Nuform Direct – Insulated Concrete Forms

If indeed, there is no real and true comparison and all I can be said about the use of ICF is to point out its many features that lead today’s professionals to employ it in everyday use.

There is One Limitation

Before lining all the benefits from using ICF construction, it is important to note that there is one glaring limitation. Unlike concrete block construction, ICF requires applying a protective endurable finish material. Concrete block can be painted to left bare. Additionally, the initial cost for using an ICF is considerably more than traditional construction methods. But this is only the initial cost. To employing ICF construction, a homeowner will see a great return on their investment within the first five years. In fact, some documented cases indicate that this return was recouped within three years through a variety of savings directly associated with the use of insulated concrete forms.

Energy Cost Savings

ICF construction contributes to greater energy cost savings for homeowners employing its use. ICF produces high-performance R-values without the need for any other air filtration system. This is permanent performance and does not degenerate over time. ICF allows for thermal load shifting away from peak periods producing lower costs to both heat and cool a home.

Health Costs

Since there is no need for air filtration, this translates into no dust – or allergens. ICF results in no wall cavities that would allow for existence of mold and mildew or bugs and rodents. Therefore, no need exists to introduce harmful toxic materials or employing any pest control gassing techniques.

High Strength and Resistance

ICF construction provides quite reliable – and documented – wind resistance. Additionally, it is highly fire rated. The strength remains intact with no weakening. Not only will ICF not rot or decay, it is termite resistant as well. It is quite strong retaining a great degree of impact resistance. There are no maintenance requirements for insulated concrete forms.

Developed Peace of Mind

Homeowners of structures built using ICF can relax in comfort knowing the material lends itself to high sound attenuation, allows for excellent room temperature management without any specific maintenance requirements. ICF construction may, in some areas, contribute to lower insurance costs.

Other Considerations

Insulated Concrete Forms are subject to a vast array of different design applications making it quite a flexible material. Because of its construction, designers and architects can depend upon its energy efficiency and structural integrities when making proposals and estimates to contractors and/or homeowners. Its high fire rating, sound deafening properties and ease of installation are also factors favorable toward popular pricing. ICF has been fully proven over time and complies with all acceptable cast-in-place concrete wall codes nationwide.

Homeowners should request use of ICF from builders depending on its permanence, strength and energy-savings features that will well be worth their initial larger investment compared to traditional cinder block construction material.

Advantages Of Steel Construction

1, High quality, aesthetic
2, Lower maintenance costs
3, Non combustible to fire
4, Steel is environmentally friendly
5, Components can be used again and again
6, Steel components are frequently functional
7, Steel construction is strong, durability and stability
8, Steel Construction promotes good design and safety
9, Construction with Steel is sustainable to Temperature effects
10, Steel frame construction is rigid in structure and dimensionally stable
11, Steel can be re-used without effecting the environment
12, Construction with Steel components is very fast compared to other materials
13, Steel construction of buildings with steel components is resistant to termites and other destructive insects.
14, Steel constructions are cheaper than any other construction methods
15, Steel construction is a fast method of construction

Steel construction of buildings is very fast and less expensive when compared to buildings of other materials. It’s very rare to hear about steel construction but it’s very common. Steel construction of materials has become a need for the promotion. It has become useful for the business and commercial sectors for a long period of time. Nowadays Steel constructions are placed in the top list because it safeguards the buildings against damages in case of climatic effects like earthquakes and more. The steel constructions will act in an expected or dependable way to survive when earthquake occurs.

Steel components are light and will not expand or contract with climatic changes. Progress of steel construction has become more tradition for residential as well as commercial buildings. Steel is not only used for specific building projects but also used to build churches, bridges, recreational and edifice. This is because it is strong and durable as well as less expensive and resistant to fire.

It can be easily designed or revamped and even effortless to transport. Here is an advantage for steel is that it never breaks, shrink or twist. Pipelines constructed by Steel helps in passing a large amount of petroleum, water, gases from one location to another. Warehouse constructed with steel afford large space to store goods. Compared to other warehousing, steel warehouse can safeguard the goods in unfavorable conditions of weathers.

All About Suncast Sheds

Suncast sheds are strong, durable and tough, being built using a heavy duty resin incorporating ultra-violet sun protection. They are virually maintenance free, rust, rot and weather proof and easy to assemble, only requiring the use of a screwdriver due to their in-built snap together technology. The Suncast sheds range are premimum quality and manufactured in the USA. They are recognised worldwide as the premium brand in the marketplace and come in a variety of sizes to fit most needs. You can obtain them from reputable stores and the instructions are easy to follow. Unlike a metal shed, there is never any rust to deal with. 2 people should easily be able to put it all together on site. You can also have shelving as part of the shed and Suncast sheds are made with slots to accommodate your accessories. Once installed, your shelves can be utilised to store tools, pots, buckets or anything you can think of will be safely stored on the shelving option. If, for any reason, you need to move the shed to another location it is very easy to move just by lifting in-situ.

Many experts recommend plastic garden sheds for a durable, good looking, long-lasting garden storage shed. The floor is made from the same material, which will not crack, chip or peel. The windows are made with thick and durable polycarbonate panels. Keeping Suncast Sheds looking good is simplicity itself. Everyday household cleaning agents can be used and a quick wipe over will generally suffice. For any stubborn dirt or grime a light alcohol mixture in warm water will readily accomplish the job. Owing to their construction, plastic resin sheds do not get adversely affected by the unsightly problems of mildew or rust, thus your maintenance is extremely minimal.

Suncast sheds are practical yet still very stylish and will maintain their original colour and beauty for years. Suncast sheds offer a variety of affordable, practical, and very stylish products to meet all of your garden storage needs. Suncast sheds are as attractive as they are durable.

The roof, wall and floor panels just snap together, making it the most user-friendly DIY build on the market. Another big plus is that, unlike other brands of sheds, all Suncast sheds come with heavy duty resin floors. You don’t have to worry about pouring concrete or building a wooden sub floor. Suncast sheds are popular in the market because of their cost and aesthetically pleasing designs. They are affordable, functional and have an array of designs to choose from. The neutral colours will match most outdoor home and garden surroundings.

Suncast sheds are available in light taupe coloured, maintenance free, ultra violet resistant durable resin, and require no painting or further treatment. These plastic garden sheds, being resin clad, benefit from being both rot and rust proof. The totally weather-proof design will ensure that your contents remain protected and dry.

When looking to store their garden tools and other items outdoors, many people used to shy away from plastic garden shed solutions. With the hectic lives we all lead nowadays, not only does the plastic construction help save valuable time when doing routine maintenance in and around our home and garden, but also offers a great place to store away all those items that are cluttering up the house, garage and garden. Modern processes now mean that not only are plastic sheds lighter, but they also have a lot of inherant strength due to the construction of the materials used in their manufacture. Also, because of the ultra-violet sun protection built into the resin, they no longer suffer from the normally devastating effects of exposure to the sun.

Suncast sheds are the ultimate among viny storage sheds. The manufacturing company also offers pad-lockable doors in the package. These sheds are available in several different quality styles, which will surely provide a solution for your domestic storage needs. Suncast sheds are very eye pleasing and co-ordinate with other available Suncast products to make your outdoor area complete.

An Effective and Modern Tool in Construction and Maintenance

Reduce delays and eliminate damage to underground pipes and utilities. Using a high-pressure air or water, you can break up soil, clay and other malleable earth elements, and remove waste with a powerful vacuum unit.

Non-destructive Digging: The Importance

The ground beneath the Earth’s surface contains a complex web of cables, pipes, drains, gas lines and tree roots. This means that any mechanical excavation has the potential to cause costly damage. This type of digging technology allows excavation onto and around underground assets without the risk of causing damage. It uses high-pressure air or water to dig the hole, and a specially designed nozzle to vacuum the debris into a holding tank.

This fast and efficient system reduces the risks of disruption or delays to your project and keeps site cleaning easier. Its use to identify, locate or prove underground assets provides peace of mind, and can significantly reduce operating costs and the risks associated with damaging existing buried assets. Gaining access to underground assets is simpler and safer with this innovative digging technology.

As a non-mechanical excavating method, it is a safe and more convenient alternative to hand digging. Communications industry, construction, and utility companies accept it as the best practice to safely exposing any buried facility. It minimizes the risks associated with excavation work such as possible loss of service, explosions from gas mains, shorting of electrical cables, and damage to water pipes. It is more efficient than manual excavation, and reduces injuries and minimizes worker insurance claims.

The Benefits of the Technology

Through the years, the technology has proved its worth in road, bridge, and general construction and maintenance projects. Here are some of the many benefits it offers.

– Reduces the risk of damage and disruption to subterranean assets
– It gives you peace of mind knowing that your digging work doesn’t damage subterranean assets such as telecommunications, water and sewer pipes, and gas lines.
– Reduce remediation and operating costs
– Footpaths, roads, and guttering can remain virtually unaffected.
– It reduces the harmful impact on the environment. Traditional digging methods often damage surrounding areas and tree roots. Non-destructive digging is much gentler on the environment.
– Increases productivity, which means reduced time on the job and more money in your pocket
– It is safe, reliable and versatile.
– Considered to be the most sustainable way to excavate and has the least damaging impact to the environment

NDD increases productivity and efficiency, whilst saving substantial time on the digging process. The technique of NDD reduces liability on all involved parties and increases the levels of safety on excavation and construction sites.

Article Source: http://EzineArticles.com/7365368

There Are Special Regulations for the Construction and Maintenance of Hospital Ventilation

The hospital facilities manager could be seen as part of its healthcare team, even though he or she is not directly involved in medical treatment, because the role includes maintaining high standards of hygiene and efficiency in the building’s ventilation systems.

It is well known that ventilation systems accumulate dust, which is a mixture of organic compounds containing a high proportion of skin and hair, both valuable nutrients for the growth of micro-organisms that can then easily become airborne. The UK’s Department of Health has a set of guidelines specially for the construction and maintenance of ducted air systems, called Health Technical Memorandum 03-01.

The transmission of airborne infection is a crucial issue for hospitals, where patients are particularly vulnerable to infection. Maintaining good air In the introduction is the statement that increased health risks to patients will occur if ventilation systems do not achieve and maintain the required standards and that the link between surgical site infection and theatre air quality has been well established.

MRSA is known to be able to survive on surfaces or skin scales for up to 80 days and spores of Clostridium difficile may last even longer. So while they may not directly transmit from person to person through the air, any skin particles that collect as dust in ducting systems and other hard to clean places could potentially be a risk to patients.

Tuberculosis (TB; Mycobacterium tuberculosis), on the other hand, is transmitted in the air and can be a source of outbreak in hospitals.

It is known that ductwork systems gather dust which is a mixture of organic compounds containing a high proportion of skin and hair, both valuable nutrients for the growth of micro-organisms that can then easily become airborne

The UK’s Department of Health has a set of guidelines specially for the construction and maintenance of ducted air systems, called Health Technical Memorandum 03-01.

In the first part is a list of specifications for the construction of air duct systems in hospitals, but it may not be either practical or affordable for an existing hospital to replace an existing air duct system and the memorandum’s second part lays down specific rules for their inspection and maintenance to ensure.

The first part contains a list of specifications for the construction of air duct systems in hospitals, but it may not be either practical or affordable for an existing hospital to replace an existing air duct system and the second part of the memorandum lays down specific rules for their inspection and maintenance to ensure ventilation hygiene.

It says that all ventilation systems should be have at least a simple visual inspection annually to ensure that it conforms to the minimum standards and that its general condition is fit for its purpose and operating effectively.

Hopsital hygiene is about more than making sure that that surfaces are regularly cleaned and that staff, visitors and patients should wash their hands frequently to prevent the spread of potentially-dangerous infections like MRSA.

Arguably, therefore the hospital facilities manager plays an essential role in ensuring the health and safety of patients while in hospital and their recovery from illness as quickly as possible because it is part of their role to ensure that the air quality standards are kept as high as possible.

MRSA can survive on surfaces or skin scales for up to 80 days and spores of Clostridium difficile may last even longer.

A regular schedule of inspection, ventilation cleaning and filter maintenance is, therefore, an essential part of patient care and best carried out by a specialist cleaning contractor fully conversant with all the latest rules and regulations specific to hospital ventilation systems.

Article Source: http://EzineArticles.com/5780016

SustainabilityMonth: Unpacking Crystal Lagoons’ sustainable technology

Multinational water tech and innovation company Crystal Lagoons entered the South African market earlier this year bringing with it technology patented in 160 countries.
This technology was first conceived when scientist and entrepreneur Fernando Fischmann, unable to source a solution that would be able to maintain a large body of water efficiently to provide swimming and watersports facilities, resolved to develop it himself.

#SustainabilityMonth: Unpacking Crystal Lagoons’ sustainable technology

Since then Fischmann’s work has received numerous awards including ‘Innovator of the Year’ and ‘Innovation of the Year’ in the Stevie Awards. We interviewed Alastair Sinclair, Crystal Lagoons’ regional director for Africa, to find out more about their unique technologies, what makes it so cost-efficient, and what drew the company to the South African market.

BizcommunityCould you expand more on the evaporation control film and water desalination technologies? What makes them unique, how exactly do they work?

Crystal Lagoons has developed a water desalination technology that uses zero energy. The innovation works using heated water from the lagoons which pass through membranes, allowing steam to pass to another section. There it is condensed again as fresh water without using extra energy and almost without any additional cost, thus using energy that today is wasted.

The film-based evaporation-control technology lowers water waste by between 30-70%. Exclusively manufactured for Crystal Lagoons, the technology consists of adding a special additive to the water which spreads as an invisible anti-evaporation layer on the surface of the body of water. This additive is temperature-, wind-, and rain-proof.

BizcommunityWhat makes the technology so cost-efficient?

The construction and maintenance costs associated with Crystal Lagoons technology are very low due to the efficient use of resources through the patented water treatment technology. The technology uses 100 times less additives than conventional pool and drinking water technologies and 2% of the energy required by conventional filtration systems. Crystal Lagoons construction costs can be 10 times lower than that of a golf course, and the operation costs (including labour, energy and additives) are considerably lower when compared to other amenities such as green areas and parks of the same dimensions.

BizcommunityWhat are some of the market characteristics that drew Crystal Lagoons to SA?

Despite South Africa’s ideal warm weather climate, the country’s sprawling and fast-growing urban centres, especially those inland, provide little by way of accessible and clean water amenities. Crystal Lagoons, which uses technology that enables the creation of unlimited size crystal clear bodies of water in any location imaginable, provides a solution to this problem. The Crystal Lagoons technology is also environmentally friendly as it involves very low water consumption. Crystal Lagoons use half the water required by a park of the same size, and 30 times less fresh water than a golf course. Because the lagoons work on closed circuits, the water wastage is minimal. This is of huge benefit to a country like South Africa, where both energy and water resources are scarce.

#SustainabilityMonth: Unpacking Crystal Lagoons’ sustainable technology

BizcommunityWhat are some of the other technologies Crystal Lagoons is currently working on?

The firm’s research and development department is responsible for the evolution and improvement of this technology. These innovations generate new patents on an ongoing basis. So far, Crystal Lagoons boasts 1500 patents in 160 countries worldwide. This is what has allowed Crystal Lagoons to grow from a single project five years ago to over 400 projects in 60 countries. Through this department we have also developed industrial applications for low-cost closed-circuit sustainable cooling systems and water desalination processes without energy, representing a revolutionary concept that provides a solution to the global issue relating to the shortage of energy and water.

Biobased bridge finally brought to life

After years of research, students have created the first demo of a pedestrian bridge made from flax and hemp fibres.
Impression of biobased bridge in Dommel landscape
Impression of biobased bridge in Dommel landscape

Since 2014, the Centre of Expertise Biobased Economy, founded by Avans College and HZ University, has been conducting research into a bio-based footbridge. The bridge is part of a exploration into the possibilities of using biocomposite (a biobased resin mixed with natural fibres) as an environmentally-friendly alternative to standard construction materials. It was recently announced that a group of students from Avans University has successfully created a test model of the biocomposite bridge.

For the first time since research began, the design has been brought to life with the building of a two-metre-long section of the bridge. This is an important step forward for the “B3: Fully Bio-Based Composite Pedestrian Bridge” project funded by research programme investor LightHouse at TU Eindhoven. The Avans students constructed the test bridge from flax and hemp fibres bonded together with a bioresin around a core of biodegradable PLA foam.

Architectural model of biobased bridge concept by RO&AD architecten
Architectural model of biobased bridge concept by RO&AD architecten

The objective that drives the project is to develop a more eco-conscious and recyclable design solution for pedestrian bridges, especially those found in nature reserves and protected environments. The construction and maintenance of conventional bridges involves materials that are hazardous to the environment. The bio-based bridge will lead to biobased economy that proliferates biocomposite buildings and infrastructure as part of the sustainable development of a city.

Now that the method and structural composition of the bridge have been finalised, plans for bridge have been submitted to the Eindhoven municipality for approval. TU Eindhoven believes that the bridge will provide “proof of concept” for the building industry that is always reluctant to adopt new technologies or materials without visual evidence.

The need for integration in the construction industry

BIM or building information modelling is one of the relatively few buzzwords you’ll hear in the construction industry that continues to dominate conversations – and there’s a very good reason for that.
The need for integration in the construction industry
© Igor Zakharevich – 123RF.com
Fuelled by government initiatives and industry momentum around the world, BIM empowers companies to plan infrastructure more effectively while reducing the cost and complexity of building and maintaining assets.

At the heart of BIM is a computer-aided design-driven model that enables you to visualise assets in all three dimensions. This means that the model is no longer simply a design tool – it becomes the master data source of an asset and the foundation for driving all business functions related to it.

So you would think that construction and contracting companies should be falling over each other in their haste to implement end-to-end business systems, right?

Unfortunately, that isn’t the case. Perhaps more than anything, what BIM has brought about is a realisation that in many ways ours is an old-fashioned industry, still hampered by archaic, Excel-based processes and departmental silos. It has also reminded us that businesses need to act now to remain competitive.

The second lives of assets

Assets have a second, far longer life after construction. As such, the industry is increasingly looking at the total lifecycle of an asset, from construction expenditures to operation costs – something that’s forcing construction, engineering, and infrastructure companies to adopt a much more joined-up, data-driven approach.

But many in the construction industry are still operating with non-integrated systems across lots of manually maintained Excel spreadsheets. Typically, project plans are developed in a software tool such as Microsoft Project, Primavera, or Asta, which are rarely integrated with other business systems for engineering, procurement and construction.

What is more, today’s computer design model is not typically integrated with the rest of the project and maintenance processes. This in turn creates the problem of transferring information from the design tool into the procurement, construction and maintenance systems.

According to Kenny Ingram, global industry director for IFS, this is the primary fault line that BIM has uncovered.

“When processes are not joined up or automatically integrated, companies are overburdened with high overheads and cost inefficiencies,” says Ingram. “They can incur damages by failing to keep to the key parameters of time and budget. What’s more, they risk being overtaken by competitors with smarter systems who can offer better prices and deliver a better asset more quickly.”

ERP with a twist

This is why we’re continuing to see a significant shift to deploy enterprise resource planning (ERP) systems in the sector. More and more construction and contracting companies see the value in partnering with integrated project solutions experts for managing budgets, time and risk.

But is “ERP” really the right term to use?

Synonymous with finance and human resources in many large enterprises, ERP is fundamentally a product-centric solution which grew out of mass production manufacturing.

Specialists in project-based business systems like Kenny Ingram would argue, however, that highly-specialised, project and asset lifecycle-based versions of ERP solutions – built for real-time management of complex projects – are where ERP’s strengths lie in our industry.

True ERP is a fully-integrated software solution covering all the business processes and functions involved in building or maintaining assets. That gives you a single framework to consider how a BIM model integrates with other business processes such as procurement, project management, project cost control, sales and sub-contract management, variation control, estimating, bid management, material control, plant and equipment hire, construction management, asset and facilities management.

It’s become too inefficient to look after different IT systems across different architectures with no natural flow of data through a business. In today’s competitive environment, uninformed decision-making is simply not an option.

With a project-based solution combining the integrated enterprise benefits of ERP, but designed specifically to support the complex business processes of project-centric organisations (the twist), it’s possible to address the data flow problem, and to profitably manage and maintain contracts over the entire asset lifecycle.

The time to act is now

As numerous governments around the world are formulating and launching strategic plans for BIM, there’s never been a greater emphasis on moving construction from a document-driven process to an integrated, data-driven one.

If there is one thing that BIM has made clear, it is that companies that engineer, construct and fabricate complex assets and infrastructure need integrated business software to effectively manage time, cost and risk.

And as the pressure to deliver affordable, timely projects mounts, now is the time to integrate business processes and streamline data flow.

Things To Ponder While Considering Terrazzo Cleaning And Marble Polishing

There are various materials available in the market for home beautification. Marble and terrazzo are two of them, which are widely used by the contractors as well as home owners to enhance the beauty and value of the home. However, these materials also demand timely maintenance, cleaning and polishing to preserve their original shine and look for years to come. There are some basic points which you must follow for terrazzo cleaning and marble polishing to ensure that your house is the most beautiful adobe to live inside.

Terrazzo Cleaning Los Angeles

It is a compound mix of marble chips and concrete or epoxy made to provide an appealing adobe. Knowing what exactly the terrazzo installed at your home is made from is the first step towards determining the appropriate cleaning process. There are many products out there for cleaning the terrazzo floor. However, choosing the most appropriate one is important as they can’t simply be unfit for cleaning but can also harm it. Few simple points should be reckoned for Terrazzo Cleaning Los Angeles:

• Good mopping with warm water is enough to clean the dirt. Cleaning the floor even without chemical agents would help you keep the structure neat and safe.
• If there are holes or signs of damage, the final work done by the professionals would be enough and you need not to put extra effort in cleaning the site of damage. For the patchy surface, calling a professional is recommended.
• Scratching is never recommended.

Marble Polish Los Angeles

The highly popular decorative stone, marble is an interesting material used in the construction industry. Its polishing is not a rocket science, rather a simple process when followed with extreme care. Starters should keep certain important factors in mind:

• For cleaning, wire brushes and steel wood should not be your favorite tools. These materials will scratch the surface leaving rough patches behind. Cleaning is must before polishing to obtain good results.
• Actually, polishing is done with a sander, and the surface should be wet while you are busy sanding. However, the floor should not be under the complete influence of water as it can make the task difficult.
• The use of clear sealant over the sanded surface will bring life to the floor which can serve you for many years to come.
• Out of various chemical treatments available to harden the surface, one must choose which works gently on the surface to care for it to last longer.

Important Facts About Ground Reinforcement

Once you know a few facts about the ways to sturdy up the surface you may park your car on without paving it, you might be surprised at all the other uses you will come up with that can use same mechanism. The ground reinforcement you choose needs to be the best and most durable for successfully providing you with long term service.

In some cases, homeowners might not like the idea of disturbing certain landscaping features with a paved drive or parking area. By using the latest in manufactured and recycled plastic reinforcing structures, you can have that nice looking grassy area for parking your car instead of the pavement. This is a great way to enhance the look you desire to have in the area around your home.

The structures used for reinforcement have a design that allows for the natural occurrences of water run off and soil and sediment changes as well. These structures will in way interrupt the ecosystem they are placed into and will certainly not interfere with the natural flow of water and rocks. In fact, the improvements will help grass and other desirable growth to grow at a healthier rate.

Many places use these designs for maintaining sturdier parking areas without the added cost and maintenance of paving. Local parking areas for fairs, outdoor concerts, and other outdoor events use these types of inclusions to help make parking better for all that visit. Consider the last bi outdoor event you attended when it began to rain. Think about the parking difficulties you may have had when there was just the ground and mud.

Another excellent place yo use these types of structures is the active construction site. Indeed, the mud and dirt can be treacherous when it is run over and over by large trucks and machines. These structures for beefing up the ground are strong enough for even large tractors to cross over and over again without fail.

The barn yard that is for larger animals might also use the science behind reinforcing the ground. Pastures can grow at a faster rate while also keeping hooves out of standing water. Those horses that are in damp mud for even one day of grazing can develop hoof rot. Make sure you check into reinforcing the pasture grounds for your horses to stay healthier.

Everyone that plays golf knows the better the turf, the better the game. Many courses use these types of ground structures for many parts of the fairway to help reduce mud and to promote beautiful grass growth. Golf cart paths are also fitted with them to allow better driving along the gravel that is also added.

The erosion control provided when these structures are installed is a vast benefit, especially for those areas used for stabilization of grounds. These are great to use in areas that have been devastated by flooding to help strengthen the grounds they are placed in. Many uses can be found for this type of product in flood prone areas.