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  Aburas, S. (2019). Thermochromic smart window technologies for building application: A review.                     Applied  Energy, 255, 113522. Retrieved from https://doi.org/10.1016/j.apenergy.2019.113522 [EC1]   In this article, Marina Aburas, Veronica Soeberto, Terrence Williamson, Runqi Liang, Heike Ebendorff-Heidepriem and Yupeng Wu (2019) focus on the applications of thermochromic (temperature to colour change) window technology in building applications in the energy saving technology area, through computer simulations, experiments held outdoors and a collection of external research ranging from 2009 to 2019.   An experiment using eight thermochromic window types was conducted using a physical test room with simulations to illustrate the effects of a thermochromic coating application. The simulation demonstrated how sun radiation influences temperature in the glass and reduces heat entering into t...

Summary and reader response for article "Coal ash to concrete" #draft 3

  Coal ash to concrete Draft write out 3 In the article “Researchers turn waste from coal power plants into concrete” (NaturalBlaze, 2019), researchers from Drexel University have discovered a new method to turn coal ash, an abundant waste product, into an additive to increase the durability of concrete in buildings. The additive is added to concrete, which is a composite mix. The water and cement within the mix are adhesives that bond other components together. A tedious process is needed to achieve maximum durability. By retaining water and supplying it to the surface, the mixture starts drying from the inside. This method not only helps to ensure thorough drying but also reduces waste in the environment. This puts coal ash, which would otherwise be discarded, to use - making buildings more durable than before. It is my assertion that utilizing coal ash in concrete is extremely beneficial to the construction industry as it provides a concrete that is sustainable, cost ef...

Summary and reader response for article "Coal ash to concrete" #draft 2 (Shishi and Weesiang)

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Summary and reader response for article "Coal ash to concrete" #draft 1 (Meiting and James)

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Summary of article "Coal ash to concrete" #draft 2

  Summary Draft 2: (150 words) Coal ash to concrete In the article “Researchers turn waste from coal power plants into concrete” (NaturalBlaze, 2019), researchers from Drexel University have discovered a new method to turn coal ash, an abundant waste product, into an additive to increase the durability of concrete in buildings. The additive is added to concrete, which is a composite mix. The water and cement within the mix are adhesives that bond other components together. A tedious process is needed to achieve maximum durability. By retaining water and supplying it to the surface, the mixture starts drying from the inside. This method not only helps to ensure thorough drying but also reduces waste in the environment. This puts coal ash, which would otherwise be discarded, to use - making buildings more durable than before.

Summary of article "Coal ash to concrete" #draft 1 with commentry

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Introduction letter

Subject: Introduction letter   Dear Prof Mitchelle   My name is Elicia Choo. I graduated from Ngee Ann Polytechnic with a diploma in Hotel leisure and facilities management in year 2018. Upon graduating, I worked in Town Council as a property officer for 2 years.   In my second year of work, I also studied a part time specialist diploma in facility and energy management from Building Construction Authority Academy and graduated in March 2020.   As a property officer, I worked alongside many different government agencies and this allowed me to understand and appreciate their individual expertise. Through constant interaction with them, I learnt a lot and discovered my interest in the built industry. One strength of mine that differentiates me from others is my passion for learning. I enjoy discovering new things and find satisfaction in being able to apply what I learn into my surrounding. For example, in school I learnt the basic components within a buildin...