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Generally the process for having plans produced will only take a month or two. Major works or new builds can take upto ten months to produce. This will depend on the requirements of your project and the number of technical drawings you need produced. An architect will always advise you based on the project how long these will realistically take.

The holy grail of home extensions is basically the need for additional space for living as well as leisure. However, before commencing your home extension project, you’d probably want to know just how big your new building can be. In this article, you’ll find the answer to this question which is also frequently asked by many other home or property owners in the UK.

Besides your budget, there are two other major influencing factors that can determine just how much extra room that can be added. These factors include whether you wish to carry out the extension project under Permitted Development rights which is usually for a smaller project or you’d prefer to opt for a larger project which is covered by Planning Permission.

Apart from the limitations in the size of an extension under Permitted Development, the extensions are also a lot more affordable and consumes less time when compared to the extensions under planning permission. So what exactly is the size limit for an extension under Permitted Development and the ones under Planning Permission?

For a single storey extension, the maximum size that can be constructed without having to submit an application for Planning Permission includes:

• An extension should have a maximum length of 6m, if you reside in a terraced home or a semi-detached property.

• Extensions for detached properties can have a maximum length of 8m.

• The extension built must not go beyond half your garden’s area.

• The extension should have a maximum height of 4 metres, but in the event whereby the extension is situated within 2 metres of the boundary of your property, it should not exceed a height of 3 metres.

• The extension should not be higher than the highest part of the existing house’s roof.

How To Install Bifold Doors

If you’re looking to install a bifold door in your home or property, then you’re at the right place! In reality some jobs are better left to the professionals and one of such jobs is bifold door installation especially if you lack proper training and experience that’ll guarantee the best result the first time. If otherwise, hiring a professional installer will do you lots of good like saving you time and extra money that could result from costly errors. In this step by step guide, we’ll take you through the bifold doors installation process.

The first step to take when it comes to bifold door installation is to take the measurement of the door opening and get a kit in the appropriate size. For a better accuracy, do note that the combined measurement of both doors should be about an inch less than the opening’s total width while also being two inches less than the door frame’s height.

• Install the top rails in such a way that the rail’s end makes contact with the door frame’s side using the screws.

• Fit the bottom rail in the same fashion as the top ensuring the rail’s end makes contact with the same side of the door frame.

• Insert dowels into the predrilled holes in the door panels’ top.

• Place the dowel with the adjustment screw near the bottom’s side wall. While placing the fixed dowels in the door panel’s top and bottom on the side farthest away from the hinge. Once done, put the dowel and spring assembly into the door panel’s top, closest to the side wall.

• Fit the door panels into rail’s top and bottom while also adjusting the screws to centre the doors.

• Ensure the doors open and close like they should. If positive, tighten all hardware and fit the pulls or knobs of the door.

Traditional heating system that features a solid fuel boiler makes use of wood or coal stoves. However, in modern times, biomass boilers have rapidly grown to become the popular solid fuel option. Not only are they very effective and efficient just like the other heating systems, but they’re also renewable due to the fact that they’re able totally carbon neutral as they burn plant based organisms as a great alternative to oil, gas and electricity. As a result, they’re a perfect choice of heating system for off-gird homes or properties.

We have two main types of solid fuel boiler, these includes the following:

✓ Solid fuel stoves. This is also referred to as wood burners. Although coal burners are also available in the market, but we’d only recommend using wood burners as coal can be highly polluting and also set to be banned as a domestic fuel by the government. The most popular options of wood burning is wood log but it can also be operated using wood chips or wood pellets. Due to the fact that they’re stand alone heaters, they can only warm up the room in which they’re fitted.

✓ Biomass boilers. The type of solid fuel heating system makes use of natural material to warm up a space. These natural materials may be wood chips, wood pellets, wood logs and even plant based organisms. How they operate is very similar to that of the traditional boilers. They’re able to provide both hot water and hating by burning fuel, however, the only carbon released into the air was previously absorbed by the wood fuel. As a result, they’re a carbon neutral renewable heating system. But in contrary to solid fuel stoves, they’re fed automatically via a hopper but there are also manually fed biomass boiler.

In recent times, when about to purchase or renovate a building that was constructed before the 1980’s, most homeowners will be particular about knowing whether or not asbestos containing materials are present. Also when a property is being checked, a lot of individuals would want to know the peak years for asbestos to be used in homes.

Modern asbestos production started in the 1800s during the time of industrial revolution, but after some regulation were made to ban some asbestos products and uses in the late 1970’s, the production witnessed a significant drop. The United States was the foremost users of asbestos according to the USGS but this lasted until the 1960’s when it was overtaken by the Soviet Union. In this article, we’ll look at the years of use for asbestos containing materials like pipe insulation, vermiculite as well as wall systems.

✓ Insulation. Asbestos insulation was commonly used in homes with lots of focus on both piping and ductwork. This was started in the year 1908 but was ended between 1915 and 1920 by Air-Cell pipe insulation.

✓ Vermiculite. This refers to a mineral that’s popular for its insulating properties and mostly used as insulation for attics. It possesses a gold to brown kind of appearance and it’s also a pebble material that shimmers in the light. According to the EPA, if this material is suspected in a home it should be assumed to contain asbestos.

✓ Wall Systems. Plaster and drywall are very common wall types that are asbestos containing. And until asbestos was banned both wall systems are said to have asbestos. For example the drywall sheets as well as it’s joint compound both features asbestos from the 1930s to the 1980s.

The importance of underpinning a house cannot be overemphasized. Firstly, what is underpinning? Well, underpinning is simply the act of reinforcing, repairing, strengthening or improving the depth of an existing foundation by lowering the footing to ensure that it rests more on more reliable and supportive soil. Not only does this method help to strengthen your building and preserve its structural integrity, but it also does increase your property’s value and gives you peace of mind knowing your property is safe. If you’re thinking about underpinning your house, you have two options – do it yourself or call in a reputable structural engineer. The latter is more advisable as the method involves a lot of specialized knowledge, skills and tools to guarantee a successful outcome. In this post, we’re going to take you through the process involved in underpinning a house. Let’s take a look!

To get started, you should know that concrete underpinning features excavating pier footings around the building at about 2 to 3 metres distance between each other. In some cases, underpins can be installed from within the house. The footings of the underpin should go very deep into the underlying soil in such a way that fully supports the weight of the building or structure. Once done, now proceed to attaching the new footing to the building. You can achieve this by excavating underneath the existing footing to make for a stronger prop. Individual prop and pier arrangement is then strengthened using strong steel bars. Once completed, the concrete is then poured.

A professional underpinning contractor will make sure there’s sufficient space left between the existing footings and the new underpins as this space will ensure that the new underpins can be easily used to jack up the house and level it once the poured concrete cures.

Double glazing frames don’t just have to come in uPVC and are available in other materials including aluminium and wood too. Wooden or timber windows are more suited to properties with a traditional look and are often the frame of choice for listed buildings and homes in conservation areas. When properly maintained wooden windows can last well for years but can be up to three times more expensive than uPVC.Aluminium is the strongest and most durable option. As a metal it is highly resistant to the UK’s changing weather conditions and won’t rust, warp, crack or peel. Aluminium offers a modern appeal and is available in a range of colours.

If you’re building a connected home, a smart thermostat allows you to change the temperature in your home. And not only do several smart thermostats come with touch screens and a user friendly interface, but they’re also compatible with Amazon Alexa, Google Assistant and other voice controlled personal assistants. So how does a smart thermostat work? Let’s have a look!

Generally, smart thermostats are connected to the home’s Heating and/or Air Con system via C wire (common wire). Homes that lacks a C wire (especially older homes) will have to install one first before getting a smart thermostat. The C wire is a crucial element in the installation process as it works mainly to wire your smart thermostats into the Boiler system without tampering with the wiring for the other appliances in the house.

The smart thermostats comes with some special temperature setting which you can access by connecting them to your home’s WiFi. These include:

• Mobile Control

Most smart thermostats are specially designed to enable users to control the temperature of their home from the comfort of their couch or car via their unique mobile apps. This feature is just perfect if you particularly like getting the perfect temperature in your home without having to get out of bed.

• Humidity Controls

Although, the humidity of your home can not really be adjusted with a smart thermostat but you can always stay on top of it by monitoring it or setting an alarm on your phone to go off when the humidity changes.

• Geofencing Feature

With a smart thermostat, you can choose the particular times of the day you want it in action. This feature enables you to go on impromptu travels without having to worry about your energy bills - some smart thermostats come with the geotracking feature which determines when you’ve left the house and adjusts the temperature of the home accordingly with your energy usage in mind.