7IGBC
  • Home
  • About
    About Us Vision Mission Team of Work
  • Services
    Oil and Gas Green Buildings Traditional Building Health, Safety and Environment Project Management Construction Supervision Project Operation and Maintenance Management
  • Projects
    Executed Projects Under Execution Projects
  • Gallery
  • Training
    Videos Training Document Training
  • Company Profile
    Company Profile - PDF Company Profile - Book
  • Quotation
  • Careers
  • Contact
  1. Home
  2. services
  3. Green Buildings

Green Buildings

user-image

Sustainability


Sustainability can be defined as the ability to meet the needs the present without compromising the ability of future generations to meet their own needs.

Green building is often used as a synonym for sustainable Construction and high - performance buildings.

For what should be apply

  • Residential Villas.
  • Residential and commercial buildings.
  • Apartments - Workers' housing - Student housing
  • Commercial
  • Hotel Facilities - Hotels
  • Laboratories - Offices - Resorts - Restaurants
  • Public buildings.
  • Banks and expenses - Theaters and cinemas - Educational buildings - Governmental buildings - Buildings and health facilities - Historical and heritage buildings.
  • Museums, petrol stations, post offices, retail stores, shopping centers , Houses of worship.

(1) Sustainable Sites

(1-A) Site Assessment

A site assessment assesses site conditions before design to evaluate sustainable options and inform related decisions about site design.

A site assessment is part of the integrative process that helps to incorporate the assets of the site and its historical contexts.

(1-A-1) Site Assessment - Topography

Contour mapping, unique topographic features, slope stability risks.

user-image

user-image
(1-A-2) Site Assessment - Hydrology

Flood hazard areas, delineated wetlands, lakes, streams, shorelines, rainwater collection and reuse opportunities.

The hydrologic cycle keeps the Earth's fresh water supply on the move.

(1-A-3) Site Assessment - Climate

Solar exposure, heat island effect potential, seasonal sun angles, prevailing winds, monthly precipitation and temperature ranges.

user-image
user-image
(1-A-4) Site Assessment - Vegetation

Primary vegetation types, greenfield area, significant tree mapping, threatened or endangered species, unique habitat, invasive plant species.

(1-A-5) Site Assessment - Soils

Prime farmland, healthy soils. Thorough investigation and assessment of ground conditions and stability to determine whether a site is suitable for building on, and the type and size of foundations that will be required.

user-image
user-image
(1-A-6) Site Assessment - Human Use

Views, adjacent transportation infrastructure, construction materials with existing recycle or reuse potential.

(1-A-7) Site Assessment – Human Health Effects

Proximity of vulnerable populations, adjacent physical activity opportunities, proximity to major sources of air pollution.

user-image

(1-B) Site Design

user-image
(1-B-1) Site Design – Preserve Open Space
(1-B-2) Site Design – Minimize Construction Impacts
user-image
user-image
(1-B-3) Site Design - Restore Sensitive Areas

(1-C) Rainwater Management.

(1-C-1) Rainwater Management Reduce Runoff - Low impact development
user-image
user-image
(1-C-2) Rainwater Management – Reduce Runoff
(1-C-3) Rainwater Management – Reduce impervious surfaces
user-image
user-image
(1-C-4) Rainwater Management – Open-grid Pavement
(1-C-5) Rainwater Management – Rainwater Harvest
user-image

(1-D) Heat Island Effect

user-image
(1-D-1) Heat Island Effect - Solar Reflectance
(1-D-2) Heat Island Effect - Building infrastructure size
user-image
user-image
(1-D-3) Heat Island Effect - Undercover Parking
(1-D-4) Heat Island Effect - Underground Parking
user-image
user-image
(1-D-5) Heat Island Effect - Green roofs
(1-D-6) Heat Island Effect - Shading from sunlight
user-image
user-image
(1-D-7) Heat Island Effect - Cool Roofs
(1-D-8) Heat Island Effect - Cool Pavements
user-image
user-image
(1-D-9) Heat Island Effect - Open Grid Pavement

(1-E) Site Management

(1-E-1) Site Management - Prevent Light Pollution
user-image
user-image
(1-E-2) Site Management - Integrated Pest Management

(2) Location and Transportation

user-image
(2-A) Creating sustainable buildings starts with selecting a proper location
user-image
user-image
(2-B) The location of a building affects access to public transportation
(2-C) Smart Growth protect undeveloped land
user-image
user-image
(2-D) Protect Habitat Prime farm land and land close to lakes
(2-E) Neighborhood Pattern Design Increase diversity of uses

Increase diversity of uses.

user-image
user-image
(2-F) Locate Near Mass Transit / Provide Access Increase diversity of uses
(2-G) Bicycle Networks
user-image

(3) Water Efficiency



user-image

According to the United Nations Environment Program, if our present patterns continue, two out of every three people will live in water-stressed conditions by the year 2025.

Seventy percent 70% of the Earth’s surface is covered by water, but less than 1% of that water is fresh water.

Only 1% of that 1% is accessible for human use.

The goals of the water efficiency credits are to

  • Reduce the quantity of water needed for a buildings and landscaping.
  • Reduce municipal water use.
  • Reduce the need for treatment of waste water.
(3-A-1) Grey water source
  • Face basin.
  • Bathtub (shower).
  • Jacuzzi.
  • Swimming pool.
  • Place of Ablution.
user-image
user-image
(3-A-2) Grey water can be used in
  • Closet.
  • Make – up water for HVAC
  • Car wash.
  • Irrigation.
  • Concert casting.
  • Fountain or waterfalls.
  • Street and garage cleaning.

(4) Energy and Atmosphere

user-image

(4-A) Energy Efficiency


  • Building Envelope
  • Building Systems: Heating and Cooling
  • Efficiencies of scale
  • Lighting
  • Appliances
  • Building Automation Systems
  • Zero-Net Energy

(4-B) Natural refrigerants that are benign


There are five natural refrigerants that are benign to the earth’s atmosphere:

  • CO2 – Carbon dioxide
  • H2O - Water
  • NH3 - Ammonia
  • HC – Hydrocarbons, such as propane, butane, ethane, isobutene, and Iso-pentane
  • Air

(5) Materials and Resources



user-image

Sustainable materials are materials that reduce demands on ecosystems during their life cycle.

(5-A) Conservation of Materials & Waste Management
user-image
user-image
(5-B) Container Reused
(5-C) Dust chute , hopper
user-image
user-image
(5-D) Compost
(5-E) Environmentally Preferable Materials
user-image
user-image
(5-F) Pre-Consumer Material

Pre-consumer material is material from industry scraps that was diverted from the waste stream and used for other purposes.

Post-consumer material is a waste type produced by the end consumer of a material stream; that is, where the waste producing use did not involve the production of another product.

(5-G) Environmental Product Declaration (EPD)

Fundamental is the idea of life-cycle assessment – looking at the entire lifecycle of a product or material and trying to quantify that material across a whole range of indicators: energy, water, raw materials, pollution.

user-image

(6) Indoor Environmental Quality

user-image


The strategies for achieving points in this credit category include:

  • Improve indoor air quality.
  • Increase occupant comfort.
user-image
(6-A) Radon Test

Radon is a cancer-causing natural radioactive gas that you can’t see, smell, or taste.

(6-B) Entryways

Doorways are a prime point for contaminants entering a building.

user-image
user-image
(6-C) Green Cleaning
(6-D) CO2 Monitoring

Accurate monitoring of CO2 levels ensures that occupied spaces are receiving enough ventilation.

user-image

(7) Innovation in Design



user-image

Innovation in Design points can be awarded for:

  • Exemplary performance.
  • Innovative performance.

Subscribe Now

Subscribe to get noticed to Facebook and Youtube when launch.


Copyright © - All Rights Reserved - 7IGBC | Powered by SoluTech