorbents.
To register for the Hot Topic Hour on June 7 and June 21, 2012 at 10:00 a.m.
(Central time) click on:
http://www.mcilvainecompany.com/brochures/hot_topic_hour_registration.htm.
McIlvaine Hot Topic Hour Registration
On Thursday at 10:00 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 Environmental
Upgrade Tracking System. The cost is $125.00 for non-subscribers. Market
Intelligence webinars are free to McIlvaine market report subscribers and are
$400.00 for non-subscribers.
DATE Non-Subscribers Cost SUBJECT Webinar Type
May 31, 2012 $400.00 Air Pollution Control Markets (geographic trends,
regulatory developments, competition, technology developments) Market
Intelligence
June 7, 2012 $125.00 Dry Sorbents and Systems Power
June 14, 2012 $125.00 Report from Power Gen Europe (update on regulations,
speaker and exhibitor highlights) Power
June 21, 2012 $125.00 Material Handling for Dry Sorbent Injection Power
June 28, 2012 $125.00 Greenhouse Gas Strategies for Coal-fired Plant Operators
Power
July 12, 2012 $125.00 CFB Technology and Clean Coal
(Update on CFB Reactor Technology) Power
July 19, 2012 $400.00 Future for Coal, Gas, Nuclear and Renewables (forecasts by
region and discussion of market drivers and regulatory constraints) Market
Intelligence
July 26, 2012 $125.00 Beneficial Byproducts of Coal Combustion and Gasification
Power
August 2, 2012 $125.00 Mercury Control and Removal Status and Cost Power
August 9, 2012 $400.00 Filter Media (forecasts and market drivers for media used
in air, gas, liquid, fluid applications both mobile and stationary) Market
Intelligence
August 16, 2012 $125.00 Report from Coal-gen (highlights of speeches and
exhibitions) Power
August 23, 2012 $125.00 Report from Mega Symposium (highlights of speeches and
exhibitions at this important air pollution conference) Power
August 30, 2012 $400.00 Instrumentation for Air, Gas, Water, Liquids (forecasts
, market shares, growth segments) Market Intelligence
September 6, 2012 $125.00 Production of Fertilizer and Sulfuric Acid at
Coal-fired Power Plants Power
Here are the Headlines for the May 25, 2012 – Utility E-Alert
UTILITY E-ALERT
#1076 – May 25, 2012
Table of Contents
COAL – US
Suit charges Schiller and Mount Tom Water Discharge Permits need Updating
COAL – WORLD
IHI, CTCI and Sumitomo have Turnkey Contract for 2x800 MW Supercritical Talin
1 and 2 in Taiwan
250 MW Margherita Power Project in Assam, India still On Hold
New Bids for 1320 MW Gulbarga, Karnataka, India, Power Project
Coal India asked to Sign Fuel Supply Agreement with 3x250 MW Bongaigaon in
Assam, India
300 MW Arandis Coal-fired Power Project may have Precedent over 800 MW
Gas-fired Kudu in Namibia
Korea Electric Power to build 250 MW Power Plant in Sendou, Senegal
BHEL to supply ESPs for 1320 MW Solapur in Maharashtra, India
NTPC allotted Land for Khargone Power Plant in Madhya Pradesh, India
Aboitoz expanding Power Capacity in the Philippines
NTPC going after Overseas Coal
Empee Group planning 1320 MW Power Plant in Tamil Nadu, India
4,000 MW Bhedabahal Ultra-mega Power Project (Orissa, India) may be awarded
this Year
ABB Symphony Automation Systems are being installed at 4 x 500 MW
Supercritical Coal-fired Boryeong Power Plant in South Korea
Jharkhand (India) clears Power and Mining Projects
Surana Power likely to begin Power Generation at 420 MW Raichur (Karnataka,
India) Next Year
GAS / OIL – US
PSEG puts Seawaren Addition on Hold
650 MW CPV Valley Energy Center to Move Ahead
PSEG starting up Six Gas Turbines with Four Foot Deep Catalyst Beds
GAS / OIL – WORLD
APR Energy has 100 MW Contract in Latin America and Additional Contract
Extensions for Temporary Power SolutionsGE to supply Gas Turbines to
Cogeneration Plant in Mexico
Iraq has Bids to build 1500 MW Anbar Power Plant
Inelectra International and TSK Electronicay Electricidad to build 382 MW
Ashuganj Combined Cycle in Bangladesh
Plans underway for 450 MW Domunli Power Plant in Ghana
Daelim to supply Boilers, Turbines for 1200 MW Thai Binh 2 in Vietnam
CH2M HILL Consortium to build Combined Cycle Power Plant for Ichthys LNG
Project in Australia
GE ships 12 Gas Turbines to Dorad Energy Power Plant in Israel
Bangladesh Soliciting Bids for 200-850 MW LNG-fired Power Project at
Chittagong LNG Facility
Tamil Nadu to set up 500 MW Gas-fired Power Plant
CO2
Scotland Pushing Carbon Capture to Help Unlock US$300 Billion in North Sea Oil
NUCLEAR
Czech Republic committed to Nuclear Power Plants at Dukovany and Temelin
Point Lepreau Nuclear Power Plant has Radioactive Spill but should return to
Service this Fall
BUSINESS
Myanmar to build Power Plants with US, Japanese, and South Korean Firms
Alstom and EVN to build Gas Turbine Reconditioning Workshop in Phu My, Vietnam
Reserve in Texas may drop below 10 Percent by 2014
Investment in Fossil and Nuclear Plants will exceed $736 Billion in 2013
Ten Top Growth Markets in Air, Water and Energy
U.S. Industrial Air Emitters to Spend $1 billion/yr for Air Pollution Control
Over the Next Five Years on More than 2000 Specific Projects
Discuss the latest Challenges at Power-Gen Europe with McIlvaine Editors
HOT TOPIC HOUR
Unhealthy Status of Carbon Capture Programs conveyed in the Hot Topic Hour on
May 24, 2012
How Big Will the Air Pollution Market be in the Next Few Years? Find Out on
May 31 at 10 a.m.
Upcoming Hot Topic Hours
For more information on the Utility Environmental Upgrade Tracking System, click
on: http://www.mcilvainecompany.com/brochures/energy.html#42ei.
$390 Billion Investment in Coal-fired Boilers Next Year
Power generators will spend $390 billion in 2013 for new coal-fired boilers.
Direct costs of equipment will be $260 billion while indirect costs will be $130
billion. This is the latest forecast of the McIlvaine Company in its Fossil &
Nuclear Power Generation: World Analysis & Forecast.
Investment in Coal-fired Boilers Worldwide in 2013
Equipment Investment $ Billions
Steam Turbine Systems 30
Cooling Tower and System 8
Water and Wastewater Treatment 16
Air Pollution Control 40
Material Handling 12
Combustion and Heat Exchange 80
Balance of Direct Investment 74
Indirect Investment 130
Total Investment 390
There will be a mix of subcritical, supercritical and ultrasupercritical
boilers. Most of the units installed by international suppliers will be
ultrasupercritical. The capital investment is somewhat higher in the
ultrasupercriticals, but the savings in the size of the air pollution control
equipment makes the cost differential relatively small.
Most of the units which will be installed will utilize wet cooling. However,
some units in China and elsewhere will install dry cooling systems. These add as
much as 5 percent to the total plant investment. On the other hand, the cost of
the Chinese plants will be only 60 percent of the cost for the same plant in the
U.S. or Europe.
All new plants will have high efficiency particulate control (electrostatic
precipitators or fabric filters). Most will be equipped with flue gas
desulfurization systems. A substantial number will also incorporate selective
catalytic reduction for NOx control.
Most of the new plants will use extensive wastewater treatment and some water
recovery. A few will include zero liquid discharge which raises total capital
costs by 4 percent. Many plants will be burning lower quality fuels. This
increases the plant investment by more than 10 percent compared to the plants
burning bituminous coals.
The investment in new coal-fired power plants in 2013 will exceed the investment
in gas turbines and nuclear plants combined.
For more information on Fossil & Nuclear Power Generation: World Analysis &
Forecast, click on: http://www.mcilvainecompany.com/brochures/energy.html#n043.
World Scrubber Market to Exceed $6.5 Billion Next Year
In 2013 sales of scrubbers, absorbers, adsorbers and biofilters will exceed $6.5
billion according to the latest forecast in the McIlvaine online report,
Scrubber/Adsorber/Biofilter World Markets. (www.mcilvainecompany.com)
($ Millions)
World Region 2013
Africa 248
CIS 192
East Asia 2,391
Eastern Europe 246
Middle East 244
NAFTA 1,218
South & Central America 482
West Asia 458
Western Europe 1,088
Total 6,567
East Asia will be the regional leader with purchases of just under $2.4 billion.
This region is investing heavily in basic industry. Furthermore, environmental
regulations are forcing investments at existing plants. Steel plants in China,
semiconductor plants in Taiwan and pulp mills in Indonesia all require scrubbers
for particulate and acid gas removal from the stack discharges.
One of the biggest new markets in the coming five years will be for SO2
scrubbers to capture the exhausts from large vessels burning low quality fuels.
The major ship builders are located in East Asia.
In the Middle East, the biggest markets are in oil and gas including refining.
Hydrogen sulfide must be removed from extracted gas. Refining of oil requires
scrubbers for catalytic crackers and many other applications.
In Europe, waste-to-energy remains one of the bigger markets. Scrubbers capture
the hydrogen chloride and sulfur dioxide formed in the combustion of garbage.
This forecast does not include the scrubbers used to treat coal-fired power
plant flue gas. This application is covered in a separate McIlvaine report.
However, this forecast does include the scrubbers used in the processes
converting coal to liquids or gases. The tough regulations being forced on
coal-fired power plants in the U.S. will reduce the demand for coal. The
resultant availability of substantial coal supplies will lead to significant
construction of facilities to convert coal into liquids and gases. This will be
a growth market for the scrubber industry.
For more information on Scrubber/Adsorber/Biofilter World Markets, click on:
http://www.mcilvainecompany.com//brochures/air.html#n008
Business Turns to Solar
From chocolate factories to onion growers commercial groups have turned to solar
power. Each month McIlvaine’s Renewable Energy Projects and Update reports on
these installations.
Mars Chocolate North America Unwraps New Solar Garden at Ethel M Chocolate
Factory
Mars Chocolate North America, makers of Las Vegas’ own Ethel M. Chocolates,
announced the grand opening of a new solar garden at its Henderson chocolate
factory. The state-of-the-art solar installation provides 100 percent of the
electrical energy to the Ethel Ms plant during peak operating hours.
The project’s completion was commemorated with a ribbon-cutting event attended
by state and local government officials, executives from NV Energy, juwi solar
Inc. (JSI), and Mars Chocolate North America leaders.
The new Ethel M Factory solar garden features 2,112 ground-mounted solar panels
on 4.4 acres, and is the largest solar installation by a food manufacturer in
Nevada. The installation generates 1,258 MWh of zero-emission electricity each
year.
Mars will purchase all of the energy generated by the solar garden and JSI will
own the project and its associated energy credits. Mars worked closely with NV
Energy to ensure that the new installation met net metering requirements,
enabling Mars to receive energy offsets from the utility based on the amount of
energy their solar panels will produce.
The solar garden is adjacent to the chocolate factory and Ethel M’s Botanical
Cactus Garden. A vista point located within the Botanical Cactus Garden will
allow the more than 700,000 annual visitors to view the new solar facility.
CertainTeed® PowerMax® Solar Roofing Installation in Portland Marks Significant
Milestone
With multiple innovative photovoltaic roofing products on the market,
CertainTeed Corporation continues to take an ambitious foray into the solar
roofing industry. In addition to a powerful product portfolio, extensive
contractor training programs, and comprehensive technical support, the company
has now installed CertainTeed®PowerMax® photovoltaic modules on its
manufacturing facility in Portland, OR.
PowerMax features an innovative Copper-Indium-Selenium (CIS) thin film
technology developed by CertainTeed’s parent company, Saint-Gobain, the world’s
largest building materials company, and its subsidiary, Saint-Gobain Solar, the
worldwide leader in solar energy products and services. Approximately 3,100
square feet of PowerMax modules were installed at the Portland facility by EC
Electrical Construction Company. The ultra-efficient, 26 kW system is comprised
of 216 photovoltaic modules that are estimated to produce enough clean energy to
offset approximately 500,000 pounds of carbon dioxide emissions over 20 years.
In terms of performance, PowerMax continues to generate electricity even in
partial shading. Additionally, while all PV products perform at their best on
clear, sunny days, PowerMax, with its CIS technology, works longer and harder,
making the most out of any sunlight conditions thereby further lowering property
owners’ electric bills and reducing carbon emissions. The modules offer a high
snow load capacity, Class C fire rating, and are covered by 20-year performance
and 10-year product warranties. The product qualifies for a 30 percent federal
tax credit and may be eligible for state rebates and incentives.
SilRay Powers Sustainability Solutions at Ferrari Farms
SilRay, Inc., a complete solar power solutions company serving as a one-stop
shop for planning, financing, building and maintaining quality power systems,
announced the completion of a solar system installation at Ferrari Farms. The
family owned farm has been in operation for generations and was one of the
earliest certified organic farms in California. In a pivotal step toward more
sustainable options for fruit production and packaging, the farm will be one of
the first to utilize solar power via a leasing option from SilRay, Inc.
Electricity from the 110 kW system will power Ferrari’s packing plant and will
reduce their utility costs by nearly $30,000 annually and prevent increases in
electric bills.
The solar power system, designed, financed and built by SilRay, Inc. using
company branded panels will be ground mounted on acreage owned by Ferrari Farms.
Via a unique solar leasing program, SilRay will own the solar system for the
first 10 years of its operation and then lease the system to the customer at
lower rates than their monthly PG&E utility bills, without the volatility. After
this period, the system will be sold to the customer at residual value, allowing
for project feasibility for investors, farm owners and the farming community.
Onion Processor Varsity Produce Not Shedding a Tear about Going Solar with
Cenergy Power
Varsity Produce, one of California’s premier grower-shipper-processors of
yellow, red, white and sweet onions will not shed a tear about its decision to
go solar with Cenergy Power on its processing/cold storage and packing
facilities. The 428.40 kW solar system will pay for itself in less than 4 years,
offset approximately 97 percent of Varsity’s utility bills and reduce the
plant’s carbon footprint by over 1,000,000 lbs of CO2 per year.
Established in 1983, Varsity Produce is a year-round grower, shipper and
processor of fresh yellow, red, white and sweet onion varieties, including whole
peeled onions. The onions are processed and packed at their 40,000 square foot
Bakersfield facility. The majority of Varsity Produce’s onions are grown near
Bakersfield and New Cuyama, CA.
For more information on Renewable Energy Projects and Update please visit
http://www.mcilvainecompany.com/brochures/Renewable_Energy_Projects_Brochure/renewable_energy_projects_brochure.htm
----------
You can register for our free McIlvaine Newsletters at:
http://www.mcilvainecompany.com/brochures/Free_Newsletter_Registration_Form.htm.
Bob McIlvaine
President
847-784-0012 ext 112
rmcilvaine@mcilvainecompany.com
www.mcilvaine@mcilvainecompany.com
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191 Waukegan Road Suite 208 | Northfield | IL 60093
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