When you first meet with the builder whom you have picked to construct your home, make sure that you express to them early on in the process that you are looking for ways to reduce your energy and maintenance costs. This will ensure that the builder keeps this aim in mind, right from the depths of the planning stages all the way through to the completion of the house.

Construction and Ducts – If your new home builder has ensured that all holes and cracks have been sealed (especially in your heating and cooling systems), then you will reduce the changes of drafts, moisture, dust, pollen and noise pollution from occurring. This is also highly effective in improving the quality of your home’s air.

Insulation – If your home has had insulation properly installed in its floors, walls and attic space, you will find this to be a very cost effective option. Because the insulation will encourage an even temperature throughout the house, it will lessen the need for air conditioners and heaters to be turned up.

Products and Fixtures – If your builder has invested in and recommended products and fixtures that are energy star rated (such as compact fluorescent light globes, lighting fixtures, fans, appliances, and so on) you can greatly reduce the amount of money you are spending on electricity for your home.

Windows – If your home has been fitted with energy efficient windows, you will find that they help to keep heat in during winter and out during summer. This is because they are fitted with two or more panes of glass and have been specially coated to prevent heat transfer. Again, this helps to lessen the need for air conditioning and heating.
If you have been thinking about ways that you can reduce your energy and maintenance costs, you should be thinking about contacting your new home builder and seeing how they can help. As you can see from the above list, there are a number of ways that they are able to not only reduce the energy consumption of your home, they will also be able to lower the need for maintenance well into the future.

Relationship building is no different.

Not only do relationships need to be built from the ground up, like the house, they need maintaining once the construction phase is complete. Maintenance can even seem like harder work. This is probably because we don’t get as much visual feedback for our investment of effort. Yet, to keep things on track and viable we do need to invest.

Inspections

At every stage of construction, and throughout the life of the house, the house will require inspection-to check for anomalies, the condition of things, wear and tear etc. Part of the process is about observing how things are going (or wearing out) over time.

We are loath to forget our relationships either. Instead of inspections, however, we’re managing expectations all the time; using feedback as a gauge for the condition of things. We’re constantly checking the foundations of trust, ensuring we are always doing enough to engender trust via respect for the other party. These two pillars-trust and respect-are the bricks and mortar of our relational constructions.

When we see two people chatting at a work get-together-two people who need each other in their work-how readily don’t we see the large safety sign: CONSTRUCTION SITE – KEEP OUT! We must respect boundaries. We must not impede the rapport.

Construction projects are fun and we should enjoy every stage of them. Constructing rapport is the business of humanity. What are you constructing today? How do you plan to construct? What checks will you have in place? What feedback will you be seeking?

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 th

Location

A sunny position id best in order to attract wildlife to your pond. However, this should be balanced with allowing for a bit of shade to reduce the chances of the formation of blanket weed.
Do not build the pond directly underneath a tree. This will lead to unwanted debris such as leaves and twigs falling into your pond, and this will need cleaning up regularly.
Position your pond within long grass in order to create a nice sheltered environment at the edge for small wildlife dwellers
Construction
Ensure that the whole you dig for your pond slopes down gradually from the edge so that animals can easily get in and out. Shelved sections are also useful, in order to cater for many varying forms of plant and wildlife.
Create a deeper section (about 60cm) in the centre of the pond. This will ensure that the pond should never fully freeze over in the winter.
Line the hole using butyl or polythene, this is a much quicker method than the traditional one of using clay
If at all possible, fill you pond with rain water. If you have to use tap water then leave this to stand for a few days before introducing fish to the pond. This will leave time for any additives to evaporate.
Remember that not all types of wildlife with co-habit well. Goldfish often eat tadpoles and water snails, so keep them apart! It is best to do research before you populate your pond.
Do not introduce wildlife to your pond yourself; let the wildlife find the pond naturally! This will reduce the risk of invasive or diseased species setting up home.
Maintenance

Clear vegetation from the water regularly. The best time to do this is in the autumn to minimize the effect on the wildlife.
Clear out fallen leaves regularly to ensure they don’t rot on the bottom of the pond.
Prevent your pond from totally freezing over in the winter by allowing a tennis ball to float on the surface. Once the ice has formed, remove the ball to leave a small breathing hole
If you pond becomes covered in blanket weed you must act quickly to remove this algae
As the saying goes, prevention is better than cure! The very best way to contr

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