One area of the concrete life cycle worth noting is the fact that concrete has a very low embodied energy relative to the quantity that is used. This is primarily the result of the fact that the materials used in concrete construction, such as aggregates, pozzolansand water, are relatively plentiful and can often be drawn from local sources. With a total embodied energy of 1.
The location on the earth, that characterize these conditions fall between latitude 35oS and 35oN Person, Laterisation is the removal of silicon through hydrolysis and oxidation that result in the formation of laterite and lateritic soil.
The silica-sesquioxide S-S ratio less than 1. Lasisi and Ogunjimi, High cost of building materials has been the bane of construction industry in the developing countries of the world. This is as a result of importation of some of the material.
As price increases sharply, there is a growing awareness to relate research to local materials as alternative for the construction of functional, but low cost dwelling both in this urban and rural areas.
One of such local materials that is being researched is lateritic soil. Lateritic soils has been one of the major building materials in Nigeria for a long time. The main reason lies on the fact that it is readily available and the cost of procuring it is relatively low.
According to Akintorinwa et. It is less utilized in the building industry except in filling work. In lieu of abundance of lateritic soil and its availability, its optimum use in building production could positively affect the cost of buildings leading to the production of more affordable housing units.
Joshua and Lawal, Studies are currently going on in the use of lateritic soil in concrete production where laterite is made to partly or wholly replace conventional fine aggregate in the production of concrete know as laterized concrete and in the production of bricks units such as Compressed Laterized Brick CLBusually stabilized with cement.
This study seeks to contribute to the potential use of laterite as replacement for fine aggregate in the production of bricks.
The location is defined by longitude E The location is an open space and thus easily accessible. Relief and Drainage The study area is well drained but some parts of the city close to the flood plain of the Asa river valley have drainage problems caused by the high ground water table during the raining season Oyegun, The topography of Ilorin is a well dissected land scape with a plateaus like surface covered by lateritic crust.
The elevation of the study is m and it is considerably revolved from the harvest river valley. Climate and Vegetation The climate of Ilorin is the humid tropical type, characterized by both the wet and dry season with a mean annual temperature of 25 to Days are very hot during the dry season from November to February, temperature typically ranges from 33 to 34 0C while from February to April, values are frequently between The vegetation of Ilorin is composed of species of plant such as locust bean trees, shear butter trees, acacia trees, elephant grasses, shrubs and herbaceous plant among others are common in this area Oyegun, Further, from research of JimohIlorin is underlain by basement complex rocks which composed largely of metamorphic especially Gneiss are resistance quartzites.
The soil of Ilorin from the precambbian basement rocks and it is under the grass land savannah forest cover and belongs to the soil ferrugenious soil 1.
As prices increase sharply, there is a growing awareness to relate research to local materials as alternatives for the construction of functional but low-cost dwelling both in the urban and rural area of Nigeria. This work seeks to study the possibility of using laterite as replacement for conventional fine aggregate sand in sandcrete brick production with the view of reducing the cost of building construction.
This will be made possible due to the availability of laterite everywhere. The soil sample will be collected from three 3 different location in the study area.
At a depth ranging from 1 meter to 2 meter of the soil profile. However, the lateritic soil firstly be characterized.Before you start becoming a brick manufacturer, it would be helpful if you can attend some business courses to teach you how to manage your finances, understand balance sheets, and sell and market your products.
It is also essential to come up with your comprehensive business plan to lay out your strategies in terms of production, . #1Income Generating Activity Information SheetStabilised Soil Brick (SSB) Brick MakingTeach a Man to Fish 5) Selling28 days after manufacture, the bricks are ready to sell.
Whilst new technology can be slow to catch on, when the benefits of SSBs havebeen made apparent sales will follow. Two Page Business Plan Summary Titan Brick seeks to manufacture a water resistant, interlocking brick for homes and other buildings.
Brick properties: Can resist category 5 hurricane wind pressures Virtually no mold or mildew More cost effective than building with wood or concrete.
Elon Musk Outlines Plan to Get Into the Brick-Making Business. Tuesday, June 5th, Move over, candy and flamethrowers. Elon Musk tweeted out plans Monday for yet another side venture: alleviating the nation's housing crisis. This profile envisages the establishment of a plant for the production of , pieces of bricks per annum.
Brick is physically expressed as a rectangular prism of clay or soil which has been burnet in a used for the manufacture, bricks can be of different types such as fire- brick and sand - lime bricks.
The standard size of bricks.
Basic Brick Construction timberdesignmag.com 1 of 13 8/30/06 PM The best way to learn the art of bricklaying is through hands-on.