Showing posts with label Types. Show all posts
Showing posts with label Types. Show all posts

Basic Types of Green Wall

Climbing façades

The easiest way to introduce a green wall is to mimic Mother Nature and use simple climbing (or trailing) plants. Plants are established in the ground or in suitable troughs at the base of the wall to be covered. A framework is then attached to the wall for the plants to 'climb-up' to provide the wall with its green covering. In the wild this is often how such plants establish themselves by using other plants or naturally formed rocks as their 'climbing-frame'.

To aid the climbing process on buildings a number of systems exist including wire mesh frames, trellises and steel cables. The use of each frame is guided by the individual application, for example ivy plants grow easily and can attach themselves to walls and the side of building with minimal additional intervention. Often frames will be used to encourage the direction of growth or to support different species of plant growing on the wall.

Another easy way to introduce a living green cover on a wall is to plant on the top and allow growth to trail down. This is particularly effective in small enclosed areas (and even on internal walls).

Modular living walls

Though the systems used for this type of green wall are usually more sophisticated than for climbing façades, the final installation generally offers a more flexible solution in terms of aesthetics and functionality. The techniques are based around two main groups (though hybrid solutions do exist).

Hydroponic (soil-less)

This technique takes advantage of the fact that plants do not require soil to grow. Soil simply provides mechanic root support for the plant and it is only water (along with the minerals stored in the soil) that is required (in addition to light and carbon dioxide from the air).

Hydroponic systems are generally grown on pre-constructed panels prior to vertical installation using a specialist growing medium as root support. When ready the panels are transported to site and attached to a framework on the side of the wall/structure to be covered. Once installed plants will continue to grow and further cover the structure.

Substrate/soil-based

These systems typically use moulded troughs or containers that are built on or attached to existing walls (or similar structures). Planting is supported by soil-based substrates similar to those used in green roof installations; utilising a lightweight combination of recycled materials containing the right balance of nutrients with a free-draining medium.

The natural water retention properties of most substrates allow irrigation systems to be simple in design and construction, thus lowering installation and maintenance costs. However, an associated disadvantage of substrate-based systems is their weight relative to other solutions. Newer lightweight materials are increasingly becoming available to address this issue.

There are a number of different systems available supporting many applications and budgets. Most garden centres will supply soil-based systems for vertical allotments and domestic green wall installations. A range of more sophisticated solutions exist for larger commercial green wall applications, together with a variety of irrigation solutions to suit each situation.

Urban Greening by New Build Landscapes

We provide natural solutions to urban environmental challenges by installing green walls, ivy screens and living hoarding for developers, construction firms and government bodies in the UK.

We are currently working alongside other organisations in the industry to set up the UK Green Wall Association to promote the benefits of green walls and encourage their wider use to improve our urban environments.


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The Various Types of Exterior Glass Used In Architectural Design

While glass has been used as a building material for centuries, developments in glass production throughout history have made possible structures and designs that were never before imaginable. Even recently, technological novelties in the world of architectural glass have allowed designers to manipulate exterior glass to dazzling effect in masterpieces such as the Bayern State Opera in Munich and the Novartis global headquarters in Basel, Switzerland.

The type of glass installed in a work of architecture will depend on several factors, among them appearance, levels of strength, and thermal qualities. The following are a few contemporary choices used today for exterior glass:

Decorative Glass in Design

The term decorative glass can refer to the warped or accentuated appearance through a variety of different techniques in order to apply a certain texture or color to the glass. Decorative glasses can exhibit a wide range of characteristics, including various degrees of opaqueness, and they display designs or images, such as the stained glass traditionally seen in churches and cathedrals.

Solar Glass in Design

With today's rampant concern for energy savings, solar glass has been created to increase heat retention in an architectural structure and thereby cut down on energy bills. This is done with a low-emittance coating that obstructs the transfer of radiant heat. Such a coating is usually composed of a metal or a metallic oxide and is placed between layers of exterior glass. They have been devised for both warmer and colder climates, with glasses with high solar gain being used for colder climates and lower solar gain for warmer climates.

Smart Glass in Design

A glass is considered a "smart" if the way it transmits light is changed when electricity is applied to it. Also known as "switchable", smart glass works through either a suspended particle, liquid crystal, micro-blind, or electrochromic device that allows the look and function of the glass to be changed with the flick of a switch. Smart glass can be changed from transparent to opaque, or the amount of heat allowed to pass through can be controlled as well.

Additionally, designers sometimes decide on a smart glass merely for visual effects, as in the Magira LightPoints LED glass placed in the World Expo Pavilion in Shanghai.

New techniques in exterior glass constantly present designers with more options. Innovators continue to create glasses that allow architects ever greater freedom in terms of both aesthetics and energy efficiency.

Hopefully this breakdown will help you understand the variance in materials.

Learn more about the different applications of exterior glass as it may help with your commercial undertaking.


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