Ysgol Y Graig, Anglesey County Council Wynne Construction are working with Anglesey County Council to build the first ever eco-friendly school. It has.

Slides:



Advertisements
Similar presentations
Global Economic Forum, Bloemfontein October 2013.
Advertisements

Robbins Park Green Design!!!!! By: Meredith Haltzman Jana Novey Scott Flickstein.
P1 Energy and Electricity (1) The rate at which an object transfers energy depends upon 1.surface area 2. material object is made from 3. Surface type.
Q5- U-Value 2010 HL 5. (a) Calculate the U-value of an uninsulated external solid concrete wall of a dwelling house built in the 1950s given the following.
Building Methods Types of Structure.
Energy Efficiency and Renewable Energy
P2a (ii) Collecting Energy from the Sun You will learn about: Passive Solar Heating Wind Technology
THERMAL INSULATION IN THE NEW ERA. INSULATION THICKNESS IN EUROPE ROOFS.
Energy production in Finland Energy sources 2008: 86,9 TWh. Clockwise: Hydroelectricity 19,4 %, Wind power 0,3 %, Peat 6,7 %, Biomass 10,2 %, Waste 0,6.
Solar and Wind Power The Future of Clean Energy
GREEN BUILDING.
SOLAR POWER BY KENJUEN SWAN.  Solar energy is radiant light and heat from the sun harnessed using a range of ever-evolving technologies such as solar.
Topic C1 Superstructures - walls
By: Rachel Beres & Kathleen Gallagher.  How solar energy works  How wind energy works  Comparing solar and wind energy  Advantages  Disadvantages.
Prefabricated Timber Frame Construction
Thitirat, Kanoknan, Nam Hoon, Punyanuch. -Energy source that have no undesired consequences-
Man and Energy 2 Pongthep Suwanwaree, Ph.D. School of Biology Institute of Science Suranaree University of Technology 18 January 2005.
Passive Solar Energy  Uses solar radiation to maintain a comfortable temp in the building without electrical aid  South-facing windows, which absorb.
Renewable and nondepletable energies Topic 18 part 4.
Green Building. Green building  Is the practice of creating structures and using processes that are environmentally responsible  Designed to reduce.
By: Erin Lehotay, Maddie Roak, Alex Myers Mrs. Loch Environmental Science pd. 6.
SandBag Building offers a low carbon footprint and an eco – friendly home. Construction cost is slightly less than that of conventional building. Good.
Term 4.
15.3 Energy Resources.
Conservation and Environmental Design and Construction
ACHIEVING SUSTAINABILITY Unit 3-2a Understanding Energy.
Building Solutions For The World. Building Solutions For The World What is a Force 10 home? Hurricane - Fire - Termite - Mold - Resistant Housing... Force.
Green Elements in Our Design.  Used to insulate both the interior exterior walls of the building. The straw acts as a very good heat insulator in the.
The Robbins Nest By: Aryssa Burrs, Kate Carr, Courtney King.
Heating Systems.
A Sustainable Energy Future Renewable, Reliable, Clean, Efficient.
RENEWABLE ENERGY FOCUSING ON SOLAR ENERGY. NON-RENEWABLE ENERGY.
Introduction :-  Energy conservation means saving of nonrenewable energy resources.  Development of science which is destroy natural resources, it is.
PARKING LOT Protecting Chesapeake Bay  Create underground storm water management system to prevent flooding, erosion, pollution of the Bay  Plant bioswales.
Lesson12: Renewable energy Resources Learning objective: To learn about different sources of renewable energy Starter:
Alternative Energy Chapter 18. Solar Energy  Renewable Energy Source  Found every where at least part of the year.  Three (3) Types: –Passive Solar.
9. THERMAL MASS  Thermal mass is a measure of a material's capacity to absorb heating or cooling energy. Materials such as concrete or bricks are highly.
Energy efficiency With energy consumption rising, it is important that industry, transportation and consumers in their homes use of energy more efficiently,
QUIZQUIZ Check your knowledge before starting your practical tasks Energy Efficient Renovation of Old & Historic Buildings START YOUR TEST.
Name ________________ Unit 6/P7 – Environmental Implications (what do developers need to take into account when building) Noise Nearby Residents Hours.
Green roofs - future of urban life Jure Šumi
QuickWalls® strong. fast. simple. *Light Weight *Insulated
SOLAR BUSINESS You Want This Change. Solar Energy Solar energy is simply energy provided by the sun. Scientist have found out ways to turn the suns heat.
Solar Energy Ashley Valera & Edrick Moreno Period 6.
There are various ways to perk up and save money on your energy consumption and reduce your CO2 emissions. One effective way is by insulating our home.
ENERGY. Where Does the Energy Go? Friction is a force that oppose motion between two surfaces that are touching. For a roller coaster car to move, energy.
Learning Outcome Lesson Objective
Hempcrete is an insulation material made of hemp shiv mixed with a lime based binder. With low embodied energy and low energy in use, hempcrete offers.
Our House Julie Cross, Eddie Weiss, Cara Scatena.
Learning Outcome Lesson Objective
Environmental Science Chapter 18 Review Biomass fuel – organic matter burned for energy. Energy Conservation – saving energy. Energy Efficiency – percentage.
Achieving Energy Independence Environmental Science 6.3.
Energy in our life 1.Forms of energy : Mechanical energy Nuclear energy Electric energy Chemical energy Thermal energy 2.Consumption in the world ; 3.Consumption.
ALTERNATIVE ENERGY RESOURCES. ALTERNATIVE ENERGY SOURCES 1.Solar 2.Wind 3.Wave 4.Hydroelectric 5.Nuclear 6.Biofuels 7.Tidal 8.Geothermal.
Prefabricated Timber Frame Construction
Renewable Energy Review Game
THERMAL LOADING OF BUILDINGS
Building Methods Types of Structure.
Construction Technology
Heat.
GREEN BUILDING MODEL Prashant Motwani (13MST0021)
Green Elements in Our Design
[16469] Low Energy Building Design
Warm - Up 1. What is the process called when atoms are split?
Non-conventional Energy Resoures
Geothermal Energy It is the heat that is stored within the Earth. Geothermal energy is a renewable source because heat is continuously being produce within.
Objective (SWBAT) Describe sources of energy that humans use.
ECONOMIC INCENTIVES FOR
Presentation transcript:

Ysgol Y Graig, Anglesey County Council Wynne Construction are working with Anglesey County Council to build the first ever eco-friendly school. It has been described as a “landmark project”. The school is being built in Llangefni on Anglesey, the school will include several energy saving features which will make it extremely energy efficient. The total cost for this project will be around £3.7million. So what are the Sustainable energy saving features the schools designers have chosen and decided to use over the more traditional materials, their advantages and disadvantages and why they have used these materials? Source of information from I visited this site in the early stages of construction. They had lay the infrastructure and foundations, and were close to finishing the timber framing. We were given a tour by the site manager. After the tour and seeing the build in process I gained valuable information, this made me choose to write about the school.

A sustainable Timber Structure: Timber framing in buildings gives a building various aesthetic and structural benefits, but the main reason why they have used a timber structure is because a timber frame provides great insulation and is a quick process to build, thus making labour costs less. The disadvantages of using this method is, risk of infestation by insects, over time rotting of the wood causing fungi that is harmful to humans such as black mould, therefore would have to be treated. Also wood burns more than some other materials, making a timber frame more susceptible to fire damage. A timbre structure was the right material to use in this case and not concrete blocks or other traditional materials. Its sustainable, renewable and simply works great. I think it’s the way forward to start using this material more frequently for future purposes. Traditionally the structure of a building would be made from materials e.g. concrete blocks. The surface of these walls is then coated with plaster. The use of materials such as brick and stone can increase the thermal mass of a building, this gives increased comfort in the heat of summer and the cold of winter. Buildings of this sort are more resistant to projectiles from storms due to their mass. The disadvantages are they tend to be heavy and must be built on top of a strong foundation usually reinforced concrete and its manufacture results in 7-10% of the world’s carbon dioxide emissions. This is more than emissions from all the aircraft around the world. The other alternative is to make it using quicklime and lime-crete. Dictionary: Aesthetic: Pleasing to the eye, Infestation: A harassing or troublesome invasion, Thermal mass: Materials that slowly release, relatively large quantities of heat per unit mass compared to other materials. Source of information from ‘

Solar photovoltaic roof tiles: These will work by converting sunlight directly into electricity. They also provide a great aesthetic benefit sad are pollution free. Dictionary: Growing Medium: Anything that a plant can grow in is considered a growing medium Membrane: A membrane resists liquid and air penetration, and is moisture vapour permeable. A Green roof: it will be planted with vegetation and soil, or a growing medium which will be planted over a waterproofing membrane. This will provide a natural habitat for plants and insects and will be able to grow, fruits, vegetables, and flowers. The main benefit is its mass, this traps in heat for the winter but keeps the building cool in the summer and also acts as sound proofing. It also will help filter CO2 and other pollutants of the air around. I like the idea of having a green roof, It doesn’t look as attractive as slate or some other traditional materials, but overall it’s much more beneficial because of the reasons stated above. The traditional material for making a roof of this kind would be common slate. Slate does not possess as many benefits for the environment as a ‘green roof’ would. The remainder of this roof was covered with common Welsh slate. Nowadays local (Welsh) slate is very expensive to purchase, this forces the majority of buyers to import slate from foreign countries, thus making the carbon footprint much larger than buying local slate. The only advantage of using slate financially wise over a ‘green roof’ is, it is a much quicker process to complete, this making the labour costs less. As you can see, foreign slate is much cheaper. Price comparison Welsh Roofing Slate 24 x 12 Price: £1.95 each + VAT(15%) =£2.24 each Chinese's Roofing Slate 24x12 Price: £1.29 each (inc VAT) The “green roof” has been constructed, soil has been placed over a waterproof membrane followed by vegetation (Sedum acre).

Dictionary: R-value-The bigger the number, the better the insulation's effectiveness (Also ‘K value or thermal conductivity is usually measured in Watts per metre per degree Celsius (Kelvin to be 100% correct) abbreviated as W/m.k ;The lower this number, the better the insulator. The U value- is actually a measure of the overall ability of a wall/roof/floor to prevent heat loss, and is measured in watts per square metre per degree Celsius (Kelvin) and is abbreviated as W/m2’). Compatible-will work with other membrane systems. The school has choose extruded polystyrene ( EPS). This is a lightweight closed insulation formed by expanded polystyrene beads. EPS has excellent long term thermal and moisture resistance. It’s can be bought in many different sizes and shapes for construction, in this case the insulation for the roof was 120mm thick rigid extruded polystyrene insulation. 150mm quilt insulation was used within the walls of the timber frame construction. Benefits of this type of insulation; Thermal efficient, low cost insulation. Excellent long-term R-values & U-values. Tapered for positive drainage. Compatible with many membrane systems. Source of information ‘ 7. Source information Polystyrene beads

All internal lighting will also be fitted with energy-efficient lamps: These lamps will reduce energy consumption and they also have a rated life span of up to 8-15 times that of a standard lamp bulb. The only drawback in the manufacturing costs, the energy efficient lamp bulbs will cost around 3 times more than a standard bulb. Having energy efficient lamps are a great idea for every one, especially in a public building like a school where lights will be in use all day long. The low consumption of the energy saving bulbs will make up for the cost of the bubs in a short period of time, compared to a standard lamp, you will save a greater amount of money. Traditional lamps would normally be used in a school. The manufacturing costs, are much less but are more expensive through their energy consumption, and because of their short life span. A number of wind turbines: They are rotating machines which converts the kinetic energy from the wind into mechanical energy which get converted into electricity. The advantage is, there are no emissions or pollution produced by its operation. The disadvantage is, depending on how fast the wind turbines rotate, too fast and this becomes a hazard to birds and may be noisy. These will be placed around the school grounds. Dictionary: Kinetic-The kinetic energy of an object is the extra energy which it possesses due to its motion. (

Images- Information (Slate Price) Additional Information- Letter from Ysgol Y Graig Architect-Mr Gareth Thomas