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Mens Summer Scarf | While scarves have enjoyed popularity in cold climates, the reality that these accessories are available in many varieties makes them perfect for all weather conditions, including summer. Once the principles of picking and tying a scarf are comprehended, every man should manage to enjoy this important accessory.
Guys who are wearing these pieces should follow some basic guidelines to make the experience pleasurable and also to guarantee that they don't find yourself committing a dressing calamity. It is important to be sure the one picked plays a complementary role to the top worn, as guys will wear their scarves round the neck. This essentially means obtaining ones that match wearing pieces that fit your different tops or, alternatively -in with patterned tops.
Tying the accessory might appear mysterious for several, yet scarf while choosing a scarf should not present much problem for the discerning man -tying is a very straightforward matter. There are various manners by which these could be tied and a few of these methods are actually easy to learn. This tying method that is straightforward is particularly perfect for anyone wearing sports jackets and is common in Europe.
Throughout the cold winter months, scarves can serve two functions particularly as garments accessories – they can serve as a fashion statement while in once helping keep you warm. For the cold season afterward, you can be worn by wrapping it around the neck or hanging it upon the shoulder.
Mens Summer Scarf Image Source: www.thefashionisto.com


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Customer Testimonials
Experience, relentless, availability, dedication and honesty
Susan Zelenko handled every aspect of the sale of our home with excellence! Her attention to every detail and prompt, clear communication and follow through was appreciated. Susan is a highly committed and knowledgeable real estate agent. It was a pleasure to work with her.
Loretta did a fantastic job of helping me throughout the process of buying my first home!
We loved Susan! She was recommended to us from a family member who used her, and we could not be more pleased! I felt like she always went out of her way to get the best deal on the house we bought, she was always available when we called with questions, she kept us updated throughout the process, and she was on top of all the moving parts of the closing!
I felt like she was on my shoulder
The agent had a flexible schedule and had good knowledge of red flags to look for in a house. She was able to spot potential problems, construction issues, etc.
Loretta is the "Queen" of Edgewood. She knows our community inside and out. We loved her business style and she produced big time.

subset: commoncrawl


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Faculty Sponsor
Dr. Bruce Kingsbury
Department of Biology
University Affiliation
Indiana University – Purdue University Fort Wayne
Amphibians are of great conservation concern due to alarming population declines worldwide. These vulnerable species are threatened by habitat loss and degradation, especially in the midwestern United States. Efforts to restore wetland habitat can mitigate some aspects of habitat loss, but effective sampling techniques and suitable analytical approaches are needed to accurately measure the quality and functionality of the restored habitat. Occupancy modeling was applied to amphibians inhabiting a 716 acre restored wetland system in northeast Indiana in 2013 and 2014. Two types of survey methods, call surveys and tadpole surveys, were used to measure and compare amphibian presence and absence in forested, established wetlands and open, restored wetlands. Occupancy models based on habitat type revealed most species used both types of wetlands, with the exception of Ambystoma LTJ hybrid salamanders which bred exclusively in the forested, established wetlands. Factors affecting occupancy and habitat use varied among species, suggesting habitat preference is species-specific. Across both years, tadpole occupancy rates were the highest in the Northern Leopard Frog, Lithobates pipiens, a species of special concern in Indiana. Occupancy probability of calling American Bullfrogs, Lithobates catesbeiana, declined significantly in 2014, while rates of the Northern Cricket Frog, Acris crepitans, also a species of special concern, remained equal in both years. Across almost all species, occupancy rates were significantly higher for calling males than for tadpoles. Management decisions are often based on wetland characteristics where frogs call, but should also take into account habitat where reproduction is successful. These results on occupancy and metapopulation dynamics will be used to gauge population health and restoration success while providing management suggestions for the preserve and surrounding areas.
Biology | Life Sciences
Recommended Citation
Stulik, Emily, "Amphibian Occupancy, Habitat Use, and Reproductive Success in a System of Restored Wetlands" (2015). 2015 IPFW Student Research and Creative Endeavor Symposium. 67.


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You can create your own yard and garden habitats to HELP WILD BIRDS SURVIVE AND THRIVE!
Welcome to my Bird Blog!
Welcome to all my fellow bird lovers and gardeners! I'm so glad you stopped by.
Migratory bird populations have taken a nose dive in the past 40 years. But you can help bring their numbers back by creating beneficial, beautiful and fun habitats in your own backyard. Discover favorite plants and environments that shelter and feed colorful songbirds, as well as how to make them feel welcome by offering their preferred natural foods.
Grandma Pearl
(Connie Smith)
Friday, May 24, 2013
My Little Chickadee
This is the 3rd nest that I know of for the chickadees this year so far. They love the bluebird house I have in my cottage garden, and have used it for the last several years. Just this morning I saw mama chickadee stick her head out of the house before she headed for the bird feeders a short distance away. I'm amazed at how many chickadee chicks she has raised thus far!
Grandma Pearl
Make a Bird Nesting Basket
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Bordeaux Stripe Wipe Clean Tablecloth
Pictures of tablecloths and fabric samples are a representation only, and the colours of the fabrics displayed may differ slightly from the actual colour of the fabric.
We are happy to provide FREE samples of the actual fabric for you.
Bordeaux Stripe Wipe Clean Tablecloth
One of our innovative and strikingly designed wipeable striped tablecloths, the classic colours of burgundy, red, grey and white stripes on this acrylic coated cotton tablecloth make it very appealing, ideal when entertaining friends, practical for both inside and outdoor use.Having a natural drape and soft feel, the fabric is lightweight, durable and easy to care for. It wipes clean easily and is washable. A great alternative to pvc, oilcloth, vinyl or plastic tablecloths. 155cm wide.
|Matt Finish
|Main Colour
|Beige, Red
|Minimum Length (cm)
|Maximum Length (cm)
We currently despatch online orders to UK and Republic of Ireland destinations only. Please contact us for a quote for express delivery, tube delivery outside of mainland UK, or if you would like your order delivering to another country.


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Another story? Another story!
Okay, the most embarrassing thing about migraines hands down is the memory issues. I can't remember people's names anymore. I often find myself saying, "I remember you, and I know you told me your name, but I can't remember it." I forget things constantly. At first I thought it was just from the rebound headaches, but apparently it's not.
It's worse when I have a migraine. I honestly can't remember anything during my attacks (part of the reason why I do most of my writing on here during an attack). But what's worse is when I don't have a full-blown migraine. When I'm dealing with prodrome or postdrome and forget things. You tell me your name yesterday? Well I had a migraine today, so I'm going to ask you again in two days because I completely forgot!
I try to tell friends and family, and responses are infuriating. All I get is, "Well, you better remember people's names! It looks like you don't care if you don't remember!" I just want a sympathetic response, some advice about remembering these things, or SOMETHING! Just not an overly critical reply. I'm trying. I've never been bad with remembering things before. I'm just bad at it NOW! I'm not used to this world.
What's worse is I LIKE to learn. I told to people about new ideas. I take online classes to learn new skills. I like asking people about their opinions to gain a new outlook on matters. But I can't be that person anymore. If I don't zone out (another annoying symptom) then I forget! What's the point in being an academic if you can't learn anything?


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Donnington Road, Willesden Green, NW10 - Must be seen £550 pw (+ fees)
This newly renovated property boasts 3 well proportioned bedrooms with cupboards for storage space, a spacious lavishly decorated reception lounge with dining space boasting modern wooden laminate flooring. A fully fitted kitchen with integrated appliances and 1 fully tiled bathroom and 1 fully tiled shower room.
It is positioned in the sought after Donnington Road opposite Willesden Sports Centre, moments to the nearby dining and shopping amenities with travel links in easy reach giving fast access into and around Central London.
The property is offered fully furnished and further benefits from high ceilings and a private garden.
Available 1st August.
The closest travel links are:
Kensal Rise (Bakerloo Line)
Willesden Green (Jubilee Line)
Bus links include 6, 52, 206, 302.
Viewings with Mapesbury Estate Agent in NW2.


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So You Wanna Be a Rock & Roll Star: How I Machine-Gunned a Roomful of Record Executives and Other True Tales from a Drummer's Life (Hardcover)
How I Machine-Gunned a Roomful of Record Executives and Other True Tales from a Drummer's Life
Broadway Books, 9780767914703, 304pp.
Publication Date: April 1, 2004
A hilarious inside look at the real business of popular music by the drummer of Semisonic that does for rock and roll what Jim Bouton's Ball Four did for baseball.
After years of working day jobs and making music in his basement, Jacob Slichter wondered if his dreams of rock stardom were a vain illusion. Then he was recruited by two of his successful musician friends to form a band that became Semisonic. Who could forget the smash single "Closing Time," a runaway hit in 1998 that thrust Jake and his bandmates into the international spotlight and helped them sell over two million albums worldwide? But along the road to fame and success came bewilderment and personal chaos: How will we ever get a record deal? Which record company is the best? The worst? Do I really have to wear these ridiculous boots? Why isn't radio playing our song? What if I have a panic attack right here on stage? What should I write on this fan's CD? Am I famous? Why isn't the video director getting more shots of me? Did I say the wrong thing during that interview? Help!
So You Wanna Be a Rock & Roll Star is a telling and witty look at what happens just before and during one's time in the spotlight. Jake takes readers on a step-by-step journey of his evolution from fledgling drummer to globetrotting performer and proves to be the perfect guide—feisty and humbled—to the inner workings of the music industry and instant celebrity. So You Wanna Be a Rock & Roll Star speaks to all of us who dream again and again of rock superstardom and shows how one kid can go from picking up a pair of drumsticks to picking up a platinum record.
About the Author
Praise For So You Wanna Be a Rock & Roll Star: How I Machine-Gunned a Roomful of Record Executives and Other True Tales from a Drummer's Life…
"If I was nineteen again and lusted after the game of music, this book would be my guide and charm."
—Andrew Loog Oldham, former manager of the Rolling Stones
"Still wondering what your college band coulda been? This giddy, can-you-believe-my-luck book is for you." —Time Out New York
"Slichter's most impressive attribute is his unfailing enthusiasm for his craft and for music in general." —James McMurtry, The New York Times Book Review
"[Jacob Slichter] is a self-effacing, good-humored, and intelligent guide through the musical maze…. Few first-person memoirs of the rock biz are as smart, honest, and entertaining as this tart, incisive work." —Kirkus Reviews (starred review)


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Last day thoughts.... over Breakfast
Surprising is the word.
I could say with the utmost sincerity that the experience was intimidating, because of all the BIG brains, or slightly boring (speeches- oi vey! only my curiousity kept the sleep at bay), too some extent.
But when you look at things in the cold light of a Cape Town Morning, praying that the breakfast they're going to bring me won't be like Mondays (Please Lord, have mercy on your child.) , I've come to the startling and surprising realization that the experience was quite pleasant. (Yes; I practise understatement in the mirror at home.)
Even though I didn't know anyone (the people I did know where to busy organizing the thing), even though I felt like a complete and utter moron slash tool, even though outgoing Liasa President Tommy Matthew kept using the word 'colleague' more times than is humane, despite all these things, the weight of sadness on my shoulders has kind of turned into a fullon lump in my throat and that is the most surprising thing of all.
So it's almost time to go in and begin todays session and what do you know:
Breakfast is good.
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Carbon Dioxide Utilization Electrochemical Conversion of CO2 – Opportunities and Challenges
Research and Innovation, Position Paper 07 - 2011
This is
DNV is a global provider of services for managing risk. Established in 1864, DNV is an independent foundation with the purpose of safeguarding life, property and the environment. DNV comprises 300 offices in 100 countries with 9,000 employees. Our vision is making a global impact for a safe and sustainable future.
Research and Innovation in
The objective of strategic research is to enable long term innovation and business growth through new knowledge and services in support of the overall strategy of DNV. Such research is carried out in selected areas that are believed to be of particular significance for DNV in the future. A Position Paper from DNV Research and Innovation is intended to highlight findings from our research programmes.
Contact details: Narasi Sridhar – firstname.lastname@example.com Davion Hill – firstname.lastname@example.com
Summary Nature utilizes CO2 to produce myriad substances that are consumed by humans and animals. Some industrial processes aim to accelerate the utilization of CO2. There are essentially three pathways for utilizing CO2: conversion of CO2 into fuel, utilization of CO2 as a feedstock for chemicals, and non-conversion use of CO2. The various utilization technologies together have the potential to reduce CO2 emissions by at least 3.7 gigatons/year (Gt/y) (approximately 10 % of total current annual CO2 emissions), both directly and by reducing use of fossil fuels. However, much greater reductions are possible through wider adoption of these technologies. Biochemical or chemical conversion of CO2 to fuels using biomass is an attractive technology for converting large quantities of CO2 into readily usable chemicals. Should only 5 % of liquid fossil fuel be replaced by biomass-based liquid fuel, then, based on a range of lifecycle CO2 emissions, a reduction of approximately 0.4 Gt/y of CO2 would result. CO2 conversion to minerals and insertion into polymers may have the benefit of sequestering CO2 in relatively stable matrices. If 10 % of global building material demand was met by conversion of CO2 to stable minerals, then a potential reduction of 1.6 Gt/y of CO2 has been estimated. Chemical and electrochemical conversion of CO2 into value-added chemical feedstock and intermediates is attractive in terms of fossil fuel avoidance. It is estimated that the total CO2 emissions avoidance potential of this pathway is about 0.3 Gt/y. The non-conversion uses of CO2, such as enhanced oil recovery and solvent use, have the potential to consume about 1.4 Gt/y of CO2. There is no single, universally applicable pathway for CO2 utilization. Depending on the industry, location, and other constraints, one or more technologies may fit better than others. An approach that integrates different methods may be the most practical solution for many applications. In this report, we present a small-scale demonstration of an electrochemical technology for converting CO2 into formic acid and formate salts. The technology appears to be promising, but several factors must be addressed to ensure commercial viability.
Pathways for Utilization of CO2 CO2 can be utilized in three major pathways [1-3]: 1) as a storage medium for renewable energy, 2) as a feedstock for various chemicals, and 3) as a solvent or working fluid (Figure 1). The use of CO2 to convert solar energy into biomass and, from there, to various renewable fuels is now widely supported by industry and governments as a means to secure future energy supplies and to decrease net CO2 emissions to atmosphere. While the use of food crops, such as corn, as a source for biomass fuels will probably decrease in the future, second and third generation biofuels that
Figure 1. Different pathways for utilizing CO2.
are based on grasses and algae will increase in supply. It is expected that, by 2050, biomass-based sources will supply 200 – 500 exajoules per year or about 50 % of the world's energy requirements [5]. It is anticipated that about 5 % of the world's liquid fuel usage may arise from biomass, with a net CO2 reduction ranging from 20 to over 100 %, in comparison with conventional fuels over their lifecycles [7].
It has been estimated that by 2035, the world will produce 15 Gt/y of CO2 from burning liquid fuels [6]. Therefore, replacing about 5 % of liquid fuels with biofuel, and assuming a 50 % lifecycle reduction in CO2 emissions in comparison with petroleum-based fuel, has the potential to reduce CO2 emissions by 0.4 Gt/y.
[9]. This involves a combination of electrochemical reactions to generate the alkaline reactant and necessary mineralization reactions. Initial estimates suggest that even if 10 % of the world's building materials were to be replaced by such a source, consumption of 1.6Gt/y CO2 would result [8].
In addition to generating biomass, CO2 can be converted via chemical and electrochemical processes to other energy storage chemicals, such as syngas, formic acid, methane, ethylene, methanol, and dimethyl ether (DME) [4]. Although it is more efficient to use the electrical energy derived from renewable power sources directly, their variability poses a problem for many industries. Furthermore, the distribution infrastructure for hydrocarbon fuel is well established. Finally, chemicals such as formic acid may be a useful storage medium for hydrogen that could be used in fuel cells or burned directly.
CO2 can also be used in various processes without first converting it into other chemical forms. The injection of supercritical CO2 into depleted oil wells to enhance the further recovery of oil is well established. Indeed, this is presently the only commercially viable technology for carbon capture and storage (CCS). It has been estimated that CO2 injection can increase oil recovery from a depleting well by about 10 to 20 % of the original oil in place. Similarly, CO2 can be used to recover methane from unmined coal seams. It has been estimated that in the U.S. alone, 89 billion barrels of oil could technically be recovered using CO2, leading to a storage of 16 Gt of CO2 in the depleted oil reservoirs [10]. The use of supercritical CO2 as a solvent in processing many chemicals (e.g., flavor extraction) is also well established. New uses of supercritical CO2 in chemical processing are emerging, and have the added benefit of reducing water usage. Supercritical CO2 is also being explored as a heat transfer fluid for some geothermal applications. These non-conversion methods of utilization constitute a significant fraction of the total CO2 emissions.
An alternative pathway is to convert CO2 into chemical feedstock. The entire portfolio of commodity chemicals are currently manufactured from a few primary building blocks or platform chemicals in the fossil-based chemical industry. CO2 can be used as a source material and, utilizing renewable energy sources and water, can be converted into a similar suite of building block chemicals. Insertion of CO2 into epoxides to manufacture various polymeric materials is an exciting technology as it not only utilizes CO2, but also avoids using fossil feedstock and creating CO2 emissions. It has been estimated that the various chemical conversion pathways can consume approximately 0.3 to 0.7 Gt/y of CO2 [8]. Conversion of CO2 into inorganic minerals that may be used in building materials is being pursued by some companies
Although there are many pathways for CO2 utilization, this position paper details DNV's efforts in electrochemical reduction of CO2. The electrochemical method has several advantages: 1. Extensive research during the last several decades has yielded high selectivity, low cost, heterogeneous catalysts for CO2 electrochemical reduction to various useful products for aqueous reaction systems [11-27]. 2. Electrochemical conversion can be performed at room temperature and ambient pressure. 3. If the supporting electrolytes are fully recycled and the anode reactions can be performed using waste water, then the overall chemical consumption can be minimized to just water or wastewater. 4. A renewable source of electricity can be used to drive the process, including solar, wind, hydroelectric, geothermal, tidal, and thermoelectric processes. Therefore this method can also be used as a renewable electricity storage mechanism; it converts the electrical energy to chemical energy by producing fuels from CO2, such as methanol and formic acid. The stored energy can be released later for enduse by oxidization of the fuels through fuel cells or normal fuel-burning engines. 5. Electrochemical conversion can be augmented using light energy or solar thermal energy. 6. The electrochemical reaction system is modular and thus scale-up is relatively simple. 7. In general, the electrochemical systems have a compact design. Using metal or alloy electrodes/catalysts, various products can be produced by electrochemical reduction of CO2, including carbon monoxide (CO), formic acid (HCOOH),
oxalates (C2O4-), hydrocarbons (e.g., ethylene C2H4), and alcohols (e.g., methanol, CH3OH). DNV selected the Electrochemical Reduction of CO2 to Formate/ Formic Acid (ECFORM) as the process for comprehensive evaluation of the technical feasibility for CO2 utilization because commercialization of this process was considered to be most likely to be profitable. As mentioned previously, formic acid can be a useful storage medium for hydrogen that could be used in fuel cells or burned directly. As shown in Figure 4, the energy density of formic acid, via its use in a formic acid fuel cell, is quite attractive in comparison with other storage methods. The recoverable energy density that would be available via the combustion of methanol, ethylene, or methane, or the use of formic acid in fuel cells, is higher than conventional energy storage technologies, as shown in Figure 2. Note that the vertical axis is log scale.
Figure 2. Products created from electrochemical CO2 conversion processes have significantly more energy density than other energy storage technologies.
Formic acid and carbon monoxide require little energy for their respective market value, as shown in Figure 4. Methanol is another attractive fuel, but requires more electrical energy than formic acid for its production from CO2. Ethylene and methane require significantly more energy input, and the methane market price is constrained by natural gas prices.
The current world market demand for formic acid and formate salts is quite low (several million metric tons). The traditional uses of formic acid have been in the leather tanning industry and animal feed markets. However, new uses, in terms of hydrogen storage and fuel cells, are being developed by BASF and others, making this an attractive chemical. Formate salts are used in oil well completion and in de-icing of airport runways. Larger volumes and somewhat lower prices may expand these, and other, applications.
Figure 3. Formic acid and carbon monoxide have higher value from the energy required for their creation than conventional fuels such as methanol or methane.
Both formic acid and carbon monoxide sell for near $1,200 per ton of product and require approximately 2500 kWh/ton for their production via electrochemical CO2 conversion. These prices are likely to decrease as their production volume increases, and their usage may also increase as their price decreases. Other products, such as methane, require nearly 40,000 kWh/ton for conversion, and would only achieve $200-$300 per ton on the market. Carbon monoxide is difficult to store and transport, and therefore formic acid is a more practical and desirable product.
The ECFORM Process A schematic diagram of the ECFORM process is shown in Figure 4. It consists of two electrodes, the cathode (negative electrode) and the anode (positive electrode), across which an electrical voltage is applied. The two electrodes are placed in two different chambers, separated from each other by an ion exchange membrane. This prevents bulk mixing of the solutions flowing in each of the chambers, while simultaneously allowing ions to move across the membrane and maintain electrical continuity. A suitable electrolyte is introduced into the cathode chamber along with CO2. The electrolyte comes into contact with the cathode, and the dissolved CO2 is electrochemically reduced to the desired products. This electrical circuit is completed by the complementary oxidation reaction occurring in the anode chamber. In ECFORM, tin or proprietary tin-based alloys are used as the cathodes that convert CO2 to formate salts. Small concentrations of byproducts (hydrogen and CO) are also produced at the cathode. An oxygen evolution reaction takes place at the anode.
Faraday efficiency (FE). The FE denotes the percentage of the total current used for the desired product (i.e., the selectivity). The calculations in Figure 5 include additional energy consumed by auxiliary components, such as pumps.
An important metric of the process is the energy consumption, which is determined by the number of electrons (n) involved in reducing 1 molecule of CO2 to products, cell voltage, and the current efficiency, also called
An economically viable electrochemical technology requires optimization of four key parameters (Figure 6): high current densities, high FE, low specific electricity consumption, and long electrode lifetime. The minimum
As shown in Figure 5, the reduction of CO2 to formate/ formic acid and to carbon monoxide, respectively, appears to be the best option for practical development for at least two reasons. First, both reactions involve the participation of only two electrons, and therefore the electrical power consumption is the lowest. Secondly, the high FE of CO and formate/formic acid reactions have been achieved on affordable metal cathodes, further minimizing the energy consumption and cost. The next promising reaction may be the production of methanol. Although this involves 6 electrons for each molecule of methanol formed, the low over potentials on the catalysts reduce the cell potential to nearly half of that for other electrochemical processes. Thus, relatively lower specific energy consumption can also be achieved.
Figure 4. A schematic representation of the ECFORM process to convert CO2 to formate/formic acid.
Figure 5. Specific energy consumption vs. Faradaic efficiency (FE) for various products. The thicker lines with data points indicate experimental results achieved in various studies.
values for each parameter in a commercially viable electrochemical process are also included in Figure 6, along with target areas for improvements. In addition, there are other important requirements, such as high onepass conversion rate and continuous operation.
In general, higher current densities result in lower FE and shorter lifetimes because of competing reactions. With longer run times, FE tends to decrease (catalyst/cathode degradation) and cell voltage increase, both of which result in greater power consumption. DNV has developed novel cathode and anode catalysts that reduce the total cell voltage by almost 1 volt [26, 27]. Additionally, DNV has designed a reactor that reduces the resistive losses
Figure 6. The relationship among the key parameters in ERC processes.
by another 2 volts, thus resulting in an overall decrease in the total cell voltage by about 60 %, compared with the data published in the literature [27]. Furthermore, the long-term performance of the cathode catalyst has been increased by at least 20 times over that reported in the literature. This has mainly been achieved through improvements in the electrochemical cell design and operational parameters. Fundamental studies performed by The Ohio State University, in collaboration with DNV, have improved our understanding of the cathode catalyst degradation mechanisms. This will enable further advances in catalyst life. DNV has also identified less corrosive electrolytes that will reduce both capital and operational expenditure.
ECFORM Reactor Demonstration Testing of a filter-press type, bench-scale reactor indicated a set of conditions for most favorable selectivity and reactivity for formate production. Figure 7 shows an example in which, under optimum pressure and flow rate control, the selectivity (FE) of a High Surface Area (HSA) cathode is kept constant over a range of applied potentials for one day. Since large electrodes have a tendency to display potential variation, this analysis indicates that slight changes in electrode potential will not affect the productivity of ECFORM, once process parameters are controlled. Long-term stable performance of HSA electrodes was determined by periodic measurement of reactivity (current density) and selectivity (FE from formate product measurement in catholyte samples) under constant optimum operation. The results in Figure 8 indicate stable performance over 4 days, with no appreciable damage or degradation of the tin electrodeposited carbon electrode. This is a significant improvement over results reported in the literature. These results suggest that electrochemical
conversion of CO2 may be a commercially viable technology in the future. A semi-pilot size reactor with a superficial area of 600 cm2 (capable of reducing approximately 1 Kg/d of CO2) was built and assembled, with other process components and instruments, into a solar-powered trailer to demonstrate the operation of the process using completely renewable power (Figure 9). The demonstration reactor serves several purposes. Firstly, it showcases the capability of the ECFORM process to utilize renewable energy, such as solar, to convert CO2 into a commercially useful product. Secondly, the reactor system can be used to test and improve the process, in terms of the hydrodynamics, heterogeneity of the surfaces, and effects on selectivity, automation, and controls, safety, and the overall efficiency of the system. Finally, the demonstration reactor provides a useful means by which process and value chain analysis models can be validated. The reactor has been modeled using a model-based flow sheet simulator, gPROMS, and this model will also be used for scale-up assessments.
Figure 7. Near constant FE over a potential range (-1.4 to -2.3 Vsce) of a HSA cathode under optimum operating conditions.
Figure 8. HSA electrodes displayed constant reactivity and selectivity over 4 days.
Solar Panel
ECFORM Setup
Figure 9. Demonstration reactor assembled in a solar-powered trailer.
Value Chain Analyses Analysis of the CO2 utilization processes can be conducted in terms of cradle-to-grave CO2 emission (lifecycle analysis or LCA) or a source-to-gate analysis, in which the boundaries start with the source of CO2 and end with the product that is delivered by a given process. The latter analysis, referred to here as value chain analysis (VCA) is convenient for understanding the net CO2 emitted in a given utilization process, since the product delivered is no different from that made by utilizing fossil fuel. Most importantly (and unlike LCA), VCA also computes the net present value of the process. Thus, VCA provides an opportunity for comparing any new process with conventional processes, as well as indicating future developmental work that could be targeted in an economically meaningful way. The VCA model that we developed for the ECFORM process can be readily modified for analysis of other CO2 utilization processes. Most CO2 utilization processes require mixed gas collection from the emissions' source. If the exhaust source contains additional gases (such as nitrogen, sulfur, or nitrogen oxides), some additional purification or capture of the CO2 will be needed. The delivery of the mixed exhaust gas to the capture stage, and the capture process itself, requires inputs of energy and/or consumables, and these must be included in the total VCA. Once the purified CO2 has been diverted to the conversion process, this delivery may also require further energy inputs. Finally, the conversion process itself will have energy and consumables inputs. The entire value chain can be compared with direct emissions (with or without fines), carbon capture and storage (CCS), or with conventional processes for manufacturing the same product. Multiple scenarios can be computed, and these can include carbon taxes (if any), energy costs, consumables, and the value of the final product, such that the total impact of these factors on the
profitability and net present value of the investment into the CO2 conversion process can be assessed.
Figure 10. The CO2 value chain is modular and applicable to multiple processes
Emissions' source and gas delivery DNV has analyzed emissions' scenarios and sources, ranging from the size and scale of a coal-fired power plant to point sources within a petrochemical refinery. The electrochemical CO2 conversion process has been tested via the model and demonstrates the greatest probability of profitability occurs when the following conditions are met: - the CO2 is delivered in pure or mostly-pure form; - process heat or other renewable energy forms are available; - process volumes are manageable (<100 tons per day); - electrolyte consumables are significantly reduced or completely eliminated; - opportunities for other energy management scenarios are available.
Figure 12. Reaction pathways that minimize consumables become more dominated by energy, which must be effectively managed.
Figure 11. Reaction pathways that are heavily dependent on consumables drive the profitability of the reaction in the negative direction, more so than by the energy costs.
When the above conditions are met, the profitability, energy balance, and carbon balance of the CO2 conversion process become most sensitive to the parameters of the conversion process itself. CO2 Separation, Capture, and Delivery Because of the conditions described previously, the separation, capture, and delivery of CO2 to the conversion process are considered separately and independently from the CO2 conversion process. The availability of already captured or purified CO2 will affect the profitability of the process. The energy penalty for a coal plant capturing CO2 (not including transport and storage) ranges from 0.2 to 0.35 MWh/t of CO2 captured. This represents about 5 to 10 % of the energy required for conversion on a kWh/ton basis, as ECFORM requires approximately 2.5 to 4 MWh/ ton of converted CO2. The difference between ECFORM
and the CCS process is that whereas ECFORM produces a useful product, CCS does not. Therefore ECFORM is an energy conversion process. There are other possible CO2 separation and sequestration technologies that could lower these energy requirements. CO2 Conversion Based on different chemical reaction routes, the profitability of the CO2 conversion process depends not only on the value of the final products, but also on the energy and consumables that are required to support the electrochemical reaction. As shown in Figure 11, if the process requires additional chemicals, such as sodium hydroxide and hydrochloric acid, to support the reactions, then the net present value of the reaction is largely negatively driven by these consumables, on top of the already substantial energy demands.
Figure 13. Value-added process improvements decrease the energy costs of the ECFORM process.
However, if the use of consumable chemicals is decreased, for example through the use of electrolyte recovery processes and the utilization of alkaline waste water, then energy demands dominate the overall process economics (Figure 12). While the energy costs are increased, the reaction is more sustainable if renewable energy is used for the process. As is shown in Figure 13, the profit margins can be increased as energy costs are reduced. There is potential for additional revenues in utilizing the load leveling needs of the electric grid. These opportunities are called responsive ancillary services. For example, if energyintensive processes such as ECFORM are used to regulate voltage from a wind energy facility, the processes gain additional revenues while being renewably powered.
Figure 14. The difference between sales price and operational cost for ECFORM process (red numbers) under different scenarios (only energy costs are included – consumable costs are considered to be negligible).
Additionally, revenues from carbon credits or avoidance of carbon tax may also aid in profitability. In this analysis, a carbon credit revenue of up to $50/ton does not alter the profitability substantially, but the combined revenues from carbon credits and energy management reduce the energy costs by 15 %. Four Scenarios for CO2 Conversion Four possible scenarios are envisioned for assessing the profitability of an electrochemical conversion process. This assessment does not consider capital expenditures or the time value of money. Also, the cost of consumables is considered to be negligible in comparison with energy costs. Finally, it is assumed that the formic acid resulting from the electrochemical process does not need further concentration, for example through distillation or
evaporation. The X-axis represents the price of the product made in the ECFORM process. This depends on many factors, including the volume manufactured and market demands. The Y-axis represents the CO2 price, either through a trading scheme or a tax. The numbers represent different values of profitability (assumed as a simple difference between expected value of price minus cost) for the different scenarios. The cost is calculated assuming an energy consumption of 3859 kW/ton formic acid. Electricity prices are assumed to range from $0.07/ kWh to $0.15/kWh, with a peak frequency at $0.10/kWh. The energy cost therefore ranges from $270 to $578 per ton of formic acid, with an average of $420 per ton of formic acid. For example, if the price of formic acid is assumed to be $1220/ton and the price of CO2 is $200/ ton of CO2 (1 ton of formic acid reduces CO2 by almost 1 ton), then operational profit is $1200+$200-$420 = $980 per ton. Our analyses indicate that the simple margins (price minus the cost of manufacturing) are beneficial for this process under the scenarios considered.
The future CO2 utilization is being increasingly recognized as a method by which global CO2 emissions can be reduced in an economical manner. This is especially true for industries, such as refineries, which cannot implement CCS economically. Considerable research is being conducted in many directions to further the economic viability of processes that utilize CO2. Biomass conversion to fuels is perhaps the most intensively pursued route, not only to mitigate CO2 emissions, but also to secure alternative fuel supply. Conversion of cellulosic biomass into alcohols and algae into biodiesel or other hydrocarbon fuel is predicted to become extensively adopted in the coming decade. Lifecycle assessments of these fuel sources demonstrate considerable reductions in CO2 emissions compared with petroleum fuels. However, their present economic viability is dependent on government subsidies. Several companies are pursuing thermochemical conversion of CO2 into chemical feedstock or polymers. Research and development are currently focused towards reducing the temperature of conversion, increasing catalyst life, and decreasing the use of consumables. Conversion of CO2 into minerals has advanced significantly, with at least one company claiming commercial viability for large-scale deployment. Carbon policies that impose a significant increase in carbon prices are necessary to sustain these efforts until they can become economically viable. Electrochemical and photoelectrochemical conversion routes will come to the fore in the next decade. Current research is yielding catalysts with long-term performance characteristics and low energy use, but significant technical advances are still needed for large-scale use. Electrochemical conversion promises to be deployable in
many systems, because of its low footprint, its scalability, its fungible use of electricity, and its ability to produce many end products. The combination of the electrochemical process with grid-based ancillary services can make these processes economically viable, even without a carbon tax. DNV will continue its efforts in improving the ECFORM technology, particularly making it more robust and economically viable, and explore opportunities for customizing CO2 utilization methods for industrial applications. All these technologies will rely on efficient carbon capture, as many industrial sources produce dispersed and dilute effluents containing CO2. Just as integrated biorefineries have come to characterize the use of multiple technologies to make an array of products from biomass, multiple technologies for utilizing CO2 in interconnected systems, tailored to a given application, may be the path ahead for future sustainable management of CO2.
References General Reading 1. M.M. Halmann, "Chemical fixation of carbon dioxide, Methods for recycling CO2 into useful products," CRC Press, 1993. 2. M.M. Halmann and M. Steinberg, Greenhouse Gas Carbon Dioxide Mitigation: Science and Technology, CRC Press, 1998 3. M. Aresta (Editor), Carbon Dioxide as a Chemical Feedstock, WileyVCH, 2010. 4. G.A.Olah, A.Goeppert, and G.K.Surya Prakash, Beyond Oil and Gas: The Methanol Economy, Wiley-VCH, 2009. Specific References 5. Bioenergy – A sustainable and reliable energy source, A review of status and prospects, IEA Bioenergy: Exco 2009:05, www. ieabioenergy.com. 6. Increasing Feedstock Production for Biofuels, Biomass Research and Development Board (U.S.), 2009. 7. International Energy Outlook 2010, U.S. Energy Information Administration, DOE/EIA-0484 (2010). 8. M.Aresta and A. Dibenedetto, Catalysis Today, 98 (2004), 455-462. 9. http://www.calera.com/index.php/lifecycle_carbon_scalability/ scalability/ 10. U.S. Department of energy, Carbon Sequestration Technology Roadmap and Program Plan, 2007. 11. Chaplin, R. P. S.; Wragg, A. A., Effects of process conditions and electrode material on reaction pathways for carbon dioxide electroreduction with particular reference to formate formation. Journal of Applied Electrochemistry 2003, 33, (12), 1107-1123. 12. Gattrell, M.; Gupta, N.; Co, A., A review of the aqueous electrochemical reduction of CO2 to hydrocarbons at copper. Journal of Electroanalytical Chemistry 2006, 594, (1), 1-19. 13. Jitaru, M.; Lowy, D. A.; Toma, M.; Toma, B. C.; Oniciu, L., Electrochemical reduction of carbon dioxide on flat metallic cathodes. Journal of Applied Electrochemistry 1997, 27, (8), 875-889. 14. Mahmood, M. N.; Masheder, D.; Harty, C. J., Use Of Gas-Diffusion Electrodes For High-Rate Electrochemical Reduction Of CarbonDioxide .1. Reduction At Lead, Indium-Impregnated And TinImpregnated Electrodes. Journal of Applied Electrochemistry 1987, 17, (6), 1159-1170. 15. Hara, K.; Kudo, A.; Sakata, T., Electrochemical Reduction Of CarbonDioxide Under High-Pressure On Various Electrodes In An AqueousElectrolyte. Journal of Electroanalytical Chemistry 1995, 391, (1-2), 141-147.
16. Hara, K.; Kudo, A.; Sakata, T., Electrochemical Reduction Of HighPressure Carbon-Dioxide On Fe Electrodes At Large Current-Density. Journal of Electroanalytical Chemistry 1995, 386, (1-2), 257-260. 17. Oloman, C.; Li, H., Electrochemical processing of carbon dioxide. Chemsuschem 2008, 1, (5), 385-391. 18. Li, H.; Oloman, C., Development of a continuous reactor for the electro-reduction of carbon dioxide to formate Part 2: Scale-up. Journal of Applied Electrochemistry 2007, 37, (10), 1107-1117. 19. Li, H.; Oloman, C., Development of a continuous reactor for the electro-reduction of carbon dioxide to formate - Part 1: Process variables. Journal of Applied Electrochemistry 2006, 36, (10), 11051115. 20. Li, H.; Oloman, C., The electro-reduction of carbon dioxide in a continuous reactor. Journal of Applied Electrochemistry 2005, 35, (10), 955-965. 21. Hara, K.; Sakata, T., Large current density CO2 reduction under high pressure using gas diffusion electrodes. Bulletin of the Chemical Society of Japan 1997, 70, (3), 571-576. 22. Hori, Y.; Ito, H.; Okano, K.; Nagasu, K.; Sato, S., Silver-coated ion exchange membrane electrode applied to electrochemical reduction of carbon dioxide. Electrochimica Acta 2003, 48, (18), 2651-2657. 23. Hara, K.; Sakata, T., Electrocatalytic formation of CH4 from CO2 on a Pt gas diffusion electrode. Journal of the Electrochemical Society 1997, 144, (2), 539-545. 24. Schwartz, M.; Cook, R. L.; Kehoe, V. M.; Macduff, R. C.; Patel, J.; Sammells, A. F., Carbon-Dioxide Reduction To Alcohols Using Perovskite-Type Electrocatalysts. Journal of the Electrochemical Society 1993, 140, (3), 614-618. 25. Y. Zhai, L. Chiacchiarelli, and N. Sridhar, Effects of Gaseous Impurities on the Electrochemical Reduction of CO2 on Copper Electrodes, Electrochemical Society Transactions, Accepted for Publication, 2009. 26. D. Hill, L. Chiachiarelli, Y. Zhai, and N. Sridhar, Recycling of Carbon dioxide Using electrochemical Method, DNV Report No. 860-2008002, Det Norske Veritas, July 2008. 27. N. Sridhar, Y. Zhai, A. Agarwal, L. Chiachiarelli, and D.M. Hill, Longterm demonstration of the electrochemical reduction of CO2 to formic acid, The CO2 Challenge Forum, September 27-28, 2010, CPE Lyon, Lyon, France. 28. Y. Zhai, A.S. Agarwal, L.M. Chiacchiarelli, D.Hill, and N. Sridhar, Evaluation of Tin Electrocatalyst for Conversion of CO2 to Formate Salt via Long Term Cathodic Half cell and Continuous Full Cell Testing, "Future Directions in CO2 Conversion Chemistry Workshop", October 21st, 2010, Department of Chemistry at Princeton University, Princeton
Design, layout and print production: Erik Tanche Nilssen AS, 01/2011 Printed on environmentally friendly paper.
Det Norske Veritas NO-1322 Høvik, Norway Tel: +47 67 57 99 00
Published on Jan 17, 2011
A position paper from DNV titled: Carbon Dioxide Utilization: Electrochemical Conversion of CO2 – Opportunities and Challenges.


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Due to high demand more hard copies of the Route Map for Vasculitis have been ordered
Just to let everyone know because of high demand we have ordered another batch of hard copy Route Maps today, so if anyone would still like a copy or a copy sending out to their GP or Consultant please private message me. I have just posted out another 12 today to different consultants and GP's. Yesterday in London all the Route Maps we had taken were picked up.


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Bowie State University physics tutoring
Think about what career is best suited for you, and where you want to study. Request more information now.
Think about what career is best suited for you, and where you want to study. Request more information now.
Think about what career is best suited for you, and where you want to study. Request more information now.
Find info concerning Bowie State University physics tutoring, and registering for elective degree programs. Which college degrees give you the best chances of finding employment after graduation? To earn a higher salary, compare accredited engineering concentrations, and research technical certificate programs in your chosen field. Concentrating on Bowie State University physics tutoring, for example, you may gain an advantage in job recruiting on-campus. Check with the physics department for course registration deadlines, and physics lab program requirements. Please use the form above to request admissions info for Bowie State University.
Mechanical engineering degrees typically take four to five years to complete, and result in a Bachelor of Engineering (BEng), Bachelor of Science (BSc or BS), or Bachelor of Mechanical Engineering (BME). In the US, most undergraduate mechanical engineering programs are accredited by the Accreditation Board for Engineering and Technology (ABET). Mechanical engineering programs include courses on composites, thermodynamics, engine design, fluid dynamics, control theory, robotics, and computer-aided design (CAD). In addition to the core mechanical engineering curriculum, many mechanical engineering programs offer more specialized programs and classes, such as control systems, fuel cell technology, and biomechanics.
Many mechanical engineering companies have begun to incorporate computer-aided engineering (CAE) programs into their existing processes, including 2D and 3D solid modeling computer-aided design (CAD), enabling faster and more exhaustive visualization of products. Other CAE programs commonly used by mechanical engineers include product lifecycle management (PLM), and analysis tools such as finite element analysis (FEA), computational fluid dynamics (CFD), and computer-aided manufacturing (CAM). Further, automation in the form of industrial robots allow businesses to save money on manufacturing costs, and ensure precision quality control. The median annual income of mechanical engineers in the US workforce was $80,580, highest when working for the government ($92,030), and lowest in education ($57,090). Beyond major requirements within the physics department, you may consider Connors State College mechanical engineering major degree requirements as an adjunct to your primary course of study.
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If you are a loyal customer, you know that our end-of-season sale means amazing deals throughout the store! If you are a new TLH shopper, you are in for a treat as we have lots of darling spring and summer items still available!
Beginning Monday July 8,
ALL clothes, except Tea, are 30% off! *
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*A few exclusions may apply. Please see store for details.


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Location: 1375 Avonbridge Dr.,
Mineola Rd. W. and Hurontario St.
Asking price: $1,395,500
Size: over 1,500 sq. ft., plus a finished basement
Lot: 88-by-110 feet, built-in two-car garage, private double drive
Taxes: $7,448 (2014)
Bedrooms: 3 plus 2
Bathrooms: 3
Situated on a family-friendly court in the popular Mississauga area of Mineola West, this ranch-style bungalow has been extensively renovated and boasts a finished basement with two extra bedrooms.
"This sprawling,three-bedroom bungalow is best suited for empty-nesters who are ready to downsize but do not want a condo lifestyle, preferring home ownership where all necessities are on one level," says listing agent Nataliya Kolydchak.
"Also, this home could be ideal for a young professional family that seeks the luxury of a large home on a child-safe street with a large lush backyard and a huge deck, perfect for entertaining.
"Some of the home's noteworthy features include a custom-designed walnut gourmet kitchen with Ceasarstone countertops and New England slate floors throughout the kitchen, foyer and laundry/mudroom. It also boasts multiple accesses to the backyard, newly renovated bathrooms and lower level, a double-car garage, room on the side of the home to park a small-sized sail boat and an irrigation system," says Kolydchak.
"With access to one of the best schools in Mississauga — Kenollie Public School — this home is also close to walking trails and to the vibrant Port Credit neighbourhood with its waterfront shops, restaurants and marina," adds Kolydchak.
As well, the home is close to a GO station, parks and businesses, with easy access to Lakeshore Rd. E. and Queen Elizabeth Way.
The large front yard has been fully landscaped with a small rock path/garden, bushes and mature trees, including a birch tree. The exterior is a combination of stone and vinyl with a large, five-pane, floor-to-ceiling bay window, and an attached double-car garage with outdoor wall sconces on each side. As well, the interlocking, brick-covered front porch is level with the home. The front door is bordered on each side with full-length windows.
The foyer features a grey slate floor, wall sconces, a double closet door, an exposed stone wall, an octagonal-shaped large porthole window and a powder room.
Highlights of the expansive living room include a hardwood floor, a huge bay window with a plant ledge, and a wood-burning fireplace with a stone surround and a built-in nook for logs.
There is a walk-through from the living room into the dining room which features a hardwood floor, crown moulding and a double French door walkout to the back deck.
The kitchen can be accessed from both the foyer and from the dining room. Fully renovated, it boasts a New England slate floor, a centre island with a round garburator sink and pendant lights overhead, Ceasarstone counters, pot lights, a large window above the sink, high-end stainless steel appliances, sleek and modern cupboards, and a marble backsplash.
In the connecting breakfast area features a slate floor and a large, five-pane bay window with a built-in seating bench, overlooking the backyard.
The main floor combined mudroom/laundry room is just off the breakfast area and has a slate floor, a skylight, a pantry, an extra fridge, stairs to the basement, a door leading to the backyard, as well as a door that gives direct access to the built-in garage.
At the other end of the home is the sleeping area. The master bedroom features a huge, four-pane floor-to-ceiling window overlooking the front yard, wall sconces, a hardwood floor, a ceiling fan and a double closet.
The second bedroom has a hardwood floor, closet and California shutters. Overlooking the backyard, the third bedroom features a closet and a hardwood floor.
The revamped main bathroom has twin vanity sinks, and features a marble floor, subway tile and a marble counter.
Fully renovated last year, the basement includes a recreation room with pot lights, a broadloom floor and a fireplace with a stone surround. There are two equal-sized bedrooms, both with broadloom floors and double closets. One bedroom also has pot lights and could easily serve as a home office.
As well, the basement has a three-piece bathroom with a separate glass door over-sized shower stall with a built-in seat. Also, there is a huge workshop/storage room with a double closet.
The backyard is fully fenced with many mature trees and a large deck. It boasts a quaint play house.
To have a look at this property contact listing agent Nataliya Kolydchak, Keller Williams Real Estate Associates, Brokerage, 905-812-8123 or 416-831-7114; www.1375avonbridgedr.com .
Although we try to provide the most up-to-date information available, we cannot guarantee features as listed. Please contact the realtor for latest details. To make a submission to House of the Week, email firstname.lastname@example.com .


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Our library is well furnished with the updated collection of nationally and internationally standardized text books, journals, newspaper, pleasure reading books,research and project reports and audio visual materials.We regularly subscribe to the selected journals, magazines, and newspaper.
St. Lawrence College has its own very especial well furnished separate GIRL'S and BOY'S hostel near by the College premises. Our hostel is like your homeand not just a College hostel. We have the homely environment at our hostel. We celebrate all the special festivals and occasions to give you homely feeling during your stay with us. A residential hostel warden takes care of the hostel students. We provide 24 hours security services, all amenities and full electric back up during power cuts. We provide free laundry services all the time and you can enjoy hot and cold water facilities throughout the year. College arranges special tuition classes for all the hostel students during vacations, holidays and even in the morning and day time to give them high academic support and result for all the hostel students.
The bus facility is provided by the College on need-basis.
We have three separate well maintained, spacious and well equipped Physics, Chemistry and Biology laboratories with modern apparatus and ample varied specimens. The aim of managing laboratories is to make practical learning where students get useful practical knowledge.
Computer Labs
We have an advanced computer laboratory. It imparts practical computer knowledge with an uninterrupted free internet access as an opportunity for students for the on-soft educational site surfing to do research and project work.


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Hinds Community College basketball practice
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Get the facts about Hinds Community College basketball practice, and registering for discussion sections and departmental electives. Not all recruiting is done like NCAA Division I teams. College coaches are constantly looking for the best players to fill next year's open positions, and rely on many different methods to finding the right recruits. If you haven't been noticed, cold-calling coaching staff can get you an initial interview. Finally, check with your major department for assistance with prerequisites, tuition payment deadlines, and Hinds Community College Basketball information. Please use the form above to request admissions info for Hinds Community College.
You don't have to quarterback the university football team to a state championship to earn an athletic scholarship. Most major sports that field a team in intercollegiate competition have sports scholarships available. From women's gymnastics to men's track and field, coaches are seeking players to build a team around. Further, that leadership role often is accompanied by a full-scholarship.
The best time to begin searching for scholarships is before your senior year, in order to meet deadlines. Schools confirm that it is important to file financial aid forms such as the CSS Profile early in the school year. There are many sports scholarships that focus on less tangible qualities, such as the ability to lead a team, motivate others, and learn new skills rapidly. Take stock of your athletic abilities as you mature through high school. Students must meet specific eligibility requirements each year to participate in Cerritos College football game live. Beyond consideration for Hinds Community College basketball practice, you may think about Montclair State presentations for complementary electives to your primary course of study.
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City Sports Club - Brokaw
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School Board of Broward County, Florida
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Miami Dolphins
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My parents stayed with Marie José. It was their first venture with AirBNB and were very happy with their stay. The room was great, they were pleased with the location, and they said Marie José's coffee was amazing!Stefanie2017-08-09T00:00:00Z
Marie José est un hôte charmant! Elle était accommodante avec les heures de petit déjeuner et nous a donné des suggestions sur ce qu'il fallait faire même quand il pleuvait. L'endroit est un peu hors du centre de la ville, mais magnifique. La salle de bain privée qui était inclus était en fait une toilette, une douche et un évier à l'intérieur de la chambre, donc il a été assez vif après une douche et manquait d'intimité. Un peu cher, mais beaucoup d'options d'hébergement à Saint-Pierre sont assez chères et nous avons réservé en retard, alors c'est l'endroit idéal pour rester.Beth2017-07-12T00:00:00Z
Our stay of two nights with Marie were delightful. The house location on the Airbnb map is incorrect so get directions from the Information Center downtown. It is about 12 blocks uphill from the Information Center but an easy walk and very convenient to eating and shopping. The room we had had was very nice with a king-sized bed that was very comfortable and the bathroom was newly remodeled. Though we knew very little French, Marie knew enough English that we communicated fine. It was fun working through the dialogue. The breakfast breads of croissants and brioche was so fresh and good. We would definitely stay with Marie again.Chuck2017-07-09T00:00:00Z
마리는 은혜로운 주인이었다. 섬을 탐험하는 데 도움이되는 내부자 팁에 매우 유용합니다. 그녀의 장소는 항상 깨끗하고 조용합니다. 모든 사람들에게 적극 권장하며 세인트 피에르를 방문 할 기회가 주어지면 다시 돌아올 것입니다!Marvin Kingsley2017-05-24T00:00:00Z
Without a doubt we would definitely recommend to every and anyone to stay with Marie-Joe during their séjour in St Pierre et Miquelon. Hands down!Arthur2017-05-26T00:00:00Z
Marie Jo was a great host. Very friendly. The space was clean, bright, and just as advertised.Nicole2017-07-16T00:00:00Z
L'hôte a annulé cette réservation 3 jours avant l'arrivée. Il s'agit d'une publication automatisée.Justin2017-06-29T00:00:00Z
I had a very enjoyable three-night stay at Chez Marie-Jo. The house is attractive and bright, and the bedroom was comfortable. The shared bathroom was large and clean. As the house backs onto the hillside, it is in a quiet location, and there is a nice private garden area where guests can relax. Marie-Jo is very friendly and helpful. I would recommend Chez Marie-Jo to anyone visiting these lovely islands, and I hope to return here again.Janet2017-08-12T00:00:00Z
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Absolutely loved my stay at Corine's. The house is comfortable, very nicely decorated and impeccably clean. Corine is an amazing host and did everything to make me comfortable and welcome. I felt like i was visiting an old friend!Janie2017-06-25T00:00:00Z
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Josettes home is beautiful and she is very warm and welcoming. Her home is in a good location with a beautiful view and is a 10 minute walk to the tourist information centre. It is a nice walk downhill past a delicious ice cream/gelato store! Delicious breakfast served, fresh croissants, baguettes, coffee or tea and orange juice. I highly recommend Josette's home to stay at when in St Pierre!Nancy2017-08-28T00:00:00Z
The host made us feel very welcome. She assisted in helping us plan events and in making dinner reservations. She speaks French and very little English but then St Pierre is French! The room was very clean, quiet and much less expensive than local hotels. Her pension is located above the village so it is a bit of a walk/climb to return in the evening. Breakfast was typically French: croisants with butter and jam, juice and coffee. St.Pierre is a beautiful small village with multi-coloured houses, small shops and museums highlighting the history of the area. There are many excellent restaurants.Larry2015-06-24T00:00:00Z
Josette's house was very cozy and she was a very welcoming host. She provided us with lots of information about things to do on St. Pierre and Miquelon-Langlade. The French breakfast was delicious as well! Merci beaucoup Josette!Galina 2017-07-21T00:00:00Z
Nice quiet neighborhood near the mountain. Everything you needed even an adaptor for my computer and she had a hairdryer!Laurana2016-10-03T00:00:00Z
Mooie vriendelijke huisvesting. 10 minuten lopen van het centrum van de stad, op de top van een kust. Zeer rustig. Ontbijt (stokbrood, croissants, chocolade croissant, jam en koffie). Moeilijk te verslaan voor de prijs!Claude2016-08-27T00:00:00Z
L'hôte a annulé cette réservation 43 jours avant l'arrivée. Il s'agit d'une publication automatisée.Mollie2017-06-18T00:00:00Z
We really enjoyed our stay with Josette. She was very friendly and accommodating. The location was convenient and breakfast was delicious! Merci Josette !Katarina2016-07-26T00:00:00Z
Mme Dodeman est une femme réservée donc pas très expressive. Le logement bien qu'il soit à une quinzaine de minutes de marche du bateau il est situé en haut d'une côte. Le déjeuner pourrait être amélioré en offrant avec les croissants et le pain baguette du fromage en plus de la confiture. Le café laisse à désirer grandement .Agathe2016-07-06T00:00:00Z
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The host canceled this reservation 54 days before arrival. This is an automated posting.Georgette2017-05-19T00:00:00Z
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Friday, December 2, 2011
it's getting to be that time
Today I am 6 weeks away from my due date and for the first time, I feel ready. Until now it has been a pretty even combination of "I don't think I can do this!!!" and "I am so excited to expand our family!" But finally the fear and worry is subsiding and I find myself just being ready.
I looked at Roman's newborn pictures a few nights ago and realized that a NEW BABY was a scary concept, but Liam was my son and would be no more intimidating than his brother. For some awesome reason, when they hand you your own baby, that you grew and carried for 40 weeks, they aren't even a tiny bit scary! And the love you have for them is the emotion that outweighs everything.
Then on Tuesday I met with the group of mommas, who I've been doing a book study with, and was comforted to hear that all of them experienced these same questions and concerns I've had lately when they were having their second child. With Roman, the worries I had were things like "How will I know what he needs? What if I don't know how to _____? How do I nurse? What the heck am I doing!?" and with Liam it's been questions like "How will adding this person change our family dynamic? How will I let go of the guilt that is sure to come as I watch Roman getting less attention than he used to? How will I juggle the needs of two young boys who both need me a pretty large amount?" And it was nice to hear that those questions are normal. It was nice to be told that Liam is sure to be different than Roman, because God just doesn't make two people exactly alike- good thing!- but different doesn't mean opposite.
I have had so many people say things like, "Well you know Roman is too easy- you're going to have a horrible second child to make up for it." and I think that's a really, really mean thing to say to someone. And I get protective inside because Liam isn't even born yet and already these horrible things are being spoken over his life that don't have to be true. So it was nice to hear that just because my first baby was a good sleeper doesn't mean my second one won't be, etc. Yes, I recognize that he MAY not be a good sleeper, because he is his own person, but there is nothing that guarantees I will be tortured with a dificult second child BECAUSE my first child is so "easy." I am finally able to rest in the knowledge that God is giving us the most perfect person to add to our family, he is free to be whatever he was created to be with whatever personality he was created to have, and we will love him just as much.
I have also started to feel like I've finally got the hang of this season I'm in with Roman- which surely means it's time to go back the other way! It's just a cycle that is continuous. And the more I think about it, I realize a lot of things in life are that way for me. I feel that way in marriage and I also felt that way in my teaching career. I have moments of feeling like I'm failing miserably and have no idea what I'm doing, then I move on to a point where I feel like you're I'm not amazing but I'm not the horrible wife/teacher/mom that I recently was convinced I was, then I feel like I actually rock at what I'm doing... and then there is a reality check and I head back to where I feel like a failure. And on the cycle goes. I totally had my hard moments about a month ago, then between now and then I've been figuring it out, and now I feel like I'm actually doing a good job. So it makes sense that it's time for Liam to be here and send me back to the "I have no idea what I'm doing" part of the ride. It's a nice mix of humility and comfort, all in all, right? LOL
Maybe I'm the only one who rides this cycle.
But that's where I am, sitting here at 34 weeks, and knowing time is coming to a close. Liam's arrival still doesn't feel CLOSE but it's coming into view. And sometimes I still can't believe I'm going to have a baby. I'm pretty sure my belly is just the result of holiday over-eating.....
2 comments:
Lauren, you are definately NOT the only one who rides this cycle. I think it's a great cycle that every parent must go through to continuously learn new things that only parenthood can teach you about yourself. Personal growth is always good no matter how hard.ReplyDelete
So once again, I can TOTALLY relate to your post. My first was the epitome of the "easy" child and was told all the same things. My second, well, I'll admit that he is very, very different than his brother. Different doesn't mean more difficult. I have found that my 2nd teaches me new lessons, strategies, coping, etc that I missed the first time around. It's only difficult because the same things the 1st kiddo might have done won't be the same this time around. It's only learning more. I very much appreciate very different BOYS. It makes the family dynamic that much more entertaining & interesting :). Still loving your blog!
Brandi, once again you have super powers and leave me with a smile on my face! I'm glad I'm not the only one going through the cycle. You're right, I think it's good that it happens because without feeling like you're dropping the ball, you never get pushed to be better. Good point. :)ReplyDelete
I LOVE HEARING THAT YOUR BOYS ARE DIFFERENT BUT THE SECOND ISN'T MORE DIFFICULT!!!!!!!! I cannot tell you the encouragement I felt when reading your experience. And you have two boys, too! It is making me so excited to meet my second, unique yet PERFECT little boy. :)


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Cascadia Community College physics major degree requirements
Think about what career is best suited for you, and where you want to study. Request more information now.
Think about what career is best suited for you, and where you want to study. Request more information now.
Think about what career is best suited for you, and where you want to study. Request more information now.
Get the facts about Cascadia Community College physics major degree requirements, and registering for discussion sections. Which college degrees give you the best chances of finding employment after graduation? Completion of an accredited engineering program can qualify you to enter the workforce as a paid intern immediately. Concentrating on Cascadia Community College physics major degree requirements, for example, you may gain an advantage in job recruiting on-campus. Check with the physics department for course registration deadlines, and physics lab program requirements. Please use the form above to request admissions info for Cascadia Community College.
Mechanical engineering degrees typically take four to five years to complete, and result in a Bachelor of Engineering (BEng), Bachelor of Science (BSc or BS), or Bachelor of Mechanical Engineering (BME). In the US, most undergraduate mechanical engineering programs are accredited by the Accreditation Board for Engineering and Technology (ABET). Mechanical engineering programs include courses on composites, thermodynamics, engine design, fluid dynamics, control theory, robotics, and computer-aided design (CAD). In addition to the core mechanical engineering curriculum, many mechanical engineering programs offer more specialized programs and classes, such as control systems, fuel cell technology, and biomechanics.
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It's a New Ballgame at a Familiar Ballpark for Joey Miller 20-year-old has been to Kentucky before, but this time it's different LAKEVILLE, MN (May 12, 2005) -- Joey Miller has been to Kentucky Speedway before. He raced there last season in...
It's a New Ballgame at a Familiar Ballpark for Joey Miller
20-year-old has been to Kentucky before, but this time it's different
LAKEVILLE, MN (May 12, 2005) -- Joey Miller has been to Kentucky Speedway before. He raced there last season in both the ASA National Series and the NASCAR Southeast Series. But this trip to the 1.5-mile oval will be completely different this time around for the 20-year-old driver.
It will be his first ARCA race at the track as the driver of the #9 Hagans Racing Dodge. He'll also need to adjust to having a new crew chief in Mike Chaffee. But young Miller is well prepared. He enters the race just five points out of the ARCA points lead and has a history of adapting quickly to new surroundings. So he expects to be just fine even if it's a new ballgame at a familiar park.
"There is a ton of difference between what I've raced here before and now," said Miller. "The ASA car was scary there. The ARCA car was a lot different. You had to lift going into the corners. I got a hold of it pretty easily. It's definitely a different type of track in how you have to drive it in there so long and so far out and then turn it into the corner."
Miller bases his observations on a successful test that the Hagans team recently had at Kentucky.
"The Kentucky test went pretty good, I thought. It was a kind of new experience to have a crew chief who hasn't been around that kind of car consistently over the past few years. It was a learning experience that way, but I'm excited about how it went. I think we have a very decent car that is capable of running right up front."
And with plenty of Superspeedway experience and an in-house Dodge engine program, the Hagans team is a very good one for Miller to have behind him at Kentucky.
"We usually do pretty well on the mile-and-a-half tracks," said Miller. "I like them and our motor program there is pretty strong too. That's a big help."
Miller has put together top-ten finishes so far in each of the three ARCA events this season. He's looking for a new trophy for his display cabinet, but at the same time Miller also knows that winning might not be everything -- as shown by his second-place perch in the points.
"It always feels good when you are doing well, if you are up front and running well," said Miller. "I'm just looking at running good here. We want a strong finish. If we end up in the top three, I'll be happy. We want to win, but we need to look at the big picture. I think that we have a good chance to get out in front and stay out of trouble."
Earlier this week the Hagans Racing team was at Toledo Speedway (OH) to prepare for the May 22nd Hantz Group 200 at the facility. Miller pointed out that the test was very successful.
ARCA will roar into the Bluegrass state this weekend for the Harley-Davidson of Cincinnati 150 at the Kentucky Speedway this Saturday, May 14th.


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Fremaux happy to be back with the Black Sticks
Recalled Black Sticks' striker Sian Fremaux realises February's four nations tournament in the United States is a make or break one for her.
The Cantabrian missed selection for New Zealand's recent Oceania Cup and World League final tournaments, but has earned a call-up from national coach Mark Hager.
Fremaux and the fringe players in the Black Sticks' setup have it all to play for at the tournament as they look to make a favourable impression and boost their selection claims.
After the series in the United States, New Zealand will host a six nations tournament in Hawke's Bay in April, which will be the last chance to shine before June's World Cup. The Black Sticks won't have long to catch their breath after that with the Commonwealth Games a month later.
Fremaux acknowledged the US tournament was a pivotal one as she looked to try and establish herself.
"We only have a few tournaments [before] the World Cup and Commonwealth Games so all of these [games] will be crucial preparation for selection as well," she said.
"It's one of those years. There's so many prestigious tournaments, which is exciting. It definitely gives you a bit of motivation."
Fremaux is one of four Canterbury players in the New Zealand side for the US tour, with the others being young striker Sophie Cocks, goalkeeper Amelia Gibson and Olivia Merry.
The 21-year-old said it was frustrating not to feature at the Oceania Cup and World League final, but the time away from international hockey had allowed her to rest a niggly shoulder injury and get her tonsils removed.
She also sustained a broken nose during national hockey league finals week in August after being struck in the face by the ball.
"It's always disappointing not being selected for tours. Looking at the positives, I had time to get better and work on things, which was a good thing for me. It put me in a good mindset getting ready for next year."
Fremaux made her debut for the Black Sticks last December against India and she has made 21 appearances for the national team this year, scoring eight goals.
The biggest highlight for Fremaux came in June, when she competed at the World League semifinal tournament in Rotterdam.
She had the chance to play against the reigning Olympic gold medallists, the Netherlands, for the first time, which was a wonderful experience.
Fremaux was also a member of the New Zealand under-21 side, which finished ninth at the Junior World Cup earlier this year.
"It's been pretty crazy. This time last year, I was debuting, which was exciting. Looking back at the year, it's been go, go, go.
"Starting out, I didn't know the ins and outs and was so nervous. A year on, it's been pretty awesome."
Fremaux and the Black Sticks will join up together as a squad late in January in preparation for the four nations tournament.
They will carry out individual running and gym work requirements during the festive period.
The Press


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Fall Fellowship
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Fall Fellowship is getting close and we need to get a count of those attending for food purposes. We need everyone that will be attending to pre-register with Council. I have attached a Lodge Master Coupon for your convenience. You can also pay on-line by going to the Council website and click on the "Events" tab. Remember, if you have the Season Pass , this is the last event of the year that it pays for. Come on out and take part in all of the fun. Lodge elections will be held on Sunday morning. See you there!
- Hey guys, just letting everyone know who's planning on coming to Fall Fellowship that, unless you're going to be on staff, you will need to bring a tent or find someone to share with - this year we won't be able to provide cabins unless you're on staff. Don't worry though - you'll still get fed and have a great time.
Once again, you should definitely come to Fall Fellowship for a great weekend of fun and fellowship from September 18-20.
Joe Nutter,
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According to the Examiner.com, a Hertz Rent-a-Car employee in Duluth, Ga. was shot to death by an unknown person outside the car rental office on Sept. 21.
Monique Marlowe, 24, was shot while cleaning one of the rental vehicles by a man whom she identified to Gwinnett County Police as "a young black man wearing a light blue shirt."
Employees called 911 after finding her lying on the ground and she was transported to Gwinnett Medical Center, where she died later that evening.
Investigators are asking anyone with information to call Gwinnett County police at (770) 513-5333.
View the full article from the Examiner by clicking on the URL:http://www.examiner.com/article/woman-shot-to-death-behind-car-rental-office-near-gwinnett-county-transit
This article was updated at 11:31 a.m. on Sept. 26 as it incorrectly identified the state. We apologize for this error.
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Champions Trophy 2017: Buoyant Pakistan destroy England
Liam Plunkett edged a full toss from Rumman Raees for a boundary in the fifth delivery of the 48th over. Exactly 11 overs after their previous one. Pakistan bowlers never let their hold on the England batsmen, making them suffocate for runs throughout the innings, and ended up with meagre 211. Pakistan chased it down with 12.5 overs to spare to break into the finals of ICC Champions Trophy 2017.
Hasan Ali breaks the English batting after a steady start
Pakistan wouldn't have expected to go into the match without their lead pacer, but injury to Amir forced them to replace him with another left arm seamer — Rumman Raees who was impressive with the ball. Even when Junaid was going for runs, it was Raees who kept things quite with his tight line and length. Hales launched one straight into the hands of covers to present the debutant his first ODI wicket.
But it was the introduction of Hasan Ali that changed the course of the match. He bowled with verve and broke the England's middle order with his guile. Bairstow top edged a pull and was caught at deep square leg, and just when the Root-Morgan pair looked set to take the game away, Root was caught behind of Shadab. Morgan too chased a wide one which had a minuscule movement in it off Hasan Ali and was caught behind. The England batsmen, all got starts, but couldn't get going, such was Pakistan's disciplined bowling and Sarfraz's shuffling of bowlers. Someone like Ben Stokes, who scored 34 runs without a boundary to his name indicates how hostile the Pakistan bowlers were. The fielding efforts too were improved from their previous outings.
A century stand and the comprehensive chase
The Pakistani batters didn't take the game until the nick of time like their previous game and the openers ensured it with a brilliant century stand. Fakhar Rahman did two things. Defended when he couldn't attack, and attacked the rest. Azhar Ali played a classical opener's innings with a slow start and caught up as the game progressed. The England bowlers seldom troubled the Fakhar-Ahar pair and they were at ease.
Fakhar finally perished when he swung hard to a Adil Rashid googly and was caught short of the crease.This happened only when more than half the target was reached. Azhar was steady at the other end. England's nerves were seen on the field when they were left with nothing much to defend. Babar Azam was free flowing, rotating the strike and punishing the loose ones to the ropes. Expecting a quick bouncer, Azhar stepped out, only to be deceived by a slower bouncer from Jake ball and edged it on to the stumps, with the target well within reach. Hafeez's cameo ensured no further damage was done and Pakistan sauntered into the grand finale.
England's hope to win their first ICC tournament (50-over tournament) crash landed with a thud. Hasan Ali was awarded the Man of the Match for his third water shedding spell.
Final Scores:
England 211 (Root 46, Bairstow 43, Hasan 3-35, Junaid 2-42)
Pakistan 215 for 2 (Azhar 76, Fakhar 57)
Champions Trophy 2017: Humiliating defeat for India as spirited Pakistan win their first
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