Designing Buildings - User contributions [en]

What are electric fires?

2017-02-27T09:05:49Z

Real Flame:

[[File:Electric_Fireplace_-iStock_000064106755_Large.jpg|link=File:Electric_Fireplace_-iStock_000064106755_Large.jpg]]

= Introduction =

Electric fireplaces do not require the use of wood or coal. They are similar to coal, wood and natural gas fireplaces, except they differ from conventional fireplaces (and from [https://www.designingbuildings.co.uk/wiki/Bio_Ethanol_Fireplaces bioethanol fires]) in that they are plugged into the wall and require no fuel. This also means they are easy to clean and do not require a lot of maintenance, and will not emit fumes.

= Electric Fireplaces =

Electric fires were invented in 1912 but they only became popular in the 1950s. They can have a ‘flame only’ setting, where they mimic the flame effects of a conventional fire; they can also be used as heaters and consume approximately 1.4 to 1.6 kW of energy, which can heat a 37-square metre room.

= How do Electric Fires Work? =

Electric fireplaces generate heat through heated metal coils which use electricity. The heat spreads through the room by a fan. The heat is 100% efficient, as none of the heat is wasted; the fan pushes out 100% of the heat generated by the coils.

There is no need for chimney flues or vents, as electric fireplaces do not emit fumes, gases or smoke. This also means there is no dirt, such as ash, being produced.

= Types of Electric Fireplaces =

There are several different types of electric fires, such as:

* Electric Stoves – can be placed anywhere in the home; works by adjusting the heat settings and the flame intensity by remote control.
* Wall Mounted Electric Fires – can have a large variety of styles (contemporary or modern); placed on walls.
* Electric Fires with Fire Baskets – made from cast iron, aluminium and other types of metals. Can be decorative or fitted into working fireplaces.
* Electric Insert Fires – also called inset, these fireplaces sit in a recess on the wall.

= Advantages of Electric Fires =

Electric fires provide many different benefits for properties, both residential and commercial:

* There is no need for chimneys or flues
* Electric fires can be portable
* There are no gas emissions
* Electric fires are easy to clean and low maintenance (no ash or soot, for instance)
* There is no need to remodel the space where the fire will be installed
* Electrical fires can be highly economical

= Disadvantages of Electric Fires =

Electric fireplaces also present some downsides, which include:

* They are not as realistic as fires with real flames
* They do not generate as much heat as conventional fires
* Due to them only being able to work with electricity, they can be less efficient than other fires

--[[User:Real_Flame|Real Flame]] 09:05, 27 Feb 2017 (BST)

[[Category:Products_/_components]]

What are electric fires?

2017-02-27T09:05:15Z

Real Flame:

[[File:Electric_Fireplace_-iStock_000064106755_Large.jpg|link=File:Electric_Fireplace_-iStock_000064106755_Large.jpg]]

= Introduction =

Electric fireplaces do not require the use of wood or coal. They are similar to coal, wood and natural gas fireplaces, except they differ from conventional fireplaces (and from [https://www.designingbuildings.co.uk/wiki/Bio_Ethanol_Fireplaces bioethanol fires]) in that they are plugged into the wall and require no fuel. This also means they are easy to clean and do not require a lot of maintenance, and will not emit fumes.

= Electric Fireplaces =

Electric fires were invented in 1912 but they only became popular in the 1950s. They can have a ‘flame only’ setting, where they mimic the flame effects of a conventional fire; they can also be used as heaters and consume approximately 1.4 to 1.6 kW of energy, which can heat a 37-square metre room.

= How do Electric Fires Work? =

Electric fireplaces generate heat through heated metal coils which use electricity. The heat spreads through the room by a fan. The heat is 100% efficient, as none of the heat is wasted; the fan pushes out 100% of the heat generated by the coils.

There is no need for chimney flues or vents, as electric fireplaces do not emit fumes, gases or smoke. This also means there is no dirt, such as ash, being produced.

= Types of Electric Fireplaces =

There are several different types of electric fires, such as:

* Electric Stoves – can be placed anywhere in the home; works by adjusting the heat settings and the flame intensity by remote control.
* Wall Mounted Electric Fires – can have a large variety of styles (contemporary or modern); placed on walls.
* Electric Fires with Fire Baskets – made from cast iron, aluminium and other types of metals. Can be decorative or fitted into working fireplaces.
* Electric Insert Fires – also called inset, these fireplaces sit in a recess on the wall.

= Advantages of Electric Fires =

Electric fires provide many different benefits for properties, both residential and commercial:

* There is no need for chimneys or flues
* Electric fires can be portable
* There are no gas emissions
* Electric fires are easy to clean and low maintenance (no ash or soot, for instance)
* There is no need to remodel the space where the fire will be installed
* Electrical fires can be highly economical

= Disadvantages of Electric Fires =

Electric fireplaces also present some downsides, which include:

* They are not as realistic as fires with real flames
* They do not generate as much heat as conventional fires
* Due to them only being able to work with electricity, they can be less efficient than other fires

--[[User:Real Flame|Real Flame]] 09:05, 27 Feb 2017 (BST)

[[Category:Products_/_components]]

What are electric fires?

2017-02-27T09:04:42Z

Real Flame: Protected "What are Electric Fires?" ([edit=author] (indefinite))

[[File:Electric Fireplace -iStock 000064106755 Large.jpg]]

= Introduction =

Electric fireplaces do not require the use of wood or coal. They are similar to coal, wood and natural gas fireplaces, except they differ from conventional fireplaces (and from [https://www.designingbuildings.co.uk/wiki/Bio_Ethanol_Fireplaces bioethanol fires]) in that they are plugged into the wall and require no fuel. This also means they are easy to clean and do not require a lot of maintenance, and will not emit fumes.

= Electric Fireplaces =

Electric fires were invented in 1912 but they only became popular in the 1950s. They can have a ‘flame only’ setting, where they mimic the flame effects of a conventional fire; they can also be used as heaters and consume approximately 1.4 to 1.6 kW of energy, which can heat a 37-square metre room.

= How do Electric Fires Work? =

Electric fireplaces generate heat through heated metal coils which use electricity. The heat spreads through the room by a fan. The heat is 100% efficient, as none of the heat is wasted; the fan pushes out 100% of the heat generated by the coils.

There is no need for chimney flues or vents, as electric fireplaces do not emit fumes, gases or smoke. This also means there is no dirt, such as ash, being produced.

= Types of Electric Fireplaces =

There are several different types of electric fires, such as:

* Electric Stoves – can be placed anywhere in the home; works by adjusting the heat settings and the flame intensity by remote control.
* Wall Mounted Electric Fires – can have a large variety of styles (contemporary or modern); placed on walls.
* Electric Fires with Fire Baskets – made from cast iron, aluminium and other types of metals. Can be decorative or fitted into working fireplaces.
* Electric Insert Fires – also called inset, these fireplaces sit in a recess on the wall.

= Advantages of Electric Fires =

Electric fires provide many different benefits for properties, both residential and commercial:

* There is no need for chimneys or flues
* Electric fires can be portable
* There are no gas emissions
* Electric fires are easy to clean and low maintenance (no ash or soot, for instance)
* There is no need to remodel the space where the fire will be installed
* Electrical fires can be highly economical

= Disadvantages of Electric Fires =

Electric fireplaces also present some downsides, which include:

* They are not as realistic as fires with real flames
* They do not generate as much heat as conventional fires
* Due to them only being able to work with electricity, they can be less efficient than other fires

[[Category:Products_/_components]]

What are electric fires?

2017-02-27T09:04:26Z

Real Flame: Created page with "File:Electric Fireplace -iStock 000064106755 Large.jpg = Introduction = Electric fireplaces do not require the use of wood or coal. They are similar to coal, wood and natur..."

File:Electric Fireplace -iStock 000064106755 Large.jpg

2017-02-27T09:03:00Z

Real Flame: electric fire

electric fire

Bio ethanol fireplaces

2016-11-15T14:26:40Z

Real Flame:

[[File:Isolated_Flames_-_iStock_000007999775_Medium.jpg|link=File:Isolated_Flames_-_iStock_000007999775_Medium.jpg]]

In an increasingly eco-conscious society, the composition of fuels is now more important than ever – and vital in the transition to low-carbon energy sources.

= Bio Fuel =

Bio fuels are fuels created from living matter, such as plants, through modern processes like agriculture and anaerobic digestion. Contrary to coal and petroleum, which are fossil fuels, bio fuels reduce greenhouse gas emissions and are more environmentally-friendly.

A renewable energy source, conventional bio fuels are manufactured from sugar, starch or vegetable oil.

= Bio Ethanol =

The most common bio fuel, bio ethanol is an alcohol produced by fermentation from carbohydrates, usually found in sugar and starch crops like sugarcane, potatoes and sweet sorghum.

This bio fuel emits 12% less greenhouse gas emissions than the production and combustion of diesel, and it contains approximately 34% less energy per unit volume than gasoline.

It can be used in its pure form or as a gasoline additive in vehicles and is most common in the USA and Brazil. Brazil was the first country to produce a vehicle that ran entirely on ethanol – the Fiat 147, which was manufactured in 1978.

= Bio Ethanol Fireplaces =

Ethanol can also be used to fuel bio ethanol fireplaces, which do not need a chimney. Great for environmentally-conscious people, bio ethanol is also a useful addition to a contemporary home or flat without a flue.

These fireplaces can be added anywhere in the house because of this. The flame emitted in a bio ethanol fireplace is real and the burner can take on a variety of shapes and sizes, according to the owners’ specifications.

The emissions of bio ethanol fireplaces are mainly composed of water vapour and CO2 – two medium-sized candles will release the same amount of carbon dioxide. Other substances include carbon monoxide and aldehyde, which is not emitted until combustion reaches 700 degrees Celcius. The temperature of bio fireplaces is under 400 degrees Celcius.

= Advantages of Bio Ethanol Fireplaces =

There is no need for ventilation or remodelling when installing a bio ethanol fireplace. They are also considered safer than conventional fireplaces, as no smoke or smell are produced, but the warmth they emit is virtually the same as more traditional fireplaces.

The design options are virtually unlimited, since there are no restrictions placed upon the installation of bio ethanol fireplaces. They are free standing as well, so they can be placed anywhere, whether indoors or outdoors – and moved to any desired location at will.

In addition, bio ethanol fires can be used in architectural settings as aesthetic elements.

Bio ethanol fireplaces are cost-effective, so they can be used for several hours every day without becoming more expensive than other types of fires. And as long as instructions are followed, bio ethanol fires are safe for the whole family, including children and pets.

--[[User:Real_Flame|Real Flame]] 14:09, 15 Nov 2016 (BST)

[[Category:Products_/_components]]

Bio ethanol fireplaces

2016-11-15T14:13:55Z

Real Flame:

[[File:Isolated_Flames_-_iStock_000007999775_Medium.jpg|link=File:Isolated_Flames_-_iStock_000007999775_Medium.jpg]]

In an increasingly eco-conscious society, the composition of fuels is now more important than ever – and vital in the transition to low-carbon energy sources.

= Bio Fuel =

Bio fuels are fuels created from living matter, such as plants, through modern processes like agriculture and anaerobic digestion. Contrary to coal and petroleum, which are fossil fuels, bio fuels reduce greenhouse gas emissions and are more environmentally-friendly.

A renewable energy source, conventional bio fuels are manufactured from sugar, starch or vegetable oil.

= Bio Ethanol =

The most common bio fuel, bio ethanol is an alcohol produced by fermentation from carbohydrates, usually found in sugar and starch crops like sugarcane, potatoes and sweet sorghum.

This bio fuel emits 12% less greenhouse gas emissions than the production and combustion of diesel, and it contains approximately 34% less energy per unit volume than gasoline.

It can be used in its pure form or as a gasoline additive in vehicles and is most common in the USA and Brazil. Brazil was the first country to produce a vehicle that ran entirely on ethanol – the Fiat 147, which was manufactured in 1978.

= Bio Ethanol Fireplaces =

Ethanol can also be used to fuel bio ethanol fireplaces, which do not need a chimney. Great for environmentally-conscious people, bio ethanol is also a useful addition to a contemporary home or flat without a flue.

These fireplaces can be added anywhere in the house because of this. The flame emitted in a bio ethanol fireplace is real and the burner can take on a variety of shapes and sizes, according to the owners’ specifications.

The emissions of bio ethanol fireplaces are mainly composed of water vapour and CO2 – two medium-sized candles will release the same amount of carbon dioxide. Other substances include carbon monoxide and aldehyde, which is not emitted until combustion reaches 700 degrees Celcius. The temperature of bio fireplaces is under 400 degrees Celcius.

= Advantages of Bio Ethanol Fireplaces =

There is no need for ventilation or remodelling when installing a bio ethanol fireplace. They are also considered safer than conventional fireplaces, as no smoke or smell are produced, but the warmth they emit if virtually the same as more traditional fireplaces.

The design options are virtually unlimited, since there are no restrictions placed upon the installation of bio ethanol fireplaces. They are free standing as well, so they can be placed anywhere, whether indoors or outdoors – and moved to any desired location at will.

In addition, bio ethanol fires can be used in architectural settings as aesthetic elements.

Bio ethanol fireplaces are cost-effective, so they can be used for several hours every day without becoming more expensive than other types of fires. And as long as instructions are followed, bio ethanol fires are safe for the whole family, including children and pets.

--[[User:Real_Flame|Real Flame]] 14:09, 15 Nov 2016 (BST)

[[Category:Products_/_components]]

Bio ethanol fireplaces

2016-11-15T14:12:45Z

Real Flame:

[[File:Isolated_Flames_-_iStock_000007999775_Medium.jpg|link=File:Isolated_Flames_-_iStock_000007999775_Medium.jpg]]

In an increasingly eco-conscious society, the composition of fuels is now more important than ever – and vital in the transition to low-carbon energy sources.

= Bio Fuel =

Bio fuels are fuels created from living matter, such as plants, through modern processes like agriculture and anaerobic digestion. Contrary to coal and petroleum, which are fossil fuels, bio fuels reduce greenhouse gas emissions and are more environmentally-friendly.

A renewable energy source, conventional bio fuels are manufactured from sugar, starch or vegetable oil.

= Bio Ethanol =

The most common bio fuel, bio ethanol is an alcohol produced by fermentation from carbohydrates, usually found in sugar and starch crops like sugarcane, potatoes and sweet sorghum.

This bio fuel emits 12% less greenhouse gas emissions than the production and combustion of diesel, and it contains approximately 34% less energy per unit volume than gasoline.

It can be used in its pure form or as a gasoline additive in vehicles and is most common in the USA and Brazil. Brazil was the first country to produce a vehicle that ran entirely on ethanol – the Fiat 147, which was manufactured in 1978.

= Bio Ethanol Fireplaces =

Ethanol can also be used to fuel bio ethanol fireplaces, which do not need a chimney. Great for environmentally-conscious people, bio ethanol is also a useful addition to a contemporary home or flat without a flue.

These fireplaces can be added anywhere in the house because of this. The flame emitted in a bio ethanol fireplace is real and the burner can take on a variety of shapes and sizes, according to the owners’ specifications.

The emissions of bio ethanol fireplaces are mainly composed of water vapour and CO2 – two medium-sized candles will release the same amount of carbon dioxide. Other substances include carbon monoxide and aldehyde, which is not emitted until combustion reaches 700oC. The temperature of bio fireplaces is under 400oC.

= Advantages of Bio Ethanol Fireplaces =

There is no need for ventilation or remodelling when installing a bio ethanol fireplace. They are also considered safer than conventional fireplaces, as no smoke or smell are produced, but the warmth they emit if virtually the same as more traditional fireplaces.

The design options are virtually unlimited, since there are no restrictions placed upon the installation of bio ethanol fireplaces. They are free standing as well, so they can be placed anywhere, whether indoors or outdoors – and moved to any desired location at will.

In addition, bio ethanol fires can be used in architectural settings as aesthetic elements.

Bio ethanol fireplaces are cost-effective, so they can be used for several hours every day without becoming more expensive than other types of fires. And as long as instructions are followed, bio ethanol fires are safe for the whole family, including children and pets.

--[[User:Real_Flame|Real Flame]] 14:09, 15 Nov 2016 (BST)

[[Category:Products_/_components]]

Bio ethanol fireplaces

2016-11-15T14:11:55Z

Real Flame:

[[File:Isolated_Flames_-_iStock_000007999775_Medium.jpg|link=File:Isolated_Flames_-_iStock_000007999775_Medium.jpg]]

In an increasingly eco-conscious society, the composition of fuels is now more important than ever – and vital in the transition to low-carbon energy sources.

Bio Fuel

Bio fuels are fuels created from living matter, such as plants, through modern processes like agriculture and anaerobic digestion. Contrary to coal and petroleum, which are fossil fuels, bio fuels reduce greenhouse gas emissions and are more environmentally-friendly.

A renewable energy source, conventional bio fuels are manufactured from sugar, starch or vegetable oil.

Bio Ethanol

The most common bio fuel, bio ethanol is an alcohol produced by fermentation from carbohydrates, usually found in sugar and starch crops like sugarcane, potatoes and sweet sorghum.

This bio fuel emits 12% less greenhouse gas emissions than the production and combustion of diesel, and it contains approximately 34% less energy per unit volume than gasoline.

It can be used in its pure form or as a gasoline additive in vehicles and is most common in the USA and Brazil. Brazil was the first country to produce a vehicle that ran entirely on ethanol – the Fiat 147, which was manufactured in 1978.

Bio Ethanol Fireplaces

Ethanol can also be used to fuel bio ethanol fireplaces, which do not need a chimney. Great for environmentally-conscious people, bio ethanol is also a useful addition to a contemporary home or flat without a flue.

These fireplaces can be added anywhere in the house because of this. The flame emitted in a bio ethanol fireplace is real and the burner can take on a variety of shapes and sizes, according to the owners’ specifications.

The emissions of bio ethanol fireplaces are mainly composed of water vapour and CO2 – two medium-sized candles will release the same amount of carbon dioxide. Other substances include carbon monoxide and aldehyde, which is not emitted until combustion reaches 700oC. The temperature of bio fireplaces is under 400oC.

Advantages of Bio Ethanol Fireplaces

There is no need for ventilation or remodelling when installing a bio ethanol fireplace. They are also considered safer than conventional fireplaces, as no smoke or smell are produced, but the warmth they emit if virtually the same as more traditional fireplaces.

The design options are virtually unlimited, since there are no restrictions placed upon the installation of bio ethanol fireplaces. They are free standing as well, so they can be placed anywhere, whether indoors or outdoors – and moved to any desired location at will.

In addition, bio ethanol fires can be used in architectural settings as aesthetic elements.

Bio ethanol fireplaces are cost-effective, so they can be used for several hours every day without becoming more expensive than other types of fires. And as long as instructions are followed, bio ethanol fires are safe for the whole family, including children and pets.

--[[User:Real_Flame|Real Flame]] 14:09, 15 Nov 2016 (BST)

[[Category:Products_/_components]]

Bio ethanol fireplaces

2016-11-15T14:10:21Z

Real Flame: Protected "Bio Ethanol Fireplaces" ([edit=author] (indefinite))

[[File:Isolated Flames - iStock 000007999775 Medium.jpg]]

The benefits of having bio ethanol fires in the home.

In an increasingly eco-conscious society, the composition of fuels is now more important than ever – and vital in the transition to low-carbon energy sources.

Bio Fuel

Bio fuels are fuels created from living matter, such as plants, through modern processes like agriculture and anaerobic digestion. Contrary to coal and petroleum, which are fossil fuels, bio fuels reduce greenhouse gas emissions and are more environmentally-friendly.

A renewable energy source, conventional bio fuels are manufactured from sugar, starch or vegetable oil.

Bio Ethanol

The most common bio fuel, bio ethanol is an alcohol produced by fermentation from carbohydrates, usually found in sugar and starch crops like sugarcane, potatoes and sweet sorghum.

This bio fuel emits 12% less greenhouse gas emissions than the production and combustion of diesel, and it contains approximately 34% less energy per unit volume than gasoline.

It can be used in its pure form or as a gasoline additive in vehicles and is most common in the USA and Brazil. Brazil was the first country to produce a vehicle that ran entirely on ethanol – the Fiat 147, which was manufactured in 1978.

Bio Ethanol Fireplaces

Ethanol can also be used to fuel bio ethanol fireplaces, which do not need a chimney. Great for environmentally-conscious people, bio ethanol is also a useful addition to a contemporary home or flat without a flue.

These fireplaces can be added anywhere in the house because of this. The flame emitted in a bio ethanol fireplace is real and the burner can take on a variety of shapes and sizes, according to the owners’ specifications.

The emissions of bio ethanol fireplaces are mainly composed of water vapour and CO2 – two medium-sized candles will release the same amount of carbon dioxide. Other substances include carbon monoxide and aldehyde, which is not emitted until combustion reaches 700oC. The temperature of bio fireplaces is under 400oC.

Advantages of Bio Ethanol Fireplaces

There is no need for ventilation or remodelling when installing a bio ethanol fireplace. They are also considered safer than conventional fireplaces, as no smoke or smell are produced, but the warmth they emit if virtually the same as more traditional fireplaces.

The design options are virtually unlimited, since there are no restrictions placed upon the installation of bio ethanol fireplaces. They are free standing as well, so they can be placed anywhere, whether indoors or outdoors – and moved to any desired location at will.

In addition, bio ethanol fires can be used in architectural settings as aesthetic elements.

Bio ethanol fireplaces are cost-effective, so they can be used for several hours every day without becoming more expensive than other types of fires. And as long as instructions are followed, bio ethanol fires are safe for the whole family, including children and pets.

--[[User:Real Flame|Real Flame]] 14:09, 15 Nov 2016 (BST)

[[Category:Products_/_components]]

Bio ethanol fireplaces

2016-11-15T14:09:50Z

Real Flame: Created page with "File:Isolated Flames - iStock 000007999775 Medium.jpg The benefits of having bio ethanol fires in the home. In an increasingly eco-conscious society, the composition of f..."

File:Isolated Flames - iStock 000007999775 Medium.jpg

2016-11-15T13:58:41Z

Real Flame: The benefits of having bio ethanol fires in the home.

The benefits of having bio ethanol fires in the home.

User:Real Flame

2016-11-14T15:03:01Z

Real Flame:

Successful design means creating a space or object that works well for everyone.

Great interior design, then, does not mean just a design that is aesthetically pleasing; it also means providing solutions to any client’s problem.

At Real Flame we understand that innovation and quality work hand-in-hand. This is why we offer a wide range of fires that can help you achieve the function and look you desire.

From bespoke installations and fireplace accessories to the installation of gas, electric and bio-ethanol fires, we have it all.

To find out more about Real Flame, visit [http://www.realflame.co.uk/ http://www.realflame.co.uk/]