OSHA’s Hazardous Spills Training

Hazardous spills can occur in almost any facility. Even if there is only a small chance that it could occur in your facility, your employees should be trained on what to do in a hazardous spill situation. OSHA defines five levels of training in the Hazardous Waste Operations and Emergency Response regulation.

First Responder Awareness

This level involves everyone who enters a facility including personal who don’t usually deal with chemicals including office personal. These employees need four hours of training and they learn the basics about the chemicals in the facility and their risks. They are also taught how to recognize a hazmat emergency and who to contact.

First Responder Operations

This level is for workers who have the job of keeping spills from spreading and to keep unauthorized personnel away from the spills. The employees at this level are required to take 8 hours of training. They learn hazardous materials terms and risk assessment. Also they learn personal protective equipment use, simple control and containment operations and how to implement basic decontamination procedures.

Hazardous Materials Technician

These employees actually enter the spill area and stop spilled material from spreading. Hazardous materials technicians need 24 hours of training. Their training covers chemical and toxicological hazards and risk assessment techniques. They also learn use of field survey instruments to identify hazardous materials, spill control techniques, plug leaking containers and complex decontamination procedures.

Hazardous Materials Specialist

Hazardous materials specialists are experts on how to handle all of the hazardous materials in your site and they work with federal, state, local and other Government officials if necessary. They receive 24 hours of class training including detailed training on chemical, radiological and toxicological hazards. They learn PPE for unique situations, how to determine what type of decontamination procedure to use and how to perform specialized containment operations.

Incident Commander.

Incident commanders receive the highest level of HAZMAT training as they are in charge of all cleanup operations. The amount of hours needed for training varies from facility to facility but they are required at least 24 hours of class training. They need to have intimate knowledge of state and local regulations and know how to implement the facilities emergency response plan. The commander is also an expert on decontamination and medical risks

When hazardous spills happen it is critical that every employee at every level works together during the emergency to make sure that there are no injuries and that the facility is as safe as possible. Completing the OSHA required training is the first step in the process.

About the Author

Charlie Bentson King is a Vice President for Workplace Safety Videos -a distributor of safety videos and safety DVDs

Boat Swim Platforms Designed For High Functionality and Splendor

Boat swim platforms are today an integral part of all sailboats and yachts. This is due to their high functionality and for their contribution in adding to the overall beauty of the water vessel. Most of the swim platforms today are fabricated out of aluminum oval tubing. These make them sturdy and durable to accommodate all kinds of activities while you are in the waters.

The boat swim platforms as the name suggest makes getting on or off easier while you are using any marine vessel for boating or for mooring. Almost all boats today come with swim platforms that can be used for other activities while on the waters like giving you the room for sitting, slipping on your skis, BBQ-ing, fishing, and taking a dip or even just for sun bathing! In addition, it frees up space on the boat and hence allows more people on board in the boat.

Swim platforms are also great for enhancing the safety of the boat riders. A recent survey has shown that the average cost of accidents related to boats without a swim platform is more than the cost of the extended platform itself. Hence, this type of boat platform not only gives you more usable space but also reduces the chances of unwarranted accidents.  These platforms help you in preventing mishaps related to accidental running into your propeller or outdrive. This is especially important if you have kids and pets whom you wish to accompany you while on a boating spree. So, invest on boat swim platforms to ensure the safety of your family and friends while at sea. 

Apart from the standard varieties available in the market, nowadays most of the manufacturers of marine equipments take orders for customized products. These are made as per the exact specifications of the customer with exact precision and artisanship. Manufacturers of these swim platforms and passerelle nowadays also accept submission of drawings for specially configured ones and meet the needs accordingly. Indeed, manufacturing of flexible and customizable swim platforms are the hallmarks of a good supplier or manufacturer of boat swim platforms.

Nowadays, the internet has facilitated customers based in any part of the world to get access to marine equipments like boat swim platforms online. This had made getting the best varieties very easy. You can also get other accessories like passerelle, yacht davits, and anchor pockets from these manufacturers through the online source.

About the Author

UMT Marine International is expert in, custom crafted marine technology throughout every phase of the fabrication and manufacturing process and in custom crafted marine technology products like <strong>Anchor Pockets</strong> which maintains best industry standards <strong> Yacht Davit</strong> the best in design.

Aluminium Extrusion Profile and Process – Basics Explained

Aluminium extrusion is the process through which the aluminium is pushed forcibly through a series of dies for creating desired shapes. Aluminium is the most abundant element of the metal group that can be found in the earth’s crust. The raw form in which it is found in the earth’s surface is known as Bauxite, an alloy made up of aluminum, oxygen and other metals and elements. The most common misperception about it is that it is not a pure metal, but an alloy. In reality, it is a pure metal. There are many advantages of Aluminium Extrusion and they are:

    * It is such a metal which is comparatively light weighted. If compared with other metals like Ag or Cu, it’s weight is one third of them.

    * The tensile strength of Aluminum is almost close to that of steel. In terms od PSI strength, it is 90,000 PSI.

    * This metal is highly efficient in term of strength to weight ratio. Its strength to weight ration has been found to be extremely high, which means that it is highly efficient.

    * The other qualities of Aluminum consist of resistance to corrosion, highly reflective, high conductivity to electricity, non-brittleness during excessive cold, non-combustible and many more. Some of the other advantageous features of this metal are durability, versatility, flexibility, consistency, malleability, etc.

In order to get high quality, some aspects are there that are needed to be maintained for defect free extrusion. Some of these important points for aluminium extrusion is given below:

    * To analyze the alloy of Aluminum, a modern and specialized instrument called Direct Reading Optical Emission Spectrometer is used. What is the utility of this check-up? The most important utility lies in close tolerance of the composition with the metal, Aluminum. This test helps in judging the effectiveness of achieving most desirable mechanical properties.

    * The logs used for them are essentially homogenized before pre-heating them. This is done for achieving improved finishing and superior quality.

    * The latest computerized equipments should be used for manufacturing tool and dies. Some of these upgraded equipments are Spark Erosion Machines, Jig Boring Machines, CNC equipments (several of them) and Wire Cut Machines.

    * These extrusion profile needs to have uniform properties. In order to achieve this, a special kind of process is carried out. This process is known as Ageing. According to this, a special kind of thermal treatment is done. This process involves a specialized oven where air is blown at high velocity at controlled temperature.

    * Aluminium extrusion profile that is created through the entire process is then subjected to checking, involving inspection and measurement. This process of dimension checking is done through an automatic system called ROMIDOT.

    * These profiles that are produced through the entire process written above is then subjected to proper handling through a conveyor system. This conveyor system is essentially PLC controlled. This process continues until the aluminium extrusion materials get packed.

The logo of the concerned aluminium extrusion company is then imprinted on the package.

About the Author

Samuel John is an aluminium extrusion expert. Here, he gives basic information on aluminium extrusion profile created by renowned companies

Hospitality Catering Equipment

Catering equipment encompasses a wide selection of products, from cookers, dishwashers, mixers and refrigerators to storage cabinets, cash registers, displays and soup kettles. Attempting to manage purchasing all of this hospitality equipment can seem like a tall order. However, there is an online specialist that supplies all of the above and more to commercial and industrial companies across the UK. Business owners can browse and purchase products without having to step foot out of their restaurant, and have it delivered to their door within a couple of days.

This online catering equipment specialist understands that many new business owners may not know enough information about equipment to make an informed decision. Therefore, they have a resource page dedicated to buyer guides. These offer insights in to what the equipment might be used for, as well as pro’s and con’s of the options available. If any more information is required, customers can contact their knowledgeable team from 8am to 10pm, every day of the week.

One of the benefits of buying online is that business owners can search for the best priced catering equipment on the market. The retailer is confident that their prices are extremely competitive, they always aim to pass on savings to the client and they often run a selection of special offers. Despite their competitive prices, their products are all from leading manufacturers including, Maidaid, Interlevin, Valera and Parry. They also offer a selection of own brand equipment, of the highest quality.

Should you experience any problems with any of the products purchased from the online store, they offer a technical support service and in certain cases an engineer callout service. There is a dedicated page on the website for more information regarding their support options.

If your business is just starting out and you are looking for a one stop shop for all of your catering equipment requirements, take a look at this online specialist’s website. Purchasing is really simple, customers can pay using a variety of methods including, Visa, MasterCard, Maestro and American Express. They offer either next day or 2-3 day delivery, so your new items will be ready for use in no time at all.

About the Author

Content Writer for Creare, specialists in SEO

Going Beyond Wind and Solar Farms

Recent years have seen tremendous focus on renewable energy in the US. Emphasis has been on wind and solar energy and a lot of attention seems to have been concentrated on the desert areas of Southern California. With millions of acres of sandy area, the Mojave and Colorado deserts offer an ideal opportunity for huge wind and solar farms.

Interestingly, the US government too has put its final stamp on a number of projects, many of them are being fast tracked, and California is now poised to become the solar energy capital of the world. But while a lot of attention is being laid on generating energy from renewable sources and much revenue is being funnelled towards it, is putting up solar and wind farms all it takes to reduce our dependence on fossil fuel, many would think not.

Is the energy infrastructure ready for renewable energy?

Renewable energy generation seems to be only part of the issue, also of importance is the distribution and transmission infrastructure like transformers. The US has one of the largest energy production, transmission and distribution machineries in the world. Unfortunately, much of it is aging. The aging energy transmission, distribution network and aging transformers are causing reasonable energy waste; the energy distribution system also needs to be upgraded to take on the additional task of dealing with variance in energy from fossil fuel to renewable.

Undoubtedly, renewable energy from solar and wind have the potential to power millions of homes across the United States. Though initially capital intensive, renewable energy has the propensity to pay for itself in a matter of years, reduce the country’s carbon footprint and dependence on foreign oil, however, before we begin tapping into the benefits of renewable energy we need to have infrastructure in place that stores, distributes and transmits energy efficiently.

Problems associated with renewable energy

One of the biggest drawbacks of renewable energy is its fluctuating supply. This problem can only be resolved by putting up storage units for renewable energy and storing it when it is being generated plentifully and used even when supply is low. Huge storage batteries seem to be the ideal solution.

The smart gird is yet another aspect of the infrastructure that needs to be responsive and ‘smart’ enough to address issues caused by fluctuating energy levels, track energy distribution and pre-empt energy disruption. The biggest issue however presents itself in the form of energy transformers. Energy transformers play a vital role at every step of the way, from collecting energy at solar and wind farms, to stepping it up for transmission and then stepping energy down at multiple levels for consumption.

Thousands of energy transformers in the United States are rapidly aging, they need to be replaced by energy efficient distribution transformers that are hardy and able to transmit energy generated by both fossil fuel and renewable sources.

Much like rectifier transformers, Wind Turbine Step-Up Transformers are designed for harmonics, additional loading, and have electrostatic shields to prevent transfer of harmonic frequencies between the primary and secondary windings.

So while the emphasis is currently on producing renewable energy, it’s time to seriously consider the capabilities of transformers to adapt to the changing energy needs.

About the Author

To know more about energy infrastructure and distribution transformers. Visit Pacific Crest Transformers website

Use of Structural Steel Drawings For Steel Buildings Construction

Steel building construction is a rapidly expanding business these days. Steel buildings are better constructed and are stronger than other conventional buildings. And for effective construction of such, structural steel drawings are one of the most flexible options of all. The number of advantages and applications that these drawings provide makes them a more preferred option.

Structural steel drawings can be defined as a collection of drawings of various structures such as buildings, bridges, dams, tanks, and highways. One can get a clear idea about working of any building construction project. Such drawings are prepared by experts and fall within defined criteria for structural engineering and building construction. Users can get familiar with his/her proposed building structure – about its dimensional specifications and various other factors.

Structural steel drawings have various utilities and can be used for variety of purposes such as to design buildings, to explain or communicate building’s designs in a better way and so on. Talking regarding technical terms, structural steel drawings are created as per certain conventions that cover specific views – cross sectional views and floor plan views. Other features about these drawings are sheet sizes, units of measurement and scales and cross referencing.

The applications of structural steel drawings where these drawings are used are as follow:
* Structural CAD drawings, steel structure drawings
* Shop drawings, steel shop drawings
* Structural steel detailing, steel detailing drawings
* Fabrication drawings, structural steel fabrication
* Structural steel erection, structural steel beams
* Structural steel trusses, structural steel columns
* Structural steel connection, structural steel dimensions
* Structural steel sections, steel structural design

In steel building construction, all such applications are extremely important as well as necessary. Use of structural steel drawings can therefore be the difference- use such drawings and see your steel building business growing better.

So if you would like to get more information about structural steel drawings, then feel free to contact us at: http://www.outsourcestructuraldesign.com/structural-steel-detailing.php or please send us your queries at: info@outsourcestructuraldesign.com for a prompt response.

About the Author

Richard Botham

Email: info@outsourcestructuraldesign.com

URL: http://www.outsourcestructuraldesign.com/structural-steel-detailing.php

‘Forging’ the Future: The Importance of the Forging Industry

Forging is the process of heating metal, in particular Aluminum, Brass and Copper, to a moldable temperature, and then using precision machined dies, or mechanical presses, to forge parts to a near net shape. The result is a part that is virtually free of imperfections and porosity-free, which is ideal for cosmetic surface requirements. This process, which does not change the grain structure of the metal, is vastly superior to mold casting in that forged products are up to 15% stronger than their molded counterpart.

The type of metal used in the forging process depends on the ultimate use of the product being forged. Brass and Copper are often used for bathroom accessories, architectural hardware, fittings, mechanical components, musical instruments, and specialty fasteners. This is due to their relative malleability and ease of casting due to a relatively low melting point.

Products forged out of one of three grades of Aluminum have a wide range of applications. Aluminum is used most often not only because it is the most abundant metal on the planet, but because of its soft, durable, lightweight, and extremely malleable properties. In addition, the use of aluminum causes a hard layer of aluminum oxide to form when exposed to air, preventing rust and oxidation.

Aluminum 2014 is often used in the manufacture of aircraft structures and truck frames. Aluminum 7075 is commonly used for higher-grade aircraft and other aerospace applications. Finally, Aluminum 6061, the most commonly available heat treatable aluminum alloy, is used in the manufacture of heavy-duty structures requiring good corrosion resistance, truck and marine components, railroad cars, furniture, tank fittings, general structural and high pressure applications, wire products, and in pipelines.

The importance of the forging industry cannot be understated. Take a look around your house – You will be hard-pressed to find a room that doesn’t benefit from the forging industry!

For information on the forging industry and the process of forging, visit Anchor Harvey Forged Components, the industry leader for all your aluminum, brass and copper forging requirements.

About the Author

Chris Weeks is a Freelance Writer and Web Designer from New Jersey.

Assessing the Pros and Cons of Unit Ventilators

While unit ventilators are generally found in schools, or, more specifically, in classrooms, they may be used in other industrial conditions as well. Basically, any situation where there are outdoor air requirements or room-byroom zoning can benefit from unit ventilators. Hospitals, nursing homes and other health care facilities are also very frequent customers of the unit ventilator system. As technology has progressed and improved upon the unit ventilator, its use is still as popular today as it was two decades ago.

Unit ventilators are unlike fan-coil units, unit heaters and cabinet heaters in that they introduce outdoor air that is conditioned, into the room, or occupied space. With the sole purpose of ventilating air, whether or not a designer will apply unit ventilators to various buildings or facilities is determined after assessing the pros and cons. There are distinct advantages and disadvantages to using unit ventilators and they must be taken into consideration before application.

Pros of using unit ventilators:

  • Unit ventilators only require a single unit to provide both heating and cooling, as well as ventilation, to a space.
  • Unit ventilators are very economic and energy efficient because they have the capabilities to provide room-by-room zoning.
  • Outdoor airflow can be adjusted up to 100 percent outdoor air.
  • Unit ventilators require very little physical space so they do not take up a lot of room and are not obstructive.
  • Unit ventilators can filter noise, odors and other contaminants between adjacent spaces so that there is less risk of cross contamination.
  • Unit ventilators are energy efficient in their operation, due, in part, to airside economizers.
  • Unit ventilators act to stabilize a building and increase its reliability because a failure does not affect the entire facility, it is usually confined to one room. Therefore, the entire building is not immobilized when there is a single failure.
  • Unit ventilators are both very easy and very cost effective to install.
  • Maintenance is simple with unit ventilators because they are easily accessible for filter replacements and other maintenance tasks.
  • Unit ventilators are simple in design and their controls and mechanics can be understood by maintenance personnel of varied backgrounds and training.
  • The versatility of the unit ventilator makes it very attractive. It can be controlled through an automation system that is coordinated with other units or it can stand alone and simply be controlled by a thermostat.

Cons of using unit ventilators:

  • Unit ventilators can be noisy. This is a problem that is not easily remedied.
  • Unit ventilators have a limited supply airflow that is about 2,000 cfm per unit.
  • Unit ventilators are a part of the architecture of the room. They can not be hidden and they may not be considered aesthetically pleasing. It is difficult to adapt them to buildings where it is desired that HVAC systems and components not be seen.

Often, when placed in the appropriate environment, unit ventilators are a welcome component to a building’s HVAC system. Once the pros and cons of using them are weighed and all factors are taken into consideration, the unit ventilator becomes an energy efficient, effective addition to the structure.

About the Author

Greg McNary is the marketing and operations manager for Air Distributors Company, Inc., a distributor for McQuay Parts, GE Zoneline, and Applied Comfort Products.

Tips for Buying the Right Used Woodworking Lathe

Depending on the type of woodworking that your perform, you may have need for a wood lathe, which spins a piece of wood while you use hand tools to carve it. The first copy lathe was patented in 1820 by Thomas Blanchard and was used for producing irregular shaped wooden objects such as shoe lasts and gunstocks. Since that time, wood lathes have become available in more domestic models as well as high-powered industrial models that offer high efficiency to the professional woodworker.

Today, there are three basic forms of lathes on the market: pen lathes, mini lathes and floor lathes. Pen lathes are the smallest of the three and usually have no more than a maximum two-inch swing. Slightly larger than a pen lathe is a mini lathe, while a floor lathe is the largest of the three and is the best choice for professional woodworkers that produce multiple carved pieces in a short period of time. But before you decide on a particular lathe, you should at least make two considerations in relation to your finances and your woodwork: the cost of a lathe and what level of turning speed it offers.

Upfront Cost

While every woodworker wants to save on woodworking machinery, many woodworkers end up saving very little by only shopping for the best deals on new woodworking machinery. To save the most money on a lathe, especially if you need an industrial grade lathe, you should consider shopping for used woodworking machinery. Although everyone would rather have a new machine than a used one, buying a used machine that performs like new is the most sensible choice for your woodworking business. Unlike cars and the latest electronic gadgets, having a used versus a new woodworking machine has nothing to do with status or appearance and everything to do with cost savings and performance. But before you buy a used woodworking lathe, always be sure to request a copy of its maintenance record. A used woodworking lathe with a great service record will offer you new machine performance at a used machine price.

Turning Speed

The turning speed that you need in a lathe depends entirely on the type of wood products that you produce. Generally, simple objects like wooden bowls can be produced with low turning speed, while objects like table legs that have curved details require higher turning speeds. The more capacity that a lathe offers the more expensive it is. But while paying for more capacity than you currently require can decrease cost savings, buying a high turning speed floor lathe is probably the best choice if you will eventually produce various wood pieces of varying complexity. And again, buying a used woodworking lathe can significantly reduce the price of a lathe that offers superior turning speed.

About the Author

If you need an industrial grade wood lathe but its sticker price is causing you to consider other options, you may want to consider buying a used woodworking lathe. As the floor manager of a mid-sized furniture production company, I’ve found that using well maintained used woodworking machinery offers both cost value and the dependability that we need.

Asset Tags for Your Business

In today’s challenging economy, companies everywhere are reevaluating the way they do business and the methods they employ to cut costs and shrink expenses. One way that businesses are accomplishing this is by tightening expenditures on new and replacement equipment. Applying Asset Tags to equipment and electronics is a simple, but highly effective method to identify, track and preserve your company’s valuable assets.

What are Asset Tags and why are they important to my company?

An asset is any piece of company’s property which is not consumable. Examples of assets include: Computers, printers, copiers, fax machines, office furniture, cell phones, hand-held electronic organizers, cameras, projectors, tools, fire extinguishers, electrical appliances, warehouse and manufacturing equipment and machinery. Asset Tags is a general term to describe labels, decals or nameplates that are used for identifying and tracking the assets of your company.

How can Asset Tags save my company time and money?

Your business cannot afford to lose its expensive assets due to misplacement or theft. Asset loss not only incurs heavy replacement costs, but valuable time and money searching for missing equipment. Affixing asset tags to your expensive equipment helps your business to do the following:

* Track and control assets – Keep an accurate count of how much equipment you own/lease and where it is being used.

* Deter theft and pilferage – Equipment that is clearly marked and identifiable is less likely to be stolen by workers or thieves.

* Maintain a record of information for insurance purposes – In the event of loss or theft, your equipment’s description, serial number, etc. is readily available.

* Recover lost and stolen items – Asset Tags identify the owners of the equipment and allow for easier identification and recovery if lost or stolen.

* Provide visual reminders – Asset Tags prompt you to be mindful of existing service contracts, lease agreements, etc.

What type of Asset Tag is best for my business?

Asset tags are made from durable materials, including aluminum, stainless steel, brass, metalized polyester and Mylar. Many asset tags are tamper-resistant and can be bar coded, numbered or lettered. Choose the material and style that best suits your unique requirements.

Choose Seton

Seton is the Source for Safety, Labeling and Signage Solutions. Seton offers more than 57,000 products, including a vast selection of Asset Tags, on their new website at seton.com. Their mission is to provide top-quality products and services that are Guaranteed Fast & Flawless…Every Time! To learn more about Asset Tags or any of Seton’s other products, please visit seton.com.

About the Author

Seton is your Source for Asset Tags and many other Safety, Signage and Labeling products.