Water Recycling Design Proposed As An Alternative To BREP

Water Recycling Design Proposed As An Alternative To BREP

Davyhulme Wetlands and Anaerobic Digestion Park. Barton renewable energy plant proposed to be built in Davyhulme, Manchester has been in dispute and opposed to many people because of this skepticism that revolves around social impact in general. Consequently, this biomass incinerator was rejected by the Council Trafford last year on the premise that the plant site is not far from residential areas and may have a negative impact on the regeneration of the local area. Analyze the problems posed by different social groups and local residents who opposed BREP, a student named Thomas Petch, a student at Manchester School of Architecture has developed an alternative proposal.

Davyhulme Wetlands and Anaerobic Digestion Park

Davyhulme Wetlands and Anaerobic Digestion Park

It solves a system of wastewater recycling as an alternative development strategy for BREP. The design of the new waste recycling with the support of research based on the results and concerns CWRO (Breathe Clean Air Group), a group formed by local residents against BREP. The proposal with the existing facilities built for public lands combined wastewater and organic waste treatment and mutually reinforcing with the anaerobic digestion process.

Images Gallery of Davyhulme Wetlands and Anaerobic Digestion Park

It manifests itself as a tourist attraction of large scale ecological architecture.

The design is also home to several beautiful features and environmentally friendly, like an aquarium, pools of rainwater catchment research and an aquatic complex.There is also an outdoor spa, which uses the waste water treated by heating after low-quality programs of anaerobic digestion. Overall, the architecture will serve as a major attraction for eco enthusiasts.

Images Credit: MSA

Extreme Plans for Green Architecture

Extreme Plans for Green Architecture

Here is a Extreme Plans for Green Architecture. Green is the latest trend and that trend has completely changed the way it is supposed that the world really be. This change is green very popular because it has no impact on the environment and the environment and reduce the chances of unique and super in the world. This green technology is being developed to meet the growing needs of the population and build a safer future and green for future generations. These days people are planning a large-scale ecological architecture so they can make the world a better place to live and green space to enjoy. Since this technology has evolved, there was nothing that could prevent new and, finally, we are able to get the technology that is ready to completely transform our world into a fantasy world.

Green Power Center Architecture

Green Power Center Architecture

Hopefully these plans come true green architecture and stunning designs we have in our country. Here is a list of seven shots from extreme ecological architecture.

1. Floating ecopolis Architecture

The “Floating Ecopolis” is actually a cool concept to address the effects of global warming worldwide. This is a cool city concept, designed by Belgian architect Vincent Callebaut. The artist thought of the idea if global warming continues to increase, there will be a sharp rise in sea levels and eventually destroy the low-lying islands like the Maldives. So he created this floating city concept plan to save the people. This city can accommodate 50,000 people and can provide adequate shelter for all. The central lagoon is made to collect fresh rain water.

2. Farming the sky Architecture

The sky is the limit and this design proves that perfection. The desert city of Abu Dhabi has focused on desalination plants for small people as a whole. So to answer the needs of the growing population of saltwater strong and effective vertical high is being built there. This is a fully green because it is made of green components and can be used effectively to collect the large amount of rain water to meet the needs of the population.

3. Greening the desert Architecture

The desert now becomes green to make the world greener. The largest desert on earth, the Sahara desert, is now used to build the largest solar power plant. The solar plant is under construction along the strip and is widely used to generate the high amount of electricity that can be used to meet the power needs of the country. Furthermore, the waste water leaving the plant will be used to irrigate desert plants and trees along the sides of the plant.

4. Zigging when the world is zagging Architecture

This is a cool concept plan for a green design and its surroundings. This green concept is developed by a company called Timelinks WATER. They came up with this great idea and unique way to build a green city that is composed of plants, trees and human beings with the latest technology. This is a positive step by the company towards a greener future.

5. Shimmer on the Moscow river Architecture

This project is being developed by the architect Norman Foster, the name is really known for his inspiring designs and impressive structures. Now, he tried to bring the world to a whole new level with its new and unique green concept. This project is called the Isle of Glass by the artist and is being built on the banks of the Moskva. This island is shaped in the tent, as the form that will last a few limited areas and reach a height of Empire State. The island consists of several museums, shops, theaters and other cultural and business fabric.

6. South Korea’s green power center Architecture

This is one of the best concepts of green South Korea has developed. This is really a town as small power being developed by the country. It shall consist of all basic services, such as a house, office, green surroundings and other basic needs. This is being built by a Dutch firm MVRDV architects. They do what the building structure, such as Hill to meet the energy needs of the population.

7. Towering ambition Architecture

China is always ready to do something new and unique in terms of life. Now come with an idea called green burning ambition to be built in Shenzhen. This tower was designed by a new architect Eugene Tsui California. The artist came up with this awesome design and put his concept was very popular and is currently under construction in Shenzhen. This tower, 2000 feet high will be built on an artificial island and consist of trees and plants and mangroves that surround it. This is being built with a pattern to filter water and provide drinking water for its inhabitants.

How Technology Will Ensure a Green Future of Architecture

How Technology Will Ensure a Green Future of Architecture

How Technology Will Ensure a Green Future of Architecture.

Building integrated photovoltaics

Building integrated photovoltaics

Needs of the future

Key figures show that among the main industries, sectors of the industries of construction and automotive industries account for most of our use of fossil fuels, thus alluding to the high carbon emissions. In fact, according to data of 2009, housing in the UK involves 30 percent of the total carbon footprint of industry. With regard to this negative trend, our approach should look like before modern architecture to integrate energy efficiency as the main criterion. And, beyond the novelty of the approach, we collectively and positively influence consumer angles of simplicity, comfort and profitability.

The role of technology

As mentioned earlier, when it comes to the field of contemporary ecological architecture, the space field determines the intelligent use of certain energy-efficient technologies for enhanced user comfort. Moreover, even beyond the scale of structures, such systems are directly effective low carbon natural that our construction industry must follow, for better and sustainable future for future generations of mankind.

a. Building integrated photovoltaics

Building Integrated Photovoltaic or BIPV refers to the flexibility of modern architecture. The practice involves the integration of solar components captured in a structure, when the building is preliminary conceptual phase. In fact, the cost-effectiveness and efficiency of the collective system in general is quite obvious from the commercial value of the industry is expected to grow to $ 8.2 billion in 2015.

b. Micro wind turbines

Micro wind turbines

Micro wind turbines

Wind power can be seen at the head of the pantheon of renewable energy, with its capacity of 193 gigawatts lift. However, in the right order to reach more consumers, some technologies require facilities of micro wind turbines, especially when it comes to off-grid rural areas. Speaking at a micro level, such projects can have an interesting impact in the case of low carbon, vernacular architectural structures.

c. Eco green building materials

Eco friendly building materials

Eco friendly building materials

The ecological architecture not only requires the application of sustainable energy systems and techniques, but must also cover the important aspect of efficient building materials. In this sense, contemporary architects have successfully adopted many effective but easily available materials, including shipping containers, recycled steel, glass cloth, bamboo, cardboard, plywood, hardwood, and even plexiglass.

d. Parking construction repair materials

Self repairing building materials

Self repairing building materials

Scenario that involves more technology, scientists have identified two possible self-repairing polymer building materials such as adhesives and thermal encapsulation. In fact, the first question mentioned causes the secretion of the adhesive with a catalyst, to fill the structure affected by the cracks. In addition, researchers are also trying to expand practice more self generating resistant building materials in the future.

e. Ecological paints

Eco friendly paints

Eco friendly paints

The complex composition of conventional paints cover more than 10,000 chemicals. However, beyond visual range and sweetness, which can potentially pose a risk to health than an irritation of the eyes, nose, skin and even the throat, causing dizziness and nausea. In these adverse conditions, ecological paints a time when the fair solution to composition with less than 250 chemicals. In fact 98 percent of these components from natural sources such as citrus peel extracts, essential oils, seed oils, tree resins and even beeswax and trees.

f. Sustainable insulation systems

Sustainable insulation systems

Sustainable insulation systems

Climate and noise reduction is an important component of any architecture passive technique, which is directly related to usability optimized. In this sense, is of great importance for the sustainable use and low cost of insulation systems that protects you from outside influences. In fact, according to some statistics, effective insulation can reduce up to 30 percent of heating energy costs. And fortunately, some innovative designs are in this area, including polystyrene, wool and even mushrooms based insulation systems.

g. Energy saving systems and water

Energy and water saving systems

Energy and water saving systems

In modern times, we find a series of ingenious architectural designs that address both energy systems and water saving, such as rainwater collection, LED devices, cooling and natural ventilation mechanisms. In most cases, these systems are designed at regional level, giving greater flexibility and freedom to the design and the user. More importantly, the technologies used in the scenarios of this type tend to be simplistic, making them more accessible and easy to install.

Images Credit: ifinterior

Building Concept: The Transmutation Pavillion

Building Concept: The Transmutation Pavillion

Here is a Transmutation Pavillion: A dynamic art building concept infused with elements of sustainability. The evolution of ecological architecture has always been characterized by considerations of innovative spatial elements. While sustainability is the focus of these buildings is the efficient use and distribution of spaces, which plays an important role in the overall success of a structure. Moving along this progression structure, the designer Michael Jantzen has come out with one of his avant-garde space. Dubbed the “Pavilion of transmutation,” the design of the building includes the original functional public art, with a large number of sustainable features.

 

The Transmutation Pavillion-_a656A dynamic art building concept infused with elements of sustainability

The Transmutation Pavillion-_a656A dynamic art building concept infused with elements of sustainability

As for structural characteristics, how interesting the building consists of three components of cylinder lock, with the support of four horizontal planes. The assembly is in place is supported by a system of eight vertical columns.According to the designer, what structural relationship represents how a built environment responds to the intrinsic needs of the user. In this connection, the complexity of configuration creates an assortment of various spatial elements. For example, nearly cylindrical shapes are embedded inside the other, but with different angular orientations. In view of the essence of dynamic construction, each of these components is equipped with two cylindrical large overlapping curves sliding panels. These panels can be closed, opened and edited in different positions, which increases the volumetric nature of the energy structure (in terms of user).

Images of Building Concept: The Transmutation Pavillion

Michael Jantzen Pavilion Transmutation

The dynamic inherent attribute of this design is embodied by the game processing of these spatial elements, such as the panels. But the ingenious idea is not limited to the extent of change in visual form and complete. As a matter of fact, is also required within (and outside) view provided by the building of “transmutation” of art. Such as fronts or signs of change in position angle, the user is forced to take a more conventional way traffic in the building (to monitor a better view or interesting). But even when passing through the interior, there will be specially constructed integrated sensor motion components in the glass floor to control the movement of the user. And based on data supplied by the collective system of sensors, the intelligent building (cylindrical components) automatically changes its configuration. This will result in a viewing experience more varied and unique, by the user.

Come to the forefront of accessibility, the building has a collective system of stairs connecting the various areas of the structure. Of course, other than to ensure accessibility, these components of the ladder also allow a myriad of perspectives (whole building) to the user.

And finally, get to the important factor of sustainability, we must remember that the transmutation Pavilion expands to be a fine example of green architecture. For that, the building will be completely powered by solar energy and clean “green”.The movement pattern of construction must be juice by a solar array center, which in turn is mounted on a main curved panels. And in a fit of conscience, the designer has thought of a clever mechanism, allowing the excess energy (produced by the building) to provide the main power grid.

Images Credit: michaeljantzen