Javaria Ahmad’s scientific contributions

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Publications (1)


Material carbon intensity results for 34 as-built homes
Total material carbon emissions by material category
Results of material substitutions on home with highest material carbon intensity
Comparison of material carbon emissions (embodied emissions) with operational emission for homes in Nelson, BC
Establishing the Average Upfront Material Carbon Emissions in New Low-Rise Residential Home Construction in the City of Nelson & the City of Castlegar
  • Technical Report
  • Full-text available

March 2022

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215 Reads

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3 Citations

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Erik Bowden

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Javaria Ahmad

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[...]

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Natalie Douglas

The report analyses the results of an A1-A3 embodied carbon analysis of 34 as-built homes in Nelson and Castlegar, BC. The report examines the relationship between operational GHG emissions and embodied GHG emissions, and finds that for all of the homes in the study the embodied GHG emissions will dominate the total emission profile for at least 20 years, and for as much as 120 years. Material categories are examined and ranked in order of their contribution to overall emissions. Recommendations are provided for reducing emissions in each material category.

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Citations (1)


... To reduce the negative environmental impact of the construction sector on the development of single-family homes, the discussion should begin with the designed size of homes and appropriate planning for the needs of future residents [69]. Research by Magwood and Huynh [70] shows that sensible choices in the design stage deliver the highest CO 2 reductions. ...

Reference:

Life Cycle Assessment and Building Information Modeling Integrated Approach: Carbon Footprint of Masonry and Timber-Frame Constructions in Single-Family Houses
Establishing the Average Upfront Material Carbon Emissions in New Low-Rise Residential Home Construction in the City of Nelson & the City of Castlegar