Rum Aficionados Are in For a Treat with Relaunch, New Label – Business

(NewsUSA) – Rum aficionados, rejoice. A classic brand is re-entering the spotlight with a new look.

St. Lucia Distillers is re-launching the Chairman’s Reserve rum in the United States in July 2017, and will unveil new packaging designed to highlight the brand’s distinguished history and reputation for quality blends in the English rum style.

“Chairman’s Reserve has always been recognized amongst the finest rums in the world,” says Benjamin Jones, director of North America for the brand.

“Now, with an elegant, refreshed look, Chairman’s Reserve will return the spotlight to St. Lucia as an island with a rich and an original legacy for producing world-class rum,” he says.

The new label for Chairman’s Reserve positions the brand to compete at the premium level in the rum category and compete against premium aged spirits overall, according to a company statement.

The Chairman’s Reserve portfolio includes Chairman’s Reserve Rum Original, Chairman’s Reserve Spiced Original, Chairman’s Reserve The Forgotten Casks, and Chairman’s Reserve White Rum.

Chairman’s Reserve Rum Original is the flagship St. Lucian rum, created in 1999. Chairman’s Reserve Original combines rums from Coffey column stills and copper pot stills, well blended after maturation and further aged in oak casks.

Chairman’s Reserve Spiced Original starts with original Chairman’s Reserve and adds a spicy kick from a Caribbean bark known as “Bois Bande,” which has a reputation as an aphrodisiac. Other key ingredients include cinnamon, nutmeg, clove, vanilla, and allspice, as well as lemon and orange peels.

The Forgotten Casks of Chairman’s Reserve is formulated to mimic casks of rum that were saved from the St. Lucia Distillers during a fire on May 2, 2007. The casks were misplaced, then rediscovered, but were too old for the Chairman’s Original blend, and the rum was released on its own in the extra-aged category.

The product was successful enough for Chairman’s Reserve to regularly hold back some original rum for additional aging and branding as Forgotten Casks.

Chairman’s Reserve White Rum features hints of citrus and a blend of three- to four-year-old rums aged in American white oak casks after distillation in copper pot stills and a Coffey still.

In addition, “St. Lucia Distillers will re-release the brand, “1931,” as a limited reserve expression in the Chairman’s portfolio,” according to a company statement. The rare aged rum will be known as “Chairman’s Reserve 1931.”

For more information about Chairman’s Reserve products and the relaunch, visit


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Construction Videos – Putting the New Mack 2017 Pinnacle to the Test

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Stuart Russoli, highway product manager for Mack Trucks, takes a new 2017 Pinnacle on an mDRIVE demo during the recent 2017 Powertrain Ride and Drive event at the company’s customer service center in Allentown, PA


But he knows the way that I take; when he has tested me, I will come forth as gold. My feet have closely followed his steps; I have kept to his way without turning aside.

ENR Regionals Seeking Entries for 2016 Legacy Awards | 2016-07-15

Heavy Construction News

Do you know people who have established a solid “legacy” of lifetime service to the AEC industry and their colleagues? Movers. Shakers. Mentors. True professionals who have gone above and beyond their duties for decades?

Consider nominating them for an ENR regional Legacy Award. The winners will be honored during this year’s Best Projects events, and we will write a profile story about them in an upcoming ENR regional magazine.

The Legacy Award is given annually by ENR regional editors to an individual in their regions who has achieved a lifetime legacy of service, both to the AEC profession and the community.

Eligibility: Individuals may be nominated by industry colleagues, themselves or ENR editors. Age, working status (still working in the industry or retired), and professional roles or titles are not major factors in the nominations.

Selection Criteria: Individual nominees must have demonstrated significant lifelong contributions to the industry as a whole and to their chosen professions. There are no forms to fill out or entry fees to pay. Here’s the nomination process:

    • Nominations for an individual are initiated through a short (preferably one-page) letter of reference from the individual’s nominator or colleague(s) familiar with key elements of his/her career. This letter should be addressed to the ENR editor covering the region in which the nominee works (see the list of states below).


    • Nominations must also include a full business curriculum vitae, with career highlights, including innovations and key projects or initiatives worked on or managed.


    • Optional: Nominations can also include list of publications, white papers, articles, news stories written about (or authored by) the individual relevant to his/her career. Photos of work are encouraged as well. A color mug shot is optional, but recommended.


    • Optional: Nominations can also include a summary of the individual’s key activities outside the industry: community service, mentoring, teaching, political or government offices held, etc.


    • Names of the nominators may be kept confidential from the candidate (if requested) until the process has reached the finalists’ stage.


    • Nominee finalists may be asked to submit a short letter or statement about their interest in the award and provide other information as requested before final selection. The regional ENR editors will vote collectively to decide the winners.


Remember, there is no charge for entering this contest. The deadline for nominating candidates for this year’s Legacy Award for each region is listed below. Please send your nominations, by region, directly to the appropriate editor.

If you have questions about the nominations process, please call ENR Mountain States Editor Mark Shaw at 303-526-0620 or email at:

The nomination deadline for the following regions is August 31, 2017.

    • ENR New York (including New Jersey, New York): Editor Alisa Zevin,


    • ENR Texas & Louisiana (including Arkansas, Louisiana, Mississippi, Oklahoma, Texas): Editor Louise Poirier,


    • ENR California (including California, Hawaii): Editor Scott Blair,


    • ENR Mountain States (including Colorado, Idaho, Kansas, Montana, North Dakota, Nebraska, South Dakota, Utah, Wyoming) Editor Mark Shaw:


    • ENR Southwest (including Arizona, New Mexico, Nevada): Editor John Guzzon,


    • ENR Southeast (including Alabama, Florida, Georgia, North Carolina, Puerto Rico, South Carolina, Tennessee): Editor Scott Judy,


    • ENR Midwest (Illinois, Indiana, Iowa, Kentucky, Michigan, Minnesota, Missouri, Ohio, Wisconsin): Editor Jeff Yoders,


    • ENR Mid-Atlantic (including Washington D.C., Delaware, Maryland, Pennsylvania, Virginia, West Virginia): Editor Justin Rice,


The nomination deadline for the following regions is Sept. 15, 2017.

    • ENR New England (including Connecticut, Maine, Mass., New Hampshire, Rhode Island, Vermont): Editor Justin Rice,


    • ENR Northwest (including Alaska, Oregon, Washington): Editor John Guzzon,


We’re looking forward to hearing about your longtime “legacy” leaders.

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Concrete – Call 1 888 260 7525

Welcome Copenhaver Construction Inc. is a family owned and operated company. Established in 1992 we have continued to adapt and expand to meet the needs of our customers. From rock crushing to ready mix concrete, site prep to road construction, if you need some earth moved, hauled away or filled in, we are the one … Continue reading “Concrete – Call 1 888 260 7525”


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Heavy Construction News – Three new uranium minerals from Utah — ScienceDaily

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Leesite, leószilárdite and redcanyonite are three new uranyl minerals discovered growing on the walls of old uranium mines in southern Utah. An alumnus of Michigan Technological University found them.

“Have you ever seen the Hills Have Eyes? It’s that kind of creepy, barren desert landscape,” says Travis Olds ’12, now a graduate student at Notre Dame studying uranyl mineral compounds. He adds that he and others find mineralogy so exciting because of “the idea that there are things we still don’t know — and someone can see a pretty crystal and appreciate it.”

Olds specifically studies uranyl minerals because, as radioactive materials, it is important to know where they are found and how they change in different environments. He characterized leesite, leószilárdite and redcanyonite along with a small team including alumnus Shawn Carlson ’91 and staff scientist Owen Mills ’08 who runs the Applied Chemical and Morphological Analysis Lab (ACMAL) at Michigan Tech.

Everyone is familiar with rust; in mineral-speak, rust is an iron oxide or oxyhydroxide, which means it’s a secondary mineral formed by the interaction of air and water. These three yellow minerals are like uranium rust and while the glowing green stereotype of uranium is close it’s not quite right.

Though small and barely visible to the naked eye, leesite occurs in bright yellow aggregates of stacked blades or radiating needles up to one millimeter in length. The mineral also forms powdery masses nestled against a backdrop of companion minerals, most notably gypsum. Leesite’s atom arrangement stacks in alternates of uranium and oxide layers, and potassium is what sets it aside as a new mineral. Given its chemistry and structure, it’s a member of the schoepite mineral family; miners called the general mess of these minerals growing on the tunnel floors “gummites.”

Leószilárdite is pale yellow. A carbonate formed through uranium ore interacting with air, it’s also water soluble. Its most distinctive feature are bladed crystals.

“If you look at leószilárdite in a picture, you can kind of pick out that they have an unusual shape,” Olds says. “But put them under the SEM (scanning electron microscope) and it’s obvious.”

Olds says leószilárdite is a particularly interesting find because of the Carbon Mineral Challenge. The challenge runs through September 2019, with the goal to discover as many new carbon-based minerals as possible. The Deep Carbon Observatory, the organization leading the project, predicts there are still at least 145 unknown carbon minerals. Leószilárdite is one of eight discovered and officially recognized by the International Mineralogical Association since December 2015.

The final mineral is named for the area where these rare minerals are found. Redcanyonite varies in hue from orange to red-orange and the color comes from what chemically makes the mineral new — manganese and ammonium in its structure — and being a sulfate, it is not soluble in water, unlike leószilárdite.

Redcanyonite is one of the rarest uranyl minerals known because it can only grow within narrow constraints: access to manganese ions is the main driver, but it also can only form in organic-rich layers, the most likely source of ammonium.

All three specimens represent a small and unique slice of Earth’s crust where human activity spurred the formation of previously unknown minerals.

“The only way to better understand the chemistry of uranium is to go out and find new minerals — and describe their topology, their structures,” Olds says. “They teach us a lot about how uranium can then be moved in the environment.”

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God is spirit, and his worshipers must worship in the Spirit and in truth.

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Listen To Drake at Music Hot Hits

Aubrey “Drake” Graham (born October 24, 1986 in Toronto, Ontario) is a Grammy award nominated Canadian actor, rapper and singer signed to Young Money/Universal Motown. Drake shot to global fame upon the release of his critically acclaimed 2009 mixtape So Far Gone and Best I Ever Had, a single from the mixtape which peaked at #2 on the Billboard Hot 100.

Drake\’s music career began in 2006 with the release of his debut mixtape room for improvement. The tape featured collaborations with Trey Songz, Lupe Fiasco and Nikelus F and marked the beginning of a long-time partnership with Canadian producer boi-1da. The mixtape sold 6,000 physical copies in the year of its release.

comeback season, Drake\’s second official mixtape, was released in 2007 and featured the single replacement girl. The track featured vocals from Trey Songz and received heavy rotation on MTV and BET television networks. robin thicke, clipse and rich boy featured on the mixtape, however it was Man of the Year – a t

I have been crucified with Christ and I no longer live, but Christ lives in me. The life I now live in the body, I live by faith in the Son of God, who loved me and gave himself for me.

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AT&T is now offering HBO for free. Here’s why

If you’ve been thinking about subscribing to HBO so you can watch “Westworld,” “Game of Thrones” and other hit shows, AT&T is hoping a new promotion will lure you to its service.

The cellphone carrier announced Wednesday that it will throw in a subscription to HBO for free if you sign up for Unlimited Plus, AT&T’s top-tier unlimited data plan.

The deal starts Thursday, and is eligible for new and existing AT&T customers. A single line on Unlimited Plus costs $90 a month, and it costs about $185 a month for four lines. Under the plan, customers receive 10 GB of mobile hotspot tethering, and online video can be streamed in high definition.

[Verizon is reportedly planning a new streaming TV service]

Because you know that the testing of your faith produces perseverance.


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Heavy Construction News – Making wires of polymers chains — ScienceDaily

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Consumer demand continually pushes the electronics industry to design smaller devices. Now researchers at Singapore’s Agency for Science, Technology and Research (A*STAR) have used a theoretical model to assess the potential of electric wires made from polymer chains that could help with miniaturization.

As conventional silicon-integrated circuits reach their lower size limit, new concepts are required such as molecular electronics — the use of electronic components comprised of molecular building blocks. Shuo-Wang Yang at A*STAR Institute of High Performance Computing together with his colleagues and collaborators, are using computer modeling to design electric wires made of polymer chains.

“It has been a long-standing goal to make conductive molecular wires on traditional semiconductor or insulator substrates to satisfy the ongoing demand miniaturization in electronic devices,” explains Yang.

Progress has been delayed in identifying molecules that both conduct electricity and bind to substrates. “Structures with functional groups that facilitate strong surface adsorption typically exhibit poor electrical conductivity, because charge carriers tend to localize at these groups,” he adds.

Yang’s team applied density functional theory to a two-step approach for synthesizing linear polymer chains on a silicon surface. “This theory is the best simulation method for uncovering the mechanism behind chemical reactions at atomic and electronic levels. It can be used to predict the reaction pathways to guide researchers,” says Yang.

The first step is the self-assembled growth of single monomers on to the silicon surface. Yang’s team studied several potential monomers including, most recently, a thiophene substituted alkene and a symmetrical benzene ring with three alkynes attached. The second step is the polymerization of the tethered monomers by adding a radical to the system.

According to the calculations, these tethered polymers are semiconductors in their natural state. “We introduced some holes, such as atomic defects, to the wires to shift the Fermi levels and make them conductive,” Yang explains.

The team then studied the electron band structures of each component before and after tethering and polymerization; finding little charge transfer between the molecular wires and the silicon surfaces. “The surface-grafted polymers and underlying substrates seem independent of each other, which is an ideal model of a conductive molecular wire on a traditional semiconductor substrate,” says Yang.

“Our finding provides a theoretical guide to fabricating ideal molecular wires on traditional semiconducting surfaces,” he adds. The team is plans to extend their work to study 2D analogs of these 1D polymer chains that could work as a metallic layer in molecular electronic devices.

The A*STAR-affiliated researchers contributing to this research are from the Institute of High Performance Computing and Institute of Materials Research and Engineering.

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Have I not commanded you? Be strong and courageous. Do not be afraid; do not be discouraged, for the Lord your God will be with you wherever you go.

Heavy Construction News – Coal mine dust lowers spectral reflectance of Arctic snow by up to 84 percent — ScienceDaily

Combining neutron and X-ray imaging gives clues to how ancient weapons were manufactured

Dust released by an active coal mine in Svalbard, Norway, reduced the spectral reflectance of nearby snow and ice by up to 84 percent, according to new University of Colorado Boulder-led research.

The study illustrates the significant, localized role that dark-colored particulates — which absorb more solar radiation than light-colored snow and keep more heat closer to Earth’s surface — can play in hastening Arctic ice melt.

The study was published today in the Journal of Geophysical Research: Atmospheres, a publication of the American Geophysical Union.

Unblemished snow and ice have a very high spectral albedo, a measurement used to indicate how effectively a given surface reflects solar energy. Over time, airborne black carbon particles (from soot or automobile emissions, for example) or other mineral dust can travel long distances in the atmosphere and settle on snow and glaciers, lowering the overall albedo.

To study the localized effects of coal dust on an area with high spectral reflectance, CU Boulder researchers focused on an active coal mine in Svalbard, Norway, located on a sparsely populated island north of the Arctic Circle. The researchers collected snow and ice samples from four sites at varying distances from the mine, with some samples being visibly dirtier than others.

The researchers then measured the light absorption capacity of each sample, adjusting for environmental factors such as snow grain size and location relative to the mine. Overall, the study concluded that coal dust had a strong but localized effect, reducing the albedo in the immediate area by up to 84 percent.

The findings may provide a foundation for similar research using satellites and remote sensing techniques in far-flung areas.

“The extreme contrast between snow and dust at this particular site gave us a baseline to develop algorithms that we can now use to take future measurements in areas that aren’t easily accessible,” said lead study author Alia Khan, a post-doctoral researcher in CU Boulder’s National Snow and Ice Data Center and former graduate student at the Institute of Arctic and Alpine Research (INSTAAR).

The findings may also provide context for future policymaking decisions regarding the potential expansion of mining the coal-rich Arctic region, especially in light of ongoing permafrost thaw that may allow more land-based drilling operations.

“We hope these ground-based spectral measurements could be used in the management of future energy development in the Arctic, especially for mines that may be unavailable for ground-based observations, but may be large enough to be visible by satellite,” said Khan.

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Be joyful in hope, patient in affliction, faithful in prayer.

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Construction photos – Underconstruction

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Location: Cagayan Valley Philippines,
This is a normal scene when the election is coming, its always underconstruction.

Posted by nongxky on 2009-06-18 08:21:57

Tagged: , bridge , construction , heavy equipments

The one who eats everything must not treat with contempt the one who does not, and the one who does not eat everything must not judge the one who does, for God has accepted them.


Heavy Construction News – 2013 Bingham Canyon landslide, moment by moment — ScienceDaily

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In spring 2013, observation systems at Utah’s Bingham Canyon copper mine detected ground movement in a hillslope surrounding the mine’s open pit. Out of caution, mine managers evacuated personnel and shut down production, waiting for the inevitable.

On April 10, at 9:30 p.m. and again at 11:05 p.m., the slope gave way and thundered down into the pit, filling in part of what had been the largest human-made excavation in the world. Later analysis estimated that the landslide was at the time the largest non-volcanic slide in recorded North American history. Now, University of Utah geoscientists have revisited the slide with a combined analysis of aerial photos, computer modeling, and seismic data to pick apart the details. The total volume of rock that fell during the slide was 52 million cubic meters, they report, enough to cover Central Park with 50 feet of rock and dirt. The slide occurred in two main phases, but researchers used infrasound recordings and seismic data to discover 11 additional landslides that occurred between the two main events. Modeling and further seismic analysis revealed the average speeds at which the hillsides fell: 81 mph for the first main slide and 92 mph for the second, with peak speeds well over 150 mph.

The study shows how the team’s methods can be used to remotely characterize a landslide, and the details they elicited from the data may be useful in planning for and modeling future landslide events.

The results are published in Journal of Geophysical Research-Earth Surface.

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I will refresh the weary and satisfy the faint.

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