Author Archives: Marie

5 Signs of a Good Freight Company

Businesses depend on trucking companies to move their products, and choosing the right freight services can be vital to their success. Fortunately, there are a few signs that a manager can look for that indicate the quality of the service. A good source of information is the Fortigo Freight Services Inc. website, which has more insights and resources available online.

1. Environmental Experience

It can be difficult to handle a freight truck during bad weather conditions, but experienced drivers can usually handle it. A good transportation company strives to have drivers who know how to handle any bad conditions that they might face on the road. For example, a Canadian trucking company should have drivers who have experience dealing with snowy conditions. That minimizes the risk of delays and accidents on the road, which ensures more reliable service.

2. Old Age

While there are plenty of young trucking companies that do excellent work, age is often a sign of experience. Older companies have administrators who have encountered most of the problems that a company can face, and that has shown them how to deal with those problems quickly. In many cases, it also teaches them how to avoid some of those problems in the first place. Companies simply do not survive long if they do not learn from their mistakes, so older companies are more likely to have excellent staff members.

3. Knowledge of Logistics

The ideal freight company has employees who understand how complex logistics work. That knowledge will make sure that they understand which shipments to prioritize, and how to schedule their deliveries in order to make sure that the supply chain works as smoothly as possible. A thorough understanding of the needs of their clients and the realities of shipping will also ensure that they can leave an adequate margin for error to deal with inevitable delays without leaving such a large margin that it leads to inefficiencies.

4. Industry Experience

Every industry is unique. A company that ships rice has very different needs from one that ships dangerous chemicals. Similarly, shipping products a short distance between two cities is very different from shipping them all the way across the country. Most businesses will want to look for a shipping company that has experience working with their industry. That will make sure that they can deal with the needs of that business and won’t need to spend too long adapting to their unique situation.

5. High Capacity

All freight services has a limited capacity, as determined by the number of trucks and drivers that they have available. Most managers would prefer to choose a freight company that has a high shipping capacity to make sure that their company can expand and arrange more shipments without needing to switch to a new company. That importance of capacity does depend on the size of the business and their expected growth, but it is something that most businesses should consider.

ANSI vs. API Durco Pumps

Many plants use both ANSI pumps and API pumps. However, it can sometimes be difficult determining the right pump to use for certain applications. Some people end up buying ANSI Durco pumps for tasks that require API pumps. It is important to understand the difference between the two types of pumps to help you make wise purchase decisions.

The ANSI Pump
The design of an ANSI pump meets the requirements of the American National Standards Institute. ANSI pumps have become the most preferred end suction pumps. This type of pump can be used to pump chemicals, water, and other substances.

The API Pump
API pumps meet the criteria set by the American Petroleum Institute for general refineries services (standard 610). These pumps are almost exclusively used in oil refinery industries because of their pressure and temperature resistance features.

The Service Considerations
Industries in both chemical and petrochemical sectors consider many factors in their operations. Other than environmental impact and the pumping efficiency, personal safety must also be considered. Therefore, consider operating conditions and the properties of the pumped fluids when choosing between ANSI pumps and API pumps.

Differences
The pump packing and casing design rating of ANSI and API pumps vary:
• The rating for ANSI pumps is 300-psig at 300-deg F
• The rating for API pumps is 750-psig at 500-deg F

This makes API pumps more preferable for high temperature and high pressure applications than ANSI pumps.

Case Designs
Both pumps have a single radially split casing design. This design helps to ensure easy maintenance. Majority of ANSI pumps and a few API pumps engage one volute design inside their casing passages. However, many ANSI pumps and some API pumps feature a single volute design on the inner parts of their casing. This is especially true for smaller pumps with low flow rates and impeller speeds. The rate of discharge from the impeller is usually proportional to the area of the volute. This creates a constant velocity at the impeller’s periphery.

Most large API pump designs have a double volute to reduce loads applied on high head and high flow units. The reduction is possible through balancing loads in each volute. This may cause a decrease in efficiency but the pumps have an increased long-term reliability.

Back Cover Arrangements
The back covers of API and ANSI pumps are secured differently. In an ANSI pump, the gasket and back cover is held to the casing by a bearing frame adaptor usually made from cast iron. This back cover arrangement causes a gap to form between the pump casing and frame adaptor that may permit uneven torques of the bolts. As a result, the adaptor may fracture if the casing is exposed to high pressures. An API pump design has the back cover directly bolted to the casing, which does not affect the pump casing’s pressure boundary.

The current Globally Harmonized System (GHS) is a method by which safety information as it pertains to specific products is communicated in a standard format internationally. The two major elements of this system are Safety Data Sheets (SDS) and safety labels. Because of their effectiveness in overcoming language barriers, GHS pictograms are a major part of the new GHS labels.

GHS pictograms are basic symbols that that give indications to viewers that one or more hazard types may be associated with that particular chemical. They consist of a red diamond-shaped outline with a symbol printed in black inside. These symbols can indicate things like health hazards, flammability, contents under pressure, explosion or environmental hazards. They are, however, just one of the several label requirements of the GHS classification system.

Responsible Party Identification

The label must include the name, address and phone number of the product manufacturer, importer or other responsible party. This gives users of the product quick access to a source of more detailed information if it is needed quickly. It also provides a bit of accountability for the accuracy of the information on the label and associated SDS.

Product Identifier

The product identifier is basically the product name as chosen by the manufacturer or distributor. It can consist of a name, batch number or both. It is important that the same identifier be used on both the label and SDS for easy cross-reference.

Signal Words

Only one of two possible signal words is used: “danger” and “warning”. “Danger” indicates hazards that are more severe while “warning” is used for hazards that are less serious. Only one of the two signal words are used regardless of the number of hazards present. In this case, the word for the more serious hazard is to be used.

Hazard Statement

The hazard statement is chosen from a long list of standard statements that describe hazards of various chemicals. This is to ensure that the same statement will be used by all manufacturers of chemicals of the same category. An example of a hazard statement on a GHS label is “causes severe skin burns and eye damage”. Unlike the signal word, all the applicable hazard statements are used, so it is common to see two or more listed.

Precautionary Statements

Precautionary statements are brief descriptions of measures that should be taken to prevent or minimize adverse effects from exposure to the chemical. The four types of statements are related to prevention, response, storage and disposal.

Pictograms

There are nine available pictograms that can be used on GHS labels.
● Health hazard
● Flame
● Exclamation mark
● Gas cylinder
● Corrosion 
● Exploding bomb
● Flame over circle
● Environment
● Skull and crossbones

As opposed to previously used systems, these label requirements provide consistency in the way products are labeled in order to more clearly communicate hazard information to product users. If you want to learn more, visit ICC Compliance Center.

Vortex Industrial Cabinet Coolers

Modern day technological systems and devices are ingenious. They are indispensable. They have revolutionized labor and consequently, life. They make the American economy so much stronger than ill-developed countries. However, with almost every first world nation embracing industrialization, only the small things matter. Almost all possible discoveries and inventions possible for this generation have been unearthed and patented. The secret to wielding the upper hand in the competition for optimizing productivity in the world of cutting-edge technology may lie in a very simple secret: cooling electronic control panels with vortex coolers.
Cooking
Malfunction induced by overheating of electronics is commonly referred by industrial players as ‘cooking’. It is extremely detrimental for manufacturers and other industries that heavily rely on electronics to experience ‘cooked’ systems. Circuit breakers trip causing power surges due to overheating. Overheating also causes digital displays to misread and controls to drift. Nuts and Bolts may also melt permanently shutting jointed hinges hindering locomotive functions of machinery. For extremely sensitive wiring, plastic may melt causing electronic short-circuiting and possible eventual fires. Cooling is essential, and if not efficiently administered, plundered productivity is inevitable.
Vortex cabinet coolers are considered to be the current top-notch industrial coolers yet to exist. Profitable and reputable American companies use this industrial cabinet cooler to maximize their productivity. They avert overheating by utilizing coolers that will provide air conditioning for electrical runs to eliminate electric control downtime owing to moisture, dirt and heat. Vortex tubes are incorporated in these cooling systems for encasement. Cold air is produced without any shifting parts from the compressed air. The vortex coolers thus sustain little cabinet pressurization. The electric components consequently remain clean and dry. The coolers are furthermore regulated by thermostats to control the cabinet temperature.
While other countries toil to create perhaps machines that use up to four times the power needed to archive milestones, we should cut the power usage. Avoid using fans and liquid coolant pipe systems to cool industrial systems. These cooling schemes and methods are
1. Inefficient
2. Space inefficient
3. Expensive
4. Messy (a source of further contamination)
Air conditioning fans consume too much electricity and expel minimum heat. They suck in air that is humid and contaminated. As a result, particles clog the intricate systems leading to reduced efficiency and lifespan of the systems.
Piped cooling systems, on the other hand, take up too much space and consume coolant fluids that require cooling and replacing. More information can be found at Pelmar Engineering Ltd., providing you with additional resources and references.

mining safety

Site Inspection Software Data Analysis to Improve Risk Management

Much of the focus on site inspection software for the mining industry has been focused on reducing the time spent performing safety checks and audits. While this is an important use case for safety inspection software, data analysis can help turn the software into a tool that not only prevents future safety problems, but also predicts potential issues and lowers the mine’s risk profile.
Existing Inspection Software Uses

Risk management and legal compliance are the most important reasons why mines regularly perform site inspections. The availability of site inspection software has greatly reduced the time need to perform safety inspections and has reduced errors in inspections. No longer are pen and clipboard the tools of an inspector, instead mobile devices provide the interface and immediately place the results of the inspections in the hands of engineers and decision makers.
Mine the Data

The proliferation of software tools to perform mine inspections provides a treasure drove of data about mines and mining sites. Engineers know that the more data they have, the better the product they can produce. Data from mine inspections is no different. There are countless potential uses for the data and with the growth in data analysis as a business tool; there is end to the uses of data. Two potential uses for the data collected from safety inspection software are predictive analysis for risk mitigation and data based mine risk profiles.
Predict Future Problems

Analyzing the data to make predictions can be an effective use of the collected data. With enough data collected from different mines, it is possible to get a picture of how the different inspection items interact with each other to cause problems. They also can be analyzed to predict when and if a risk issue might become a problem in the future. By predicting future issues based on collected data, mines could better manage their risk.
Value the Risk Profile

Existing mine valuations definitely have risk management priced into them. It is possible to determine which mines have a better overall risk management profile based on the data collected and analyzed against similar mines. A baseline based on real world data would allow stakeholders to better price safety risk into mine valuations.
Data analysis is quickly becoming a tool for mines to make better decisions and better manage their risk profiles. There is no reason why mines shouldn’t be using the data they are already collecting from their site inspection software to help them improve mine safety, increase legal compliance and make more profitable decisions. Data analysis provides just another why mines can benefit from using mining safety inspection software.

Industrial Filters

Importance Of Bag Filters In Industrial Use

Industrial processes may generate a great deal of dust, smoke or hazardous airborne gases. The best company will protect the health of their employees by using bag filters to trap all of the harmful airborne contaminants. Clean, healthy indoor air enables everyone to breathe a little easier.

Enable Your Workers to Succeed

Successful business owners give their employees the tools to succeed. As a warehouse owner, you have the duty to establish a high quality of indoor air. Your workers need oxygen to keep their bodies moving and minds operating efficiently.

Worker efficiency can be the difference between a profit or a loss. Naturally, you want your employees to be the most productive during every hour of work. Calculating lost productivity due to health problems can be difficult; but, a healthy, happy workforce will be faster and produce higher quality goods.

Replace Clogged Dirty Fans

Many times, airborne contaminants might be rather invisible or innocuous. When they build up on your warehouse fans, then suddenly you can see how bad the problem really is. Caked-on dust not only clogs up your intake fans, but can also clog up your lung passages.

Indoor air quality has become a more important issue for all of society. Secondhand smoke is just one example. Many workers must smoke cigarettes at least 100 feet away from buildings so that air intake vents will not spread the fumes to all the staff.

Industrial Bag Filters

The concept behind all bag filters is the same as your vacuum cleaner bag filter. You take a disposable unit and collect all of the waste products from your processes therein. These filters can be used for solids, liquids or gases.

Durable industrial filters have different micron particulate mesh size holes that control what can pass through it and what is trapped therein. You can purchase a bag filter for each of your machines. You also have the option of buying a complete filter machine through which you pass your solid, liquid or air flow.

Clean or Toss the Bag Filter

The genius of bag filters is that you can easily remove them for cleaning. Some machines and equipment can be tough to disassemble, lift or maneuver about. Handy, industrial filters will also reduce your assembly line down-time.

Create a clean, hygienic working environment for all of your employees by purchasing the filters that can be easily cleaned. You can keep machine down-time due to cleaning to a minimum; you can keep employee down-time due to sickness to a minimum. Trust the industrial filter that keeps your workers operating at optimal efficiency.

Package Leak Detection Prevents Lawsuits

How Leak Detection Equipment Can Prevent A Lawsuit

The right package leak detection equipment can prevent your business from being sued over mishandling. From customer packaging to the final delivery, there are many steps, which can make it difficult to discover when the parcel was damaged. Leak detection devices can create a better “chain of custody” when identifying cracked, broken or destroyed containers through the following phases:

1. Customer Seals
2. Employees Distribute
3. Drivers Deliver

First-class companies prevent potential leaks from harming their employees, customers or reputation.

1. Customer Seals Package
Individuals might not be experts at sealing their special items in a box. The box might not be large enough, there might not be enough interior filling or the outside seals might be inferior. Most cardboard boxes will deteriorate when they get wet. High humidity could lead to perspiration on cardboard containers.

Restaurant food ingredients, sensitive electronic equipment, jewelry and medical specimen might need to be placed in special containers. Many employers are requiring drug tests and collecting fluid samples, which are sent out to laboratories every week. Some of these medical containers could contain contagious diseases.

2. Parcel Moves Along Conveyor Belts
High-quality package leak detection equipment could be located before the parcel arrives at the sorting warehouse. Any damaged packages could be removed to prevent the entire facility from being contaminated by gases, liquids or solids.

Although, each package delivery company has its own specific process, many will take the cargo from their trucks and distribute them to the proper geographical containers using conveyor belts. The packages must be loaded onto the belts and then unloaded into the containers, which could involve rubbing, abrasion or drops. Sensitive seals could be damaged at this stage. Leak detection equipment could scan the packages before they are loaded onto the containers.

3. Truck Loading & Delivery
The finally stage involves unloading the containers for placement on delivery trucks. Before the parcel is loaded, it should be scanned to prevent contamination of the vehicle. The delivery driver passes through many neighborhoods and should not endanger the health of his customers.

Just as customers can now track the movement of their cargo on the Internet, they could also be given a simple “condition” assessment online. When the damaged package was “identified” could be clearly marked. If there are any lawsuits, this could be used as evidence.

Your business reputation depends on maintaining control over your packages and work environment. By pro-actively installing leak detection devices, you create the means, methods and ability to accomplish this goal. Demonstrate your commitment to excellence and quality control, by preventing potentially dangerous leaks from harming your employees, facilities, customers or reputation.