Eurofase 6″ Compact Fluorescent Horizontal Lamp New Construction Housing Eurofase 6

WAC Fluorescent Triple Non-IC New Construction Recessed Housing R5VF-126/32T WAC Fluorescent Triple Non-IC New Construction Recessed Housing  R5VF-126/32T

WAC 5″ Compact Fluorescent IC Shallow New Construction Housing R-F403S-N-ICA WAC 5

WAC Fluorescent Quad Non-IC New Construction Recessed Housing R5VF-113Q WAC Fluorescent Quad Non-IC New Construction Recessed Housing  R5VF-113Q

Eurofase 6″ Compact Fluorescent Vertical Lamp New Construction Housing Eurofase 6

WAC 6″ Fluorescent Low Profile Non-IC New Construction Recessed Housing WAC 6

WAC 6″ Fluorescent Low Profile Non-IC New Construction Recessed Housing WAC 6

WAC 6″ Fluorescent Low Profile Non-IC New Construction Recessed Housing WAC 6

6″ Electronic HPF New Construction IC/Air-Tight Compact Fluorescent Housing 6

Energy Star 6″ New Construction IC/Air-Tight Compact Fluorescent Housing Energy Star 6

6″ Recessed Can Non-IC New Construction Fluorescent 32w 6

6″ Recessed Can IC AT New Construction Fluorescent 13w 6

6″ Recessed Can IC AT New Construction Fluorescent 13w 6

6″ Recessed Can IC AT New Construction Fluorescent 26w 6

6″ Recessed Can IC AT New Construction Fluorescent 18w 6

6″ Recessed Can IC AT New Construction Fluorescent 32w 6

6″ Recessed Can IC AT New Construction Fluorescent 42w 6

6″ Recessed Can Non-IC New Construction Fluorescent 18w 6

6″ Recessed Can Non-IC New Construction Fluorescent 26w 6

6″ Recessed Can IC AT New Construction Fluorescent 18w 6

6″ Recessed Can IC AT New Construction Fluorescent 26w 6

5″ Recessed Can IC New Construction Fluorescent 13w 5

4″ Recessed Can IC AT New Construction Fluorescent 13w 4

4″ Recessed Can IC AT New Construction Fluorescent 26w 4

Construction Fluorescent

Promotion of Green Building Construction Technique

Construction of Green Building is a technology to use all resources efficiently for the creation of human habitats which improve human health, build a better environment, increase working efficiency of human beings and minimize the cost of buildings. Green buildings are also known as sustainable buildings, which are designed, built, renovated, operated and used in an ecological and resource-efficient manner.

In fact, Green buildings are designed to meet certain objectives such as protecting occupant health; improving employee productivity; using energy, water, and other resources more efficiently; and reducing the overall impact to the environment. These buildings with good overall environmental quality can reduce the rate of respiratory diseases, allergy, asthma, sick building symptoms, and enhance worker performance. The green building construction technique include following elements:-

Elements of Green Building Construction Technique

1. Proper Ventilation

Green Buildings provide adequate ventilation to all habitable rooms including bath rooms, kitchens with high-efficiency in-duct filtration system to allow proper drainage of air-conditioning coils to control humidity including heating and cooling systems which ensure indoor air quality.

2. Prevention of indoor microbial contamination

Under this technology, construction and finishing materials are selected with zero or low emissions to improve indoor air quality. Many building materials and cleaning / maintenance products emit toxic gases, such as volatile organic compounds (VOC) and formaldehyde gases which result in a detrimental impact on occupants’ health and productivity. Such products are not to be used in building construction and their finishing.

3. Utilization of recycled material for minimizing the cost of building

Demolition and reconstruction of old buildings is a continuous phenomenon. Population and demand for buildings are increasing day by day whereas our resources are depleting in the same proportion. Building construction activities consume one-sixth of the world’s fresh water withdrawals, one-fourth of its wood harvest, and two-fifths of its material and energy flow. About 22 percent waste material (bricks, concrete, wood, steel, metals, steel pipes, plastic pipes, electric wires, sanitary material etc.) of demolished buildings can be reused or recycled thus prolonging our supply of natural resources and minimizing construction cost. In green buildings, about 25 % recycled material is used.

4. Installation of glass panels

Instead of wood window glass panels are installed in green buildings to allow flow of natural light inside the building during day time.

5. Installation of Rainwater Harvesting System

The green buildings are well equipped with rainwater harvesting system to preserve depleting water resource.

6. Maximizing the use of renewable natural resources

In order to maximize the use of renewable natural resources in green buildings, the energy efficient equipments such as Compact Fluorescent Lights (CFL) and Solar Water Heating Systems etc. based on non conventional energy resources are installed.

7. Minimizing The Use of depleting resources

Since, forest cover is depleting day by day in the world, therefore, use of fresh wood is minimized in green buildings. Wherever, use of wood is considered necessary, in such buildings, the wood of fast growing trees is only used so that utilization of such material may not effect the ecological balance of the earth.

8. Minimizing energy use in green buildings

The green buildings are fixed with energy censors to minimize the use of power within the building. When there is no person within a room, the lights would automatically go off.

9. Water conservation and efficiency measures in green buildings

In green buildings, water is used in most efficient way. The gray water from bath rooms is again recycled to flush toilets.

10. Proper disposal of garbage

The garbage of green buildings is properly handled, placed and disposed off as per Building Bye Laws of respective Civic Bodies by segregating it into biodegradable and non-biodegradable wastes.

11. Maintenance of greenery

In green buildings, the open areas are well landscaped with maintenance of maximum greenery for building healthy environment.

About the Author

Vinay Choubey
SEO Manager
For more details on Green Building Construction Technique visit www.townplanning.in

I live in northern mid-west and its still too cold to plant things outside.?

So I thought i could use a 10 gallon fish tank with a fluorescent grow bulb in it. However, it seems that it is not quite warm enough yet in the tank. I’m using those instant peat pellets but they feel cold and not warm. I taped black construction paper to the outside of the tank thinking it might warm it up but no luck. So what can I do the keep my tank in the mid seventies (fahrenheit)?

what are you growing? and why are you in a hurry?
this rushing of the season will result in a nasty crop.
most seeds should be started 4 to 6 weeks before the average last frost date. Where I live, (near chicago), we don’t begin seeds before April 1 to 15. The only things I have started know is long maturing plants, such as: artichoke, leek, and onion.

The question you appear to be asking is, “So what can I do the keep my tank in the mid seventies” Use a soil warming cable. To germinate seeds, you want a temp of about 90 degrees f.