UAE is turning desert sand into eco-friendly bricks, the method cuts cement needed for construction to nearly half

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TOI World Desk. (2026, August 21). UAE is turning desert sand into eco-friendly bricks, the method cuts cement needed for construction to nearly half. Times of India. https://timesofindia.indiatimes.com/world/middle-east/uae-is-turning-desert-sand-into-eco-friendly-bricks-and-the-method-cuts-cement-needed-for-construction-to-nearly-half/articleshow/133398414.cms

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Times of India · collected 2026-08-21 · by TOI World Desk

Quick Summary

Researchers at the University of Sharjah have developed a method to transform desert sand into eco-friendly bricks using alkali-activated binders and industrial by-products such as blast furnace slag. According to their study published in February 2026, this technology reduces the need for cement by nearly half compared to traditional construction methods. The bricks underwent durability tests and met international standards for material quality and safety, with the added benefit of being resistant to sulfate exposure which can damage construction materials in coastal areas. Dr. Mohamad Arab and Professor Maher Omar led the research, noting that the process does not require thermal curing or an oven, reducing energy consumption and manufacturing costs.
Written locally by qwen2.5:14b on 2026-08-21, using this article's own text rather than the other coverage of the same event (that is the story summary below).

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Story summary

Researchers from the University of Sharjah have developed a method to transform desert sand into eco-friendly bricks, reducing the amount of cement needed for construction by nearly half. The study, published in November 2025 and released in February 2026, found that the use of alkali-activated binders can turn the fine-grained desert sand from Dubai into stable and durable building materials. By combining the desert sand with industrial by-products such as blast furnace slag and industrial ashes, the researchers created a formulation that not only reduces cement usage but also gives new life to waste materials. According to Dr. Mohamad Arab and Professor Maher Omar, who led the research, the resulting bricks were found to be resistant to aggressive chemical exposure and even outperformed traditional cement-based bricks in some cases. This innovative method has significant environmental benefits, as it reduces waste and minimizes the need for cement production, a major contributor to greenhouse gas emissions.

Written for “UAE Desert Sand Solution” on 2026-10-16, grounded in this article and the 0 other(s) covering the same event.

Story

📰 UAE Desert Sand Solution
Environment · 1 article(s) covering the same event.

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Claims extracted
33
sentences that state something as happening or true
Uncertain
18%
6 of 33 hedged ("reportedly", "may", "according to")
Leaning
withheld
no quote in the article backed the model's score
Publisher signals
59/100
Times of India's corrections and hedging, across everything collected from it. Not a measure of accuracy.
Outlets on this story
1
Environment
Same framing elsewhere
1
articles that frame the event the way this one does
Analyzed 2026-08-21 · how these are computed

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Article leaning vs. publisher reliability
Source leaning vs. consistency

Publisher

Times of India · 2722 article(s) · 2 correction(s) detected
Running correction rate · 2 correction(s)

Who wrote this

TOI World Desk
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Topics

Dubai EurekAlert Sharjah the Journal of Materials in Civil Engineering the University of Sharjah

Subjects

Maher Omar PERSON · 2× Portland GPE · 2× the University of Sharjah ORG · 2× ASTM ORG · 1× Dubai GPE · 1× EurekAlert ORG · 1× Mohamad Arab PERSON · 1× Sharjah GPE · 1× the Journal of Materials in Civil Engineering ORG · 1× the University of Sharjah’s ORG · 1×

Narrative

“We also evaluated performance under aggressive chemical exposure and found that the alkali-activated desert sand bricks retained their integrity and, in key cases, outperformed cement-based bricks under sulfate attack.
framing: assertive · carried by 1 article(s) · first seen 2026-08-21
🔮 Dubai is surrounded by dunes and for a country that has ample desert sand, one would think they would utilise it as a resource.

Claims (33 extracted, 6 hedged)

Dubai is surrounded by dunes and for a country that has ample desert sand, one would think they would utilise it as a resource. asserted
they → surround → resource
Wind makes desert grains unusually fine, smooth, and rounded, so they do not interlock as easily as the rougher aggregate commonly drawn from rivers. asserted
they → make → rivers
But research from the University of Sharjah transforms desert sand into eco-friendly bricks, according to a report by EurekAlert! uncertain
research → transform → EurekAlert
The November 2025 research was published in the Journal of Materials in Civil Engineering and released in February 2026 by the university. asserted
research → publish → university
In the study, researchers including Dr Mohamad Arab and Professor Maher Omar combined desert sand collected in the Sharjah region with alkali-activated binders. asserted
researchers → include → binders
This technology uses alkaline solutions to trigger chemical reactions capable of forming rigid structures, similar to a resistant mineral matrix. asserted
technology → use → matrix
The formulation also incorporates industrial by-products, such as blast furnace slag and industrial ashes. asserted
formulation → incorporate → slag
The use of slag and industrial ashes expands the environmental interest of the research. asserted
use → expand → research
These by-products, when reused in construction materials, can reduce waste and decrease the pressure for conventional raw materials. asserted
products → reuse → materials
Instead of relying solely on Portland cement, the proposal makes advantage of materials that can gain new value within the construction industry, reducing the need for inputs with a higher environmental impact. asserted
that → rely → impact
One of the central points of the research is that the bricks were cured at room temperature. asserted
bricks → cure → temperature
This means that the tested process does not require thermal curing or an oven, a step that could increase energy consumption and raise manufacturing costs. uncertain
that → mean → costs
Resistance to sulfates The bricks underwent durability tests, including water absorption, wetting and drying cycles, efflorescence and sulfate exposure. asserted
bricks → undergo → absorption
According to the researchers, the performance met the ASTM standards cited in the study, used as an international reference for material quality and safety. uncertain
performance → accord → quality
“We also evaluated performance under aggressive chemical exposure and found that the alkali-activated desert sand bricks retained their integrity and, in key cases, outperformed cement-based bricks under sulfate attack. asserted
bricks → evaluate → attack
This matters in coastal and marine environments where sulfate-rich soils and groundwater can accelerate deterioration,” said Maher Omar, Professor of Civil Engineering at the University of Sharjah. asserted
Omar → matter → Sharjah
Sulfate resistance is important because this type of chemical attack can damage construction materials in coastal and marine areas, or with soils and groundwater rich in this compound. asserted
type → damage → compound
In the reported tests, the desert sand bricks maintained integrity and, in some cases, outperformed cement-based bricks. asserted
bricks → report → bricks
Another point observed by the researchers was the lower water absorption. asserted
point → observe → researchers
This indicator is relevant because excessive water ingress can compromise the durability of masonry materials over time, especially in aggressive environments. asserted
ingress → compromise → environments
According to the team, the eco-friendly bricks demonstrated superior mechanical performance to conventional cement-based bricks in some of the tests. uncertain
bricks → accord → tests
This result reinforces the hypothesis that desert sand can cease to be seen only as a problematic material and become part of more resistant technical solutions. asserted
sand → reinforce → solutions
Portland cement has high emissions Portland cement remains one of the most used materials in the world because it combines strength, durability, and wide availability. asserted
it → have → strength
The problem is that its production has a high climate impact. asserted
production → have → impact
According to the University of Sharjah’s statement, it is associated with up to 10% of global carbon dioxide emissions. uncertain
it → accord → emissions
The authors note that construction is “a major contributor to worldwide carbon dioxide (CO2) emissions and climate change,” consuming approximately 40% of global energy. asserted
construction → note → energy
The research does not claim that the new brick will replace cement in all constructions. uncertain
brick → claim → constructions
What the study indicates is an alternative route to reduce dependence on Portland cement in masonry units, especially in places where desert sand is abundant and reusable industrial materials are available. asserted
materials → indicate → places
The study shows feasibility in the laboratory, but real adoption depends on tests in larger units, pilot production, quality standardisation, and cost analysis. asserted
adoption → show → units
The researchers also plan to better quantify the environmental benefits and assess the manufacturing logistics. asserted
researchers → plan → logistics
Industrial production will be the decisive test to know if the desert sand brick can compete with alternatives already established in the construction market. asserted
brick → know → market
“The broader strategic goal is clear: developing building materials that are locally sourced, resilient in harsh environments, and aligned with sustainability objectives, without compromising performance,” said Omar. asserted
Omar → develop → performance
“We will also quantify the environmental benefits more clearly so we can identify the most practical and scalable pathway for industry adoption,” Prof. Omar maintained. asserted
Omar → quantify → adoption
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