Construction Safety Lighting Options

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A building or establishment needs more than just natural lighting to keep the building safe. There are many other Construction Safety Lighting Options that you should consider and each of them can be bought at low costs. You can even customize the lights so you can use them during emergency power outages or to a point where they serve as designs and add aesthetic beauty to an establishment other than utility purposes.

Construction Safety Lighting Options consist of three types which are Task Lighting, Access and Stair lighting, and Emergency Lighting.

If you are using a part of a building for work or as an office, then it is best that you have adequate Task Lighting to ensure that your workers can clearly see what they are working on. This could also be called interior lighting and it is up to you to mix and match designs, but making sure that the lights are helpful and give no hindrance to work.

Access and stair lighting should always be present in a building. This allows people inside a building to safely move around the building. Make sure that these lights could cover any access paths or stairs as these are common places for robberies, hold-ups and other criminal acts.

Emergency lighting is important so people inside a building could exit the workplace in case of emergencies. There are two kinds of emergency lighting units available; Non-Maintained, which refers to lights that are sustained by batteries, and Maintained, which has a steady supply of electricity. Non maintained lights can be available in safety boxes and installed in walls which can be switched on during power outages.

Don’t forget to consider LED lighting for your construction site. LED lights are cost effective in a number of ways and generally provide brighter light, more reliability and less maintenance. Barricades are also important for construction safety. There are many different types of barricades available for use in any construction site. Whether you want to stop people from going in to a site completely, want to keep people away from an area or need to warn people to be careful in a certain area, barricades and barricade lights are immensely useful and a solid investment.

There are a number of Construction Safety Lighting Options that you could consider. When picking out the lighting designs and bulbs that youd like installed in your establishment, make sure that the designs dont interfere with the light and the bulbs are durable and have a long life span.

Some Ideas On Dance Floor Construction

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Regardless of whether you are putting together your own club or your own bar, or if you are planning a one time event throughout which there will be a lot of dancing, then dance floor construction is very essential consideration. It should, in truth, be one of your first concerns, because the dance floor construction and where the floor will ultimately go can and will impact the way the rest of the place is prepared and laid out.
When you are planning the structure of a bar or a club, the dance floor construction itself depend on many things. For example, how large is the place in which your bar or club will reside? If you only have a small amount of room, then you need to determine what would you like to take up the most room. For example, do you want a small dance floor? This is a good idea if you are introducing a much more intimate, relaxed club or bar. It is also the ideal alternative if you do not intend to offer dancing all of the time. In such a case, then your dance floor construction plans may include little more than buying a portable dance floor and mapping out enough room in which to put it when you need it. Having said that, if your club is in a small room but you intend to offer dancing quite a lot, then you may need to devote to your dance floor top room priority.
If you have a bigger room with which to work, then your dance floor construction plans can consider on totally new dimensions. The dance floor might be simply as big as you wish it to be though you certainly do not need to get too carried away. You see, your plans should also depend on how many potential consumers and patrons you realistically wish to have. If you are creating an intimate, relaxing room, then be reasonable. Also, if you offer dancing all of the time, that does not necessarily indicate that a whole lot of individuals will be there to dance. You do not need to waste an enormous amount of room on dance floor construction if not that many individuals are going to be using it.
Then, as well, you will need to determine what kind of dance floor you want. Once more, if you only intend to offer dancing some of the time, then a common dance floor may be your greatest bet. If, however, you feel that many people will frequent your club and you intend to offer dancing opportunities often, then you might look at a floor which is powered by LED lights or video.

Shaw Capital Awarded Construction Management Contract for Clean Fuel Project

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Shaw Capital Awarded Construction Management Contract for Clean Fuel Project at Marathon Illinois Refinery BATON ROUGE, La.,–The Shaw Group Inc. (NYSE: SHAW) today announced it has been awarded a capital contract from Marathon Oil Corporation (NYSE: MRO) to provide construction management services for a benzene reduction project at its refinery in Robinson, Ill. Services include management of site construction activities such as contractor selection, safety warning, materials management and project controls. The construction is expected to be completed before the mandated date for reduction of benzene content in gasoline to meet new EPA standards. The award follows Shaw’s earlier project management, engineering and procurement services work for the feasibility and definition phases of the project. “Shaw has extensive refinery expertise and a strong reputation for helping customers meet clean fuels regulations at their plants,” said Lou Pucher, president of Shaw’s Energy & Chemicals Group. “We place a priority on understanding key environmental and economic drivers and working closely with our customers to ensure success.” Most recently, Shaw management completed engineering and procurement services for another benzene reduction capital project at Marathon’s Catlettsburg, Ky., refinery and a 70,000 barrel per day heavy gas oil hydrocracker unit and 47,000 barrel per day kerosene hydrotreater unit at Marathon’s Garyville, La., refinery as part of that plant’s recent major expansion project. Last year, Shaw was awarded a maintenance, capital construction, turnaround support and specialty services contract for Marathon’s Texas Refining Division. The undisclosed value of the new contract will be included in Shaw’s Energy & Chemicals segment’s backlog of unfilled orders in the third quarter of fiscal year 2010. The Shaw Group Inc. (NYSE:SHAW) is a leading global provider of engineering, construction, technology, fabrication, remediation and support services for clients in the energy, chemicals, environmental, infrastructure and emergency response industries. A Fortune 500 company with fiscal year 2009 annual revenues of $7.3 billion, Shaw has approximately 28,000 employees around the world and is the power sector industry leader according to Engineering News-Record’s list of Top 500 Design Firms. For more information, please visit Shaw’s website at www.shawgrp.com. The Private Securities Litigation Reform Act of 1995 provides a “safe harbor” for certain forward-looking statements. The statements contained herein that are not historical facts (including without limitation statements to the effect that the Company or its management “believes,” “expects,” “anticipates,” “plans” or other similar expressions) and statements related to revenues, earnings, backlog or other financial information or results are forward-looking statements based on the Company’s current expectations and beliefs concerning future developments and their potential effects on the Company. There can be no assurance that future developments affecting the Company will be those anticipated by the Company. These forward-looking statements involve significant risks and uncertainties (some of which are beyond our control) and assumptions and are subject to change based upon various factors. Should one or more of such risks or uncertainties materialize, or should any of our assumptions prove incorrect, actual results may vary in material respects from those projected in the forward-looking statements. The Company undertakes no obligation to publicly update or revise any forward-looking statements, whether as a result of new information, future events or otherwise. A description of some of the risks and uncertainties that could cause actual results to differ materially from such forward-looking statements can be found in the Company’s reports and registration statements filed with the Securities and Exchange Commission, including its Form 10-K and Form 10-Q reports, and on the Company’s website under the heading “Forward-Looking Statements.” These documents are also available from the Securities and Exchange Commission or from the Investor Relations department of Shaw. For more information on the company and announcements it makes from time to time on a regional basis, visit our website at www.shawgrp.com.

Three Types Of Construction Building, Heavycivil, And Industrial

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One of the largest industries in the United States is construction. In construction projects, a variety of people working several different jobs come together to build and assemble infrastructures. The tasks in construction range from designing and building to governing and maintaining the scope of the project while the building or other infrastructure is being assembled.

With up to hundreds of workers working simultaneously to complete a building, construction projects are no small undertaking. And there are three basic types of building projects that the construction industry: building construction, heavy or civil construction, and industrial construction. The following paragraphs describe these types of building projects, explaining the what they are and giving common examples.

Building Construction

Building construction is one of the most popular types of construction projects and the one that most people are familiar with one. These projects are usually smaller than other types of building projects, and popular definition of building construction is the process of adding structure to real property. For instance, building a house on a piece of land already owned by the person who will own the house is an example of a building construction project.

But building construction can include other projects than just constructing entire buildings. In fact, most building construction projects are small renovations. Renovating and updating bathrooms are common renovations, as are room additions. Other small building construction projects include updating a room or an entire house to be safer, more energy efficient, or more high-tech.

Because building construction projects are usually smaller in scope, property owners frequently do not hire a contractor. Instead, the owner of the property organizes the hiring and payment of a construction company or crew. However, without a contractor, the owner of the property is also responsible for handling any legal or financial problems that may occur if he or she is unsatisfied with the end result or if the cost overruns the original budget and scope of the project.

The owner must also be responsible for carefully overseeing the development of the project in order to ensure that it is carried out correctly and that the end result is what he or she wanted. Because of all of these responsibilities, many property owners prefer to hire a contractor to oversee the building construction projects, even if they are small.

Heavy/Civil Construction

Heavy or civil construction projects are another type of construction that, essentially, is the adding of infrastructure to an already built environment. Instead of privately owned properties, these types of construction projects usually deal with public properties. The owners of these projects are usually local or national government agencies and are usually done to benefit the public. The most common type of heavy construction is highway and road construction. This can include building entirely new roads, expanding existing highways, or repairing road surfaces.

Heavy and civil construction projects are much larger in scope than building construction projects, and therefore, it often takes longer to prepare for them. For instance, owners and construction managers are usually required to notify utility companies in the area before beginning construction, and they have to be careful to take all government restrictions, mandates, and health and safety regulations into consideration when planning heavy construction projects.

Although most heavy and civil construction is paid for by government agencies, they can also be governed by private corporations. While government-owned construction projects are usually not-for profit, heavy construction projects owned by private corporations are usually done so that the corporation can make money and not to serve the general public. Examples of this type of heavy and civil construction include the building of resorts, golf courses, power companies, dams, railroads, mines, and other earthwork projects.

Industrial Construction

The smallest sector of the construction industry and what people are usually most unfamiliar with is industrial construction. Industrial construction projects include for-profit projects that are owned by very large corporations. These projects are some of the largest in scope and include such industries as medicine, petroleum, chemical, manufacturing, power generation, and so on. Industrial construction projects also have to adhere very closely to government laws and regulations and have to undergo an extensive inspection process, which means a great deal goes into the planning and preparation stages of these projects.

Of course, this is only a brief overview of the different types of construction projects. The construction industry is large, and it’s easy to see why. The three main types of construction–building, heavy and civil, and industrial–account for almost every structure that we see and use today. In fact, the construction industry employs millions of people.

And because construction is one of the largest industries, it is becoming easier and easier to find quality construction companies across the country. So whether you’re looking for Los Altos construction, Los Gatos construction, or construction in other parts of the state, finding a good construction company to help make your building dreams a reality shouldn’t be too difficult.

Construction is a unique industry that sometimes incorporates hundreds or thousands of workers in one project. Many construction projects incorporate several different teams of specialists and tasks, and all these people come together to build infrastructures that range from small renovations to highways and factories.

Types of Masonry Construction, Characteristics and Common Uses

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Types of Masonry Construction, Characteristics And Common Uses

Virtually, all buildings incorporate some type of masonry construction, whether it is a stone or concrete foundation, brick veneer walls, or terra cotta ornamentation. Preservation of these buildings requires a basic understanding of masonry types and their characteristics, technology and construction methodology, proper maintenance and conservation treatments.

Masonry is generally a highly durable form of construction. However, the quality of material used, together with the quality of the mortar and workmanship can strongly affect the durability of the overall masonry construction. Masonry is commonly used for the walls of buildings, retaining walls and monuments. Brick is the most common type of masonry and may be either load bearing or a veneer. Concrete Masonry Units (CMU’s) are made from concrete and are larger than ordinary bricks. CMU walls can be reinforced by filling the block voids with concrete and steel reinforcing bars. Typically, not all voids are filled, but rather those at corners, wall ends, adjacent to window and door openings, which increase wall strength and stability. Placement of steel reinforcement generally results in a CMU walls having much greater lateral and tensile strength than unreinforced walls.

The earliest material to be used was stone. It can be obtained in two ways: from natural outcroppings or scattered deposits, and by the process of quarrying. Most early buildings were constructed of stone readily available near the building site. Early stonemasons also were aware that certain stone types had more -weatherability- – able to withstand the effects of weather better than others – and they utilized each type in accordance with its properties. Stones may be laid up in their natural form, or broken and squared, or shaped, for the proper fit with other stones in the wall.

Quarrying, the industrial process of extracting stone from the earth requires substantial effort and technology. In this process, stone is drilled, blasted, fractured or cut from the quarry face, and then shaped and finished for use in construction.

Concrete masonry units (block and concrete brick are available in sizes, shapes, colors, textures, and profiles for practically every conceivable need and convenience in masonry construction. In addition, concrete masonry units may be used to create attractive patterns and designs to produce an almost unlimited range of architectural treatments of wall surfaces. The following are some more prominent uses:

Exterior load-bearing walls (below and above grade)

Interior load-bearing or non load bearing walls

Fire walls, party walls, curtain walls

Partitions, panel walls, solar screens

Backing for brick, stone, stucco, and other exterior facings

Veneer or nonstructural facing for wood, concrete, or masonry

Fire protection of structural steel members

Firesafe enclosures of stairwells, elevator shafts, storage vaults, or fire hazardous work areas

Piers, pilasters, columns

Bond beams, lintels, sills

Floor and roof systems

Retaining walls, slope protection, ornamental garden walls, and highway sound barriers

Chimneys and fireplaces

Catch basins, manholes, valve vaults

Paving and turf block

Solid brick masonry is made of two or more layers with the units running horizontally (called -stretcher- bricks) bound together with bricks running transverse to the wall (called -header- bricks). Each row of bricks is known as a course. The pattern of headers and stretchers employed gives to different bonds such as the common bond, with every sixth course composed of headers, the English bond, and the Flemish bond, with alternating stretcher and header bricks present on every course. There are no real significant utilitarian differences between most bonds, but the appearance of the finished walls is affected. Brickwork, like unreinforced concrete, has little tensile strength, and works by everything being kept in compression.

There are many brick laying patterns, the following are but a few:

Stack Bond The brick laying patterns described by this term are not structurally sound and are used only for decorative purposes. The stack bond is a run of stretchers with each stretcher stacked centered on the stretcher below it. All joints run vertically down the entire wall.

Running Bond brick laying patterns are a run of stretchers with each stretcher placed in the center of the stretcher below it. This pattern gives a reasonable amount of structural soundness.

English Bond is made up of alternating courses of stretchers and headers. This is the strongest bond for a one-brick thick wall.

Brick Terminology

Bat is a brick cut in half or quarter along the short face

Closer A queen closer is brick cut in half down the long face. They are used in corners of English or Flemish Bond.

Header Brick is laid in a wall, usually connecting two rows of a double wythe wall. The smallest end of the brick is horizontal, aligned with the surface of the wall and exposed to the weather.

Quoins are groups of brick that project slightly from the face of a wall at the corner of a building. The pattern often alternates with several courses projecting bricks, and several courses that are aligned with the wall. The pattern of projecting quoins often alternates with the brickwork on the other side of the corner.

Rowlock is a complete course of brick laid on its side, with the shortest end of the brick exposed and vertical. Commonly used on the top course as a coping for a garden wall.

Sailor Brick are laid on its end with the largest, broad face exposed.

Shiner Brick laid on edge like a sailor, but the broad face is set horizontally.

Soldier Brick often is a complete course of brick laid on end vertically, with the narrow side exposed in the face of the wall.

Wythe is a single vertical wall of brick.

Clay Brick vs. Concrete

The formula for brick making has not changed for hundreds of years. The primary ingredients are clays and shale. It is these ingredients that give natural brick its colors and hue.

The natural color of concrete is gray. In order to give concrete bricks color, additives are necessary to create the variety of colors. Weather and the ultraviolet rays of the sun can cause concrete bricks to fade over time.

Concrete bricks have a tendency to shrink. During the concrete curing process, if the bricks are not properly cured prior to being delivered to the jobsite, shrinking and cracking will appear at the mortar joints and can allow water to enter the wall cavity.

According to a recent survey of architects, designers, engineers, and environmental planners and managers conducted by the Portland Cement Association (PCA), 77 percent chose concrete as a sustainable material. Overall, respondents ranked concrete favorably for its energy efficiency, durability and reduced maintenance. Over 500 individuals participated in the blind survey presented in an Internet survey form by a third party web host.

According to PCA President, -buildings with exterior concrete walls utilize less energy to heat and cool than similarly insulated buildings with wood or steel frame walls-. Additionally, -the superior insulation, air tightness, and mass of the walls can reduce energy for heating and cooling by up to 40%.

Alan Trauger is a Building Consultant that performs property condition assessments for residential and commercial properties. An experienced and knowledgeable problem solver, understanding processes and issues related to building structures and their systems. An expert witness, trainer, and educator. To review Authors Bio, qualifications, and interest in receiving future email newsletters http://www.alantrauger.com

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