Risk Management During Construction At Health Institutes

Introduction:
Whenever renovations or any construction work are planned at a hospital, crucial health considerations must be made. The workers at these health institutions will be in contact with harmful diseases that are carried in the dust and other debris, which are always part of any construction or renovation project.

All medical institutions have to expand at some stage because of the continual increase of health care demands, such as the need to stay current with technology, reinforcing aging building structures, as well as adding facilities that are more patient-friendly.

Safety of the Workforce and Patients.

The moment construction starts at a health institution, such as a hospital or medical clinic, the presence of bacteria and other harmful microbes is a reality that presents a serious health risk to the workers and patients. Managing these health risks is of the utmost importance, so it is essential to access the available guidelines from the Center of Disease Control & Prevention.

Construction dust is where most of these disease-carrying microbes, such as Aspergillus fumigatus and Stachybotyrs atra, can be found. The CDC guidelines mentioned above offer all the information related to ventilation of the construction area, the control of infections, and monitoring of the environment. These are crucial to ensure a safe environment for everybody that could be exposed to the construction dust.

An important part of the planning phase for new construction projects at a health institute should include discussions on how to prevent the spreading of diseases to workers in the immediate area of construction. The above-mentioned guidelines should be used as the basis of these discussions. This will ensure that the protection of the entire workforce, as well as all patients, remains a top priority.

Procedures to Control Infection Risk During Construction at Health Institutes.

Specific and significant procedures have been put in place to ensure the control of infection of any workers or patients during a renovation or other construction work at a health institute.

Weekly Meetings by the Project Management.
These meetings are of the highest importance to the success in controlling possible infections in and around the construction site. These meetings will be used to communicate all the current and future activities of the project to staff members. The people who will attend each meeting will have to be from the laboratory, environmental and engineering services, as well as the departments of administration and risk management. Other parties that might be asked to attend will be from the project architects, contractors, the design engineers and possibly the construction administrators, depending on how complex the project is.

The Risk Assessments of Construction Projects.
An assessment of the risks of any possible infection needs to be conducted. This ensures the safety of all patients and workers. It is also used to keep the particular regulatory agencies informed of all activities during the ongoing construction phase of the project. Furthermore, the results recorded from these assessments could be used to recommend certain safety precautions that should be taken by the construction team. This might include wearing specific protective clothing or building an anteroom, which will help prevent the construction dust from spreading.

Necessary Training.
Everybody involved with these projects should be informed of the procedures needed to guarantee the infection control. Sometimes a training course will be presented to all the contractors and sub-contractors involved with the project in order to confirm infection control.

Continual Monitoring of the Environment.
This monitoring involves two different types of actions, which include the testing of the air quality, as well as the physical monitoring of every activity during the construction. The latter is ensures that the construction team adheres to the standards set for maintaining the safety of everybody and for the controlling of any infections.

Keeping Communication Open.
The project’s management team has to use the weekly meetings to share all the project activities with the departments that are directly affected by the project. There are specific communication procedures in place, which should be followed at all times.

An Introduction To Construction Equipment

Construction equipment refers to all vehicles and machinery designed for the purpose of the construction of buildings or any other man-made structure, and it performs tasks that were in the past impossible or difficult for humans alone to undertake by multiplying the input force so that the force exerted is much greater.

Hydraulics is the most common method for the transfer of power in construction equipment, which in layman’s terms is the transmission, control and distribution of energy and signals via pressurised liquid.

Types of construction equipment

Most people will have seen, and are able to identify, common types of construction machinery on building projects around the country. Construction is big business around the world and the UK is no exception. The UK has a huge amount of new-build estates and, while the recession has slowed the housing market somewhat, building sites are still a common sight as you travel around the country.

Here is an explanation of common forms of construction equipment you may have seen.

The crane

The crane is a huge lifting machine that’s used to move objects and materials vertically up or down, or horizontally across. It creates mechanical advantage allowing the movement of materials that wouldn’t be possible by human strength alone.

Cranes are commonly used in the transport industry as well as the construction industry for the loading and offloading of freight.

The first ever known cranes were invented by the Ancient Greeks and powered by humans or animals capable of bearing weight such as donkeys. During the middle ages, harbour cranes became popular to facilitate the construction of ships, and also to help load and offload their cargo.

With the onset of the Industrial Revolution, cranes were fashioned from cast iron and steel, which was much stronger than the wood they had previously been constructed of.

Excavators

These examples of construction equipment is commonly referred to as the digger, and is used to dig trenches, holes and building foundations, as well as for demolition, forestry work and heavy lifting. Colloquialism for the digger is JCB which is the name of the main manufacturer of such machinery.

There are many types of excavator including the compact excavator, the long reach excavator, the dragline excavator, the suction excavator and the power shovel.

Although well regulated nowadays, the construction industry has in the past been a dangerous one with many injuries and deaths occurring each year through dangerous practice. It’s essential that before a person used any construction equipment, he or she must undergo the correct training so as not to put anyone at risk of injury.

Construction Building And Residential Architects Are The Best

If you are planning to build a new home, Construction Building is the best builder that you can get. To be sure that every step of the construction is being deeply analyzed, Residential Architects should be there during the planning. These just dont sound to be a great deal but also is a secured choice for the construction of your home. Building a home is an investment not only as a shelter. In time you might decide to sell it, the construction should be well done to get a good price from buyers. Construction Building makes remarkable homes with their engineers and architects.

Planning is the most essential part of the whole home building. The best manpower that made up Construction Building gathers around and makes severe brainstorming for the construction. Residential Architects coordinate with the design considering some factors that can cause a good and bad impact in the process. You have to be involved in this as well. This is about building your home so it is important that you know how your builders deal with your home building. Given that you have told them your budget, they will see to it that everything fits best and they are efficient enough to let all set according to what you desire. Construction Building manages your budget, materials and scheduling. In the plan, there is already an anticipated delay and what they would do when that happens. The environmental impact is also considered when they do the planning. All you need to do is to be aware of all this even if they will update you from time to time. It’s not like you don’t trust them enough but involvement is a positive thing especially with your investment. It makes a good difference in whatever you would do.

Construction Building covers not only new homes but also renovation. With the technology today, Residential Architects utilize the technique that is suited for your desired design. It should also be conforming to local authorities assigned of the regulations for building construction. You should check if they follow the codes of practice that is required for them by law. Make sure that they only not impress you in their words but with the way they do their job. Construction Building, on the other hand, sees to it that they will exceed your expectations. At times when what you want may complicate with some factors in the construction plan, they will show you the pros and cons and make things better for you. No matter how complicated, they will surely make you proud of your home.

For a creative design and sustainable home that you want, Construction Building will make it for you. They will make a comfortable home that gives us warmth and brings our family closer. Since we like the feel of a good space and that adapts to what we need, they will surely bring convenience to us. Construction Building values your sense of place and wants to be a part of such a good benefit for you and everyone whom they have touched the lives.

Why Are Risk Assessments Important For The Construction Industry

The construction industry is an area that is full of potential risks and therefore a thorough risk assessment is essential for any project. The construction industry is one that has the potential for a wide range of health and safety issues to rear their head, and carrying out a risk assessment is one way to ensure that the chance of any incidents occurring is as small as possible, protecting everyone involved with the project.

Risk assessments not only involve identifying potential risks of a construction project but also weighting these against numerous other factors, including contractual obligations, financial constraints and the requirements of the proposed projects. It is important to consider the health and safety risks of a construction project in conjunction with these other factors and not as singular problems that are not affected by other aspects of the construction project, doing this could mean leaving yourself open to other risks you may not have initially considered or prepared for.

There are numerous qualified health and safety consultants that can be employed to carry out professional and thorough health, safety and risk assessments and have experience in a wide range of settings, including within the construction industry. Having an expert carry out a risk assessment on any construction project is imperative, especially as construction is often considered a high risk area, and these risk assessments can highlight issues that you may not have even considered could be a risk or potential problem, allowing you to prepare for potential problems and minimise the chance of them occurring.

Often to coincide with risk assessments many companies further this by employing the same companies to carry out air testing of the environment after project completion to ensure it meets and complies with UK building regulations. There are specialist risk assessments and air testing companies across the country that have experience in a number of fields including the construction industry. These often provide services locally, for example specialising in risk assessment in the Dorset area and air testing Bournemouth.

When undertaking any project, whether this is a construction project or any other one it is imperative to consult with experts and have a thorough and complete risk assessment carried out prior to starting. And by contacting the experts you can ensure that all the risk have been evaluated and health and safety measures have been put in place to reduce the risks to everyone involved.

Koi Pond – Liners Vs. Professional Construction

Why is there so much talk about pond liners? Which ones are UV protected, or stronger, or last longer? I am by no means an expert on liner technology, nor have I ever used them in my 29 years of designing and building waterfalls. If you’re a “liner guy” disciple, I’m sure you’re thinking, “Oh no, here he goes.” To tell the truth, I have been minding by own business for over two decades, just watching, reading and listening to all the “experts.”

I’ve listened to how “pond liners are simple to install,” and “pond liners are inexpensive compared to concrete and steel,” and “pond liners are quick to install.” Or “pond liners last for 50 years,” “pond liners bring higher profits to pond construction and waterfall construction,” and “liners don’t contaminate the water with alkali as does concrete construction.” Yes, I’ve almost sold myself on listening to the facts of the “experts.” Well, not quite, due to a few facts of my own.

So, a pond liner is guaranteed for 40 to 50 years? I would have to agree with that, as long as you leave it in its box the whole time. Too bad a liner manufacturer’s warranty doesn’t include damage from gophers, ground squirrels, chipmunks, rats or mice. Or tree, plant and weed roots. Or from stretching and punctures in the liner due to heavy rocks and other sharp objects. Startling fact: a puncture only the size of a pin hole can cause a pond to lose one drip per second, or 5 gallons in just 24 hours. That’s a pin hole, not a hole made by a pair of buck teeth on a burrowing mammal.

Imagine along with me for a minute: You have spent $350 on a pond design and then $8,000 of your hard-earned money for a pond and waterfall. This water feature is impressive. They dug a big hole, piled up some dirt at one end, draped a large rubber liner over the whole thing, and placed giant boulders all around the fish pond and on the dirt mound. Smaller rocks fill in between the boulder and additional rocks cover the liner in the pond. Now, it’s two years later and you’ve just come home from a two-week vacation to find the pond half empty (or half full, if you’re a positive person).

There must be a leak! How did this happen? Where is it? No problem, you think, I remember the salesman’s pitch: “If you should ever get a leak, just clean off the area around the hole, dry it off, and using the directions enclosed in the patching kit, apply this patching material.” But there’s only one problem: Where is the leak? or leaks? How do I find them? And if I do find them, and I’m successful in patching them up, what’s to keep it from leaking again?

Okay, I’m going to snap my fingers and you’ll wake up: “Snap!” Surprise! That was only a mental exercise with a happy ending. It wasn’t real. Or was it? Yes, it was. The short story you just heard was true. One out of every eight projects we do involves replacing the leaky liner for an angry fish pond/leaky liner owner.

Why am I finally speaking up now, after all these years and waterfalls and fish ponds? Because I’m angry, too! Not at the “liner guy” who sells the pond liners, but at his disciples around the country who are bragging how much money they make in just one or two days. I’m not upset at the fact that they make in two days what takes me six to seven days to make in constructing my fish ponds of rebar and 3000 psi concrete.

My ire stems from having to charge $8,000 to replace a $6,000 liner pond that lasted only two years. (A pond liner with padding didn’t stop a tree root which traveled 25 feet to do its destructive work.) For only an additional 16% in cost, that client could still be enjoying his original pond, stress-free, for his lifetime and that of his children and grandchildren and great-grandchildren.

The main features touted by pond liner promoters are simplicity, low cost, quick installation, and extremely high profits. In an article published in his catalog/magazine of liners and accessories, the “liner messiah” has obviously taught his disciples well, as you can read in this excerpt:

“If you hire us to install your pond, you get a choice of buying it with or without a stream. We offer no other choices! The pond we build covers an area of 11 by 16 feet, has a maximum depth of 2 feet, and a beautiful waterfall. We’ll build your pond in one day. The basic pond costs $5,100 and if you want to connect the falls with a stream, you’re looking at an extra $1,000. That’s it. End of story. No mas.”

That’s what Ernie Selles, president of Patio Ponds and disciple of the “liner guy,” said. Another quote from Ernie in the same catalog is, “I get out of bed every morning and look forward to going to work in a way that I never had before.” I noticed he didn’t mention how well he slept.

Let’s do the math on Ernie’s installation. The pond, stream, and waterfall cost is $6,100. The actual retail cost of the kit is only $1,000. $5,100 profit for only one day of labor. Notice: unlike our package, they offer no lights, no autofill, and the pond is only two feet deep. Yet three feet minimum are required for koi fish. A two foot pond affords no protection from predators such as raccoons and herons, and the shallow depth is affected easily by rapid temperature changes, causing undue stress on the pond’s inhabitants. They do not like to construct ponds over two feet deep, because they are more susceptible to cave-ins.

We would build the same pond with a depth ranging from 3 to 3 feet, with no shallows for dining predators. It is constructed of rebar 18 inches on center with a shell of 3000 psi concrete (sidewalks and driveways are typically 2000 psi). This 7 sack, 60% pea with fiber mix is so dense that it’s waterproof. However, we still coat it with ThoroSeal. The pond is equipped with two anti-vortex bottom suction drains, a skimmer to remove surface debris, and an out-of-pond pump that produces 5000 gallons per hour at only 2.6 amps, compared to the liner guy’s pumps which are only 4200 gallons per hour at 7.6 amps – over twice the cost of energy! In addition, you have to pull his heavy cast iron monster pump out of the water to clean out debris.

We would also include a state of the art Aqua Ultraviolet filter and UV light – the best money can buy. The liner guy’s filter needs to be disassembled in order to clean it by hand. The Ultima II filter requires the simple turn of a handle to back flush the debris. This system has been operational in my water features for nine years with no problems. We include an ultraviolet light in our system that kills the bacteria that create smells, kills pathogens that cause disease and algae spores that turn the water green. This light has a wiper arm that cleans the internal lens without the need to open the light.

We also offer an automatic electronic water level control system, the “AquaFill” by Aquamedia Corp.com that keeps the water level of the pond constant. Pond liner installers use floats that are mechanical like the float in a toilet tank. Mechanical fillers can corrode and stick, causing overflows and even poisoning the fish with excess chlorinated water. However, the AquaFill does not stick or corrode.

Not only are all our ponds designed a minimum of three feet deep, we build caves for the turtles and fish to hide in. With pond liner construction, rocks cannot be cemented to the liner and consequently many are loose, creating a hazard if someone were to step on them. Kids will be kids and I promise they will eventually be running up and down the falls. We have no loose rock because they are all cemented in place with Aquamedia Mortar Mix, which is not only three times stronger than regular mortar, it is very dense. As a result, alkali will not leach out into the water and create a pH problem. Regular mortar mix is porous and water passes through the joints of the rock, carrying with it cement residue. This in turn creates stain trails high in pH, easily poisoning the fish.

In conclusion, as an educated customer, would you pay $6,100 for a rubber pond liner or spend the same amount or a little more to get a shell made of concrete and steel that not only would never leak, but would last for decades. So what are we as contractors looking for? Exorbitant profits or peace of mind with long-term, happy clients?

It is more enjoyable for me to get a call eight years down the road from a content client than to get a complaint of a leaky pond. What does the “liner guy” disciple say? “Sorry, we only have a one year warranty”? Or do they go back and remove all the rocks, pull out the pond liner, clean it, repair the leaks, and replace all the rocks and equipment at no cost? Liners or professional installations?

If you say pond liners are professionally installed, then why is the very same liner kit sold to homeowners and do-it-yourselfers? The reason is, it doesn’t take an experienced professional to install one.

All you need is “a garden hose and a shovel”!

Look before you leap, and ponder before you weep. Happy koi, peace and joy.