Having underfloor heating in your home can have many advantages. If it is coupled with renewable energy resources it can deliver significant energy and carbon emission savings. This is especially in comparison to other forms of heat emitters. However, as with most other things, underfloor heating can also have it’s disadvantages, and whether or not it is for you will completely depend on you and your choice of lifestyle.

What is underfloor heating?

The warm water from the boiler system is circulated through continuous lengths of pipe embedded in the floor. Each of the rooms have their own circuit and all circuits are connected to a distribution manifold. With each room having its own circuit, the process behind temperature control is quite simple. A thermostat is fitted in the room and connected to an electrically operated valve on the circuit serving that room.

What are the advantages of underfloor heating?

One of the problems that many people have with having radiator’s in their homes, is that they take up a lot of space. With underfloor heating you will not have to worry about that. Once you have underfloor heating installed, you will have a lot more space and freedom to do what you like. In addition, an underfloor heating system can be suited to almost any type of flooring.

A further advantage is that you will not hear any unusual noises coming from the room, unlike radiators that can sometimes make sounds when switched on or off. This is an additional comfort, as you will not have to worry about avoiding hot radiators and you will hardly notice the under floor’s heatings presence.

Radiators tend to dry out the air. Fortunately with underfloor heating this will not be a problem, as the overall benefit to your home will be felt. It is also good for asthma and allergy sufferers as underfloor heating has a balance of convection and radiation which minimises disturbance.

What are the negative aspects of underfloor heating?

Although known as a great energy and space-saver in the home, underfloor heating is not suitable for everyone, and it is important to be aware of some of it’s drawbacks.

For instance, if you decide to do a complete installation, you will have to be prepared to turn your whole house upside down. In order to have proper insulation in the floors, you will have to be prepared for a complete rebuild.

Perhaps one of it’s most frustrating qualities is the amount of time it can take to heat up, especially if the pipe is embedded in a solid floor. All of this will usually depend on what type of flooring you have. For instance, if you have a wooden floor in your home, you could be looking at a 30 minute waiting time for it to warm up, whilst concrete could potentially take many hours. If the heating up period takes time, be prepared for an equally long cooling period. It all depends on individual preferences and whether or not you can put up with this. Some people simply adjust better than others.

Tal Potishman, editor of Heating Central, writes articles about central heating, plumbers, plumber Guildford, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

The United Kingdom’s government pledged to lower the UK’s carbon emissions by eighty percent by 2020 compared to 1990 levels. Recently, however, UK public has begun to wonder if the government is as dedicated to the cause as they claim to be.

An influential website, Wallstreetpit.com, said in a recent article that BP, a large energy company with headquarters in the UK, is closing down its Chinese, Turkish, Indian and British projects and focusing their attention on the United States. The same article implies that approximately thirty percent of the energy supply for the UK is supposed to come from windfarms. There were calls from opinion leaders in the UK asking the government why it has allowed BP to focus on the US when it (the government) says the future of British energy is green.

According to an article by the Guardian, Great Britain is one of the best locations in the world to be home to wind technology development. The popularity of Great Britain is owed mostly to the long coastline and good wind conditions that the country is famous for.

The article goes on to say that a Vattenfall and Iberdola Renovables new partnership will lead to a new United Kingdom-based windfarm. The building of this windfarm is estimated at 780m pounds and energy output is expected to be 300MW. Is this windfarm allowed because BP has refocused its attention? Why is private enterprise taking over an industry that the government claims to be invested in using?

Still more criticism accompanies the complicated planning rules and the amount of money that it will take to construct all of the wind farms that the UK will need to build if the government truly wants to dedicate a third of its energy consumption to energy produced by wind farms. An independent entity, The Carbon Trust, has estimated that in order to speed up the process to move to renewable energy, about sixteen billion pounds will need to be cut from the originally proposed budget. An article by redgreenandblue.org points out that by the 2020 target originally quoted by the UK government, only a quarter of the offshore wind farms Britain needs will have actually been built.

UK residents understand that the future of energy production lies with renewable energy and not the existing power grid. Renewable energy is more cost effective and is better for the environment than the current system. Still, with so many roadblocks in the way, each one of us should be wondering just how serious the UK government’s commitment to renewable energy is. If it is truly committed why is the project slowing down and losing money? What is getting in the way of the 2020 goal?

Tal Potishman, editor of Heating Central, writes articles about heating sytems, plumbers, plumber Guildford, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

Microgeneration is likely to be an important step towards the Millennium Goal of ensuring environmental sustainability by the year 2015. This is an ambitious, if not idealistic, target which has been well-received by most - less so as an individual burden, and more of a sub-national one. “Let the government do something about it,” is the response of many. Although many argue the benefits of this concept, there are only a few that have actually taken a proactive approach as individuals or private businesses.

Great Britain, in particular, has come under direct criticism for not doing enough to reduce its carbon footprint on our increasingly delicate atmosphere. And if governments cannot be counted on to set in motion a plan to ensure ecological sustainability, how can we, as individuals, be expected to do so?

In the recent years, Britain has done much to catch up to its green rivals, namely in the form of the Microgeneration Strategy, which was introduced two years ago by the Society of British Gas Industry. The Microgeneration Strategy is a mass-scale plan attempting to greatly reduce CO2 emissions. It aims to do this by providing zero- and low- carbon solutions for businesses, domestic homes, and communities. Its main targets are for all new homes to be zero-carbon by 2016, and all new non-domestic dwellings to achieve the same by 2019. Although this is later than the original timing set by the Millennium goals, it is still a very strong declaration of intent.

So what form will these microgenerators take, and how will this be applied? Mainly through small energy generators, such as windmills and solar panels. The idea is that all future buildings be equipped with these small solar and wind generators. The benefits of this approach is that it will enable future homes and businesses to produce and supply their own energy on a local scale, making them self sufficient.

Microgenerators are therefore highly beneficial for certain dwellings, particularly those with no access to the main gas network. Additionally, this newly acquired self-sufficiency of households, businesses, and communities reduces their dependency on central power networks. Not to mention that we are able to help lead the new ‘clean revolution’ and make our own contribution to making the world a greener, cleaner place.

Microgeneration has its advantages when it comes to accessibility and affordability. Microgeneration is not, in fact, suitable for all homes, nor is it readily available for local shops. The fact that microgeneration is quite a recent development also means that there are very few specialists who know how to install a solar panel or windmill to a private house. This brings us to affordability - the costs of installing our own energy producers will be a bit too much for most people, which reaffirms the argument that climate change will require government subsidies.

So is microgeneration the best way forward? Energy Minister Malcolm Wicks, among others, agree that it is. With the proper government support schemes in place, such as grants as well as more information regarding the pros and cons of microgeneration, more people will be ready to embrace it. It has the potential to have a massive impact on the reduction of CO2 emissions, so the more accessible microgeneration is made to the British public, the more individuals can do to reduce their ecological footprint. For now, it’s back to recycling for most of us until we can afford to produce our own energy.

Tal Potishman, editor of Heating Central, writes articles about certified plumber, central heating, plumber London, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

With green blankets covering the buildings and cranes slicing through skylines serving as a constant reminder of Britain’s building boom, it can be difficult to imagine that the commercial building industry is affected by the economic crisis. The fact that the industry is not cutting back - while other industries are - seems to indicate the explosion of new construction works have not come to an end. The problem, it seems, is a lack of workers to fill the demands of construction companies.

The shortage of skilled construction workers becomes increasingly evident when looking at last year’s figures. In 2007, 13,000 building projects were started, and around 87,600 workers are needed to support these projects. The skill deficiency is widespread, extending to both the trade and non-trade. In the common trades, the biggest annual requirements are in wood and electrical trade, as well as brick layers and building specialists. In non-trades, all from construction managers, business processes managers, office-based IT recruits, to architects, professional and technical staff are on high demand.

This worrying dearth is primarily due to three reasons: 1) As a result of the building boom; 2) the dwindling numbers of East Europeans in the trade; 3) the misperceptions of recruiters about what construction work involves.

The first reason, which was discussed previously, is relatively obvious - the more construction projects there are, the more recruits that need to be hired to do the job.

As many of the highly-skilled workers in the British trade were often of Polish origin, the impact of the construction boom in Poland is keeping a lot of Poles at home, which is a massive loss for British construction companies.

The third reason why Britain is plagued by a labour shortage is because of the misconceptions that recruiters have about construction work. A lot of job hunters perceive the job as being limited to the construction site - while in fact; many positions are often office-based or managerial.

Various steps have been taken to diminish the gap in the trade. One of the ways companies do this is by getting women and various ethnic groups to consider a career in construction - not just white males with maths qualifications. The National Association of Women in Construction, for example, is looking outside the traditional recruitment pools, trying to target groups with a larger range of skills and work approaches. This creates a different work atmosphere, introduces fresh ideas into the industry, and cultivates diversity in the workplace.

The Sustainable Employment Legacy Forum and Inspire Scholarships are two programs that provide initiatives to get younger generations interested in the industry. They not only organise trips for children to visit construction sites, but provide training courses, student funds, and apprenticeships for those in the poorer areas of London, by doing so encouraging more graduates to enter the trade.

Another approach to bridging the employment gap is to change the way in which the building industry is viewed. By educating people to expand their view of the trade and teaching people that construction is more than hard hats and light-reflecting mesh jackets, more individuals might start to see construction as a job for them.

Tal Potishman, editor of Heating Central, writes articles about plumber, central heating, London plumbers, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

In present times most residents of the United Kingdom take properly working plumbing systems for granted. Most do not take the time to think about the history of plumbing or the way plumbing technology has evolved over time. Plumbing has a long and interesting history: a history that is worth exploring.

Plumbing first made its way into urban communities while the Romans and the Greeks were the powerful empires of the world. Plumbing was used by the Romans and Greeks for the public bathing houses that were so popular. Aqueducts came into fashion while the Romans were in power and they were used to carry clean water to the bathing houses and take the dirty water away. The Roman aqueduct system was used until the 1800s when advances in technology started a replacement process of the aqueducts by piping systems located underground.

Pipes were constructed mostly from lead during ancient times and aqueducts were pieced together from stone and clay. However, this is no longer the case in modern times. Today, steel, brass, copper and plastic are the most popular building materials for plumbing and piping systems. Lead is no longer used to make pipes because the toxicity of lead is considered to be too high.

The bath houses that the Romans enjoyed are considered the predecessors of plumbing as it currently exists. Originally, public bathing only occurred while the sun was up because the bath water was only replaced once each day. Remember, it was not until long after the Roman Empire fell that bacterium was discovered and the western world learned how diseases were spread with the obvious implications on bathing and personal hygiene. In Roman times, one water change each day was all they thought they needed.

The modern toilet is, arguably, more important to many modern UK citizens than the aqueducts of the Roman Empire. The toilet that most western citizens are familiar with in today’s society was first built in Mohenjo-Darco in approximately 2800 BC. This toilet consisted of a pile of bricks upon which a wooden seat was fixed. These “modern” toilets were only available to the highest members of society and, in fact, would not be used by the masses until the 1800s when the western world adopted them.

Once the sit down toilet and the other plumbing systems that were adopted by the Romans made their way into western society, the technology surrounding them advanced very quickly. It took less than a century for plumbing and toilet technology to move from aqueducts and holes atop brick piles to become the highly attractive designs for toilets and modern showers of today.

In today’s plumbing systems most pipes are kept under the ground and cesspools and open sewage drains have almost been completely eliminated due to environmental and operational considerations. As the western world continues to advance it is highly likely that plumbing and toilet systems will become cleaner and more efficient as well, with further introduction of green technology and improvement in treatment of sewage and contaminated water.

Tal Potishman, editor of Heating Central, writes articles about commercial boilers, plumbers, plumber Reading, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

It is hard to be a plumber. Plumbing is not simply the unclogging of a sink or the snaking of a pipe. A plumber will work with a wide variety of materials and tools in conditions that range from the completely benign to the very dangerous. Plumbers work very hard to make sure that all of the pipes in the United Kingdom work properly. It is vital that plumbers both in and out of the United Kingdom take care to be as safe as they possibly can and that they take appropriate measures to make sure that they and the members of their teams are as safe as possible.

Plumbers are at a high risk for health problems. This is because they are regularly exposed to many different illnesses and infections. They can contract psittacosis and histoplasmosis from the regular contact they have with animal droppings. Plumbers also see regular exposure to harmful chemicals and elements like lead and the other chemicals that can be found in the plumbing materials they work with on a regular basis.

Plumbers also have to regularly deal with tight spaces. They will be forced to move or position themselves in ways that are not pleasant and that can strain the skeletal and muscular system. Plumbers also have to regularly work in extremely high elevations and for very long hours.

Even the sturdiest of men and women would suffer under the conditions that plumbers face on a regular basis. Thankfully there are many safety measures that a plumber can take to ensure that they are safe healthy and remain uninjured.

1. Local safety codes should be memorized. Plumbers should know their local safety codes inside out to ensure that they will understand exactly what kind of safety precautions should be taken in the variety of situations that the plumber will encounter while on the job.

2. Because of the constricted spaces and high elevations that plumbers work in regularly, they should make sure to have a reliable and long lasting ventilation system at the ready. Having a steady supply of clean air will help the plumber make sure that he functions properly while on the job.

3. The appropriate clothing: head gear, goggles, masks, footwear-all of these items should be used by Plumbers to keep their bodies protected against the different elements that they will encounter on a job.

4. The work area should always be clean and free of trash and clutter. The cleaner and less clutter there is in a Plumbers’ work area, the better able a plumber will be to make sure that his job goes as smoothly as possible.

5. Plumbers must take breaks to have a rest. Keeping their bodies rested and healthy will make certain that they are better able to cope with longer projects.

Tal Potishman, editor of Heating Central, writes articles about boilers, central heating, plumber Newcastle-Upon-Tyne, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

The dwindling economy has caused many businesses to cut as many corners as they can, at least with regards to monetary aspects. Small plumbing and heating companies try to save money wherever possible including the hiring of people who might not yet be fully qualified to do their jobs as it is typical that the fewer qualifications a person has, the less it costs to employ them. One area that a plumbing and heating company should not skimp on is the training of its plumbing and heating engineers.

Here are a few reasons why companies need to do everything they can to make sure that their plumbing and heating engineers are fully trained.

1. Heating and Plumbing Engineers are required by law to be certified by very specific levels. Such certifications confirm that the hired engineer is up to date on all current laws and building codes and that they understand how to work within those restrictions. The Building Regulations, BPEC, Corgi (for gas work), Part P (for Electrical work) and Unvented system training and assessment are a few of the certifications that are required.

2. Heating and Plumbing Engineers who have obtained all of the correct certifications and training they need can bring in more money for the services they provide either as self employed engineers or as part of the company. Companies tend to determine an employee’s wages based on the number and type of qualifications a prospective engineer has when he/she is hired into a company.

3. Heating and Plumbing Engineers who take the time to ensure that all of their certifications and training are up to date have proven to be more reliable professionally than those who learn the work “in the field.” Their work is often of a better quality which reflects their understanding of the technical and legal requirements. These engineers provide a better investment to the company that hires them than someone who has not yet bothered to finish their training and certifications.

Many companies choose to hire plumbing and heating engineers when they are just starting out because they prefer their engineers to be trained in certain ways. For companies who choose to do this, there are several governmental programs available to help fund the certification process. The CPS (Competent Person Scheme) is one such program, being used by several players in the plumbing and heating sector.

It is important that plumbing and heating engineers stay informed about the up and coming “green” methods that are being developed. The world is turning towards environmentally friendly practices and, in order for a company to be competitive in a modern market, the engineers hired should be as well versed about the newer technologies as they are about the traditional ones. Such new technologies include solar thermal panels, underfloor heating and ground source heat pumps.

To truly compete in an unstable market, companies need to make sure that their engineers are professionally trained and certified. As the general public tightens its belt, individuals are more likely to spend money on professionals that are guaranteed to carry out quality work than they are to try and save money on someone whose work might not be to the expected standard.

Tal Potishman, editor of Heating Central, writes articles about plumber, central heating, plumber London, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

If you are considering having underfloor heating in your home, there are probably hundreds of questions running through your mind. Whilst there are many advantages involved in having underfloor heating, it is not for everyone. At the same time, as well as providing general comfort, it has the added bonus of delivering significant energy and carbon emission savings. This is especially the case when it is compared to other forms of heat emitters. On the other hand, underfloor heating is not suited to everyone and can have it’s disadvantages. Whether it is for you or not will depend on your preferences and your choice of lifestyle.

What is underfloor heating?

The warm water from the boiler system is circulated through lengths of pipe embedded in the floor. Each room has its own circuit and all circuits are connected to a distribution manifold. With each room having its own circuit, the process behind temperature control is quite simple. A thermostat is fitted in the room and connected to an electrically operated valve on the circuit serving that room.

What are the advantages?

One of the reasons why many people decide to have underfloor heating installed is so that they can have the flexibility and room space to decorate how they wish. Another positive attribute is that an underfloor heating system can be suited to almost any type of flooring.

A further advantage is that you will not hear any unusual noises coming from the room, unlike radiators that can sometimes make sounds when switched on or off. This is an additional comfort, as you will not have to worry about avoiding hot radiators and you will hardly notice the under floor’s heatings presence.

A noticeable problem with radiators is that they are not very good for the air in the house as they tend to dry it out. You will not find this with underfloor heating and will notice the difference to the overall well being in your home. Underfloor heating is also beneficial for allergy and asthma suffers as it has a balance of convection and radiation which minimises disturbance.

What are the disadvantages of underfloor heating?

Although underfloor heating is great for saving lots of space in the home, and is a positive step forward in terms of energy saving, as with anything, there are some disadvantages to having underfloor heating.

If you decide to have underfloor heating installed, the first thing you will have to be prepared for is the fact that your whole house will be turned over if you have a complete installation. It is important to note that you will have to be prepared for a complete rebuild.

Perhaps one of it’s most frustrating qualities is the amount of time it can take to heat up, especially if the pipe is embedded in a solid floor. All of this will usually depend on what type of flooring you have. For instance, if you have a wooden floor in your home, you could be looking at a 30 minute waiting time for it to warm up, whilst concrete could potentially take many hours. If the heating up period takes time, be prepared for an equally long cooling period. It all depends on individual preferences and whether or not you can put up with this. Some people simply adjust better than others.

Tal Potishman, editor of Heating Central, writes articles about condensing boilers, central heating, London plumbers, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

It is incredibly popular in today’s culture to save energy and reduce a person’s carbon footprint. Residents of the United Kingdom are trying to out “green” each other in an effort to show that they are saving more power than their friends and colleagues. Energy saving ideas are traded the way recipes, money saving ideas and home improvement tips were once traded.

So much focus is placed upon living the greenest life possible that most are surprised to learn that the waste levels for water are at an all time high. It appears that even the most energy efficient and carbon conscious United Kingdom citizens have yet to understand that saving water is just as important as saving power.

It might surprise readers to learn that the UK’s fresh water resources are expected to run dry within a few decades. This seems impossible given the wet climate local residents are used to enduring, but there are some experts who insist that fresh water resources are depleting at a much faster rate than previously expected. The truth is that the fresh water resources in the United Kingdom are more sparse than the fresh water resources in the Sudan and Syria-two areas of the world that are famous for their dry climates and water shortages.

What makes this hard to understand is that it is very easy to not waste water. It is not hard to just turn the sink’s faucets off when they are not being used. You should only use water to rinse off your toothbrush or when you need to fill your water cup. It does not need to run while the toothbrush is in your mouth or you are rinsing out your mouth. Most dishwashers have a “water saver” function built into its mechanism.

Showers don’t need to be long-even five minute showers use an incredible amount of water. Only wash dishes or do laundry when you still have a full load. Vegetables can be rinsed off in a pan of water instead of being run under a running faucet. Water can be kept in a pitcher in the refrigerator instead of letting it run to reach the desired cold temperature. A lawn doesn’t need to have sprinklers watering it all day.

It is incredibly easy to conserve the amount of water a person goes through in a single day. Remember, water is the most important substance on the planet and freshwater is a precious resource that should be protected. It is not something that anyone should take for granted. This is why it is just as important to do conserve water as it is to conserve energy! Saving water is easy. Everyone should be able to cut back.

Tal Potishman, editor of Heating Central, writes articles about corgi plumbers, central heating, plumber London, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.

Many homeowners have become increasingly attracted to having wetroom floors and non-enclosed showers in their homes. This growing surge has baffled many industry experts who are wandering why trays and enclosures were even invented in the first place.

Many homeowners face the problem of experiencing leakage in their bathrooms. With the introduction of power showers and shower heads, this problem has only increased. It all comes down to individual preference. Some homeowners simply prefer the style of a wetroom. If you are one of these homeowners. then you should install tanking to prevent water seeping through the floors to the ceilings below. The trays can then be inset to sit level with floor surfaces.

As there is a growing fashion for trendy bathrooms, there can sometimes be a conflict between the fashion and the practicality. For those that are going for the fashionable shower, then it is best to shop around in stores for products that work to minimise frames.

Dangers of leaking

You should do everything in your power to prevent leaking from occurring in your shower. If adequate precautions are not taken, then many of your home items could be ruined. You may have to get new carpets and your furnishing may need replacing. You may even experience musty smells and have to deal with the extra costs of repairing.

Shower enclosures, as fashionable as they can be, do not completely prevent leaks. If you look carefully you will notice a small square at the bottom corner where a hinged edge meets the tray or floor. This is its most vulnerable point and liable to cause trouble for the homeowner.

Some homeowners do attempt to use seals. However seals can have their own problems. The trouble is that seals usually have to be flexible so that the doors can move, and water collecting there can actually seem to be sucked out because of its own surface tension. A similar problem can be found with using bath screens. With the combination of flexible seals and flat surfaces, the small gaps allow bits of water to get through.

Can silicon sealants be a good alternative ?

It is not highly recommended for homeowners to use silicon sealants. Silicon sealants are not very reliable as they can be highly prone to mould growth and discolouration. In addition, they are also prone to being affected by the shifting weight of shower users, or by slight movements in the building itself, which can cause them to become detached from their anchorage.

Consider all your options properly

Although many homeowners prefer watertight shower enclosures and it is the fashionable trend for them to be quite spacious, for some, space-saving overbath solutions suit some installations better. Homeowners should be quite cautious when shopping around and should explore a number of different options before making their purchase. For instance, all the suppliers claim that their products are easy to install. However, it is well known that some screens and enclosures are much more user friendly than others. You would be better off going for a product where you will be guaranteed no leaks rather than taking a risk for fashion purposes.

Tal Potishman, editor of Heating Central, writes articles about combi boiler, central heating, plumber London, underfloor heating and solar thermal. He specializes in helping save money by advising on efficient heating.