Posts Tagged Water Efficient Methods

Design of Exteriors for Water Efficiency | Principles of Green Architecture

Water Efficiency Methods for the Exteriors

Exterior design is an integral part of sustainable Development. Our main objective is to keep the surroundings green and sustainable without putting much pressure on the non-renewable natural resources.

Classification for the study of Design areas for Water efficiency:

  1. Design of Interiors
  2. Design of Exteriors
  3. Stormwater reuse

The major water consuming areas in the exterior environment are the landscaping areas. In this article, we are going discuss how we can use water efficiently and still have a sustainable environment which is green and pleasing to eye.

Sustainable Landscaping

Sustainable Landscaping

Our area of study for exteriors can be divided into three parts:

  1. Sustainable Landscaping
  2. Drip Irrigation System
  3. Xeriscaping

Water Efficient Landscaping accounts to attaining five main objectives:

  1. Proper planning and use the land
  2. Soil analysis to efficiently utilize it for the purpose
  3. Appropriate Plant Species selection
  4. Efficient Irrigation System
  5. Proper use of mulches to attain efficiency


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Water Efficiency in the Interiors | Principles of Green Architecture

Water Efficient Techniques for the interiors

We have already discussed the classification for the study of Water efficiency, it is as follows:

  1. Interiors
  2. Exteriors
  3. Stormwater Reuse

In this article, we will discuss various aspects and ways that will help determine various ways in which we can save and conserve water and use it to its best possible way.

Ways of efficient utilization of water in the interiors

Using water less urinals

Using waterless urinals is quite common in the West but this concept is rejected in the Asian countries. The major advantage of using waterless urinals is that it saves on average 20,000 to 45,000 gallons of water a year.

Working of water less urinal

Urine flows down the bowl of the urinal past a debris-catching strainer.

The urine then passes through a sealing liquid.

The urine sinks through the sealing liquid and the oil floats on top of the layer of urine below.

Any air bubbles rise to the top and escape leaving the urine in a relatively low oxygen environment.

Odour is therefore trapped below the oil layer .


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