
403
Sorry!!
Error! We're sorry, but the page you were looking for doesn't exist.
Revolutionising Saudi Arabia Construction: Desertboard's Palm Waste Innovation Takes Centre Stage In Riyadh
(MENAFN- Mid-East Info) DesertBoard, the Middle East's leading innovator in sustainable building material for construction solutions, will debut its flagship Palm Strand Board (PSB®) at the Saudi Wood Expo 2025, marking its first major showcase in the Kingdom. Manufactured from agricultural palm waste-an abundant, underused resource in the region-PSB® offers a viable, research-backed solution to Saudi Arabia's growing need for sustainable, regionally manufactured building materials.
With Saudi Arabia generating more than 300,000 tonnes of palm fronds annually, PSB® directly supports Vision 2030's objectives to promote circular economy practices, localise manufacturing, and reduce environmental impact. DesertBoard's entry into the Kingdom is more than a market move-it's a commitment to unlocking economic and ecological value through innovation. “Palm waste presents a unique opportunity for the region,” said Kamal Farah, a Director at DesertBoard.“With PSB®, we are turning an overlooked material into a driver for low-carbon construction, local employment, and creative and environmentally sound design solutions across the Kingdom.” Scientific Validation from Abu Dhabi University Research The innovation behind PSB® is backed by the Palm Leaves Research Paper (July 2025), a collaborative study between DesertBoard and Abu Dhabi University. Led by Dr. Mai El-Basel, Research Lead (Interior Design), and Dr. Omar Chaalal , Professor of Chemical Engineering at Abu Dhabi University (ADU), in collaboration with Chemical Engineer Weam S K Abudaqqa, a former student at Abu Dhabi University. The paper is the region's first dedicated academic study on engineered palm waste boards, and was supported by the leadership and guidance of Professor Ghassan Aouad, President of Abu Dhabi University, Professor Hamdi Mustafa Sheibani , Dean of the Department of Engineering, and Professor Osama Ahmed Mohamed , the Chair of the Department of Architecture and Design. The study evaluated PSB® for its structural integrity, thermal resistance, environmental impact, and cultural suitability within desert climates. “We developed this research to assess both performance and potential. The results confirmed that PSB® meets and exceeds key benchmarks in durability, warping resistance, and critically, its moisture and heat resistance,” said Dr. Chaalal .“More importantly, it's a material that speaks to our region's identity and its urgent need for circular construction and design solutions.” “From an architectural, design, and civil engineering perspective, PSB® demonstrates excellent load-bearing stability and performs well in arid, high-temperature environments,” added Dr. Mai El-Basel .“It is a practical and scalable material that aligns perfectly with Vision 2030's building goals.” Key findings from the research include :
With Saudi Arabia generating more than 300,000 tonnes of palm fronds annually, PSB® directly supports Vision 2030's objectives to promote circular economy practices, localise manufacturing, and reduce environmental impact. DesertBoard's entry into the Kingdom is more than a market move-it's a commitment to unlocking economic and ecological value through innovation. “Palm waste presents a unique opportunity for the region,” said Kamal Farah, a Director at DesertBoard.“With PSB®, we are turning an overlooked material into a driver for low-carbon construction, local employment, and creative and environmentally sound design solutions across the Kingdom.” Scientific Validation from Abu Dhabi University Research The innovation behind PSB® is backed by the Palm Leaves Research Paper (July 2025), a collaborative study between DesertBoard and Abu Dhabi University. Led by Dr. Mai El-Basel, Research Lead (Interior Design), and Dr. Omar Chaalal , Professor of Chemical Engineering at Abu Dhabi University (ADU), in collaboration with Chemical Engineer Weam S K Abudaqqa, a former student at Abu Dhabi University. The paper is the region's first dedicated academic study on engineered palm waste boards, and was supported by the leadership and guidance of Professor Ghassan Aouad, President of Abu Dhabi University, Professor Hamdi Mustafa Sheibani , Dean of the Department of Engineering, and Professor Osama Ahmed Mohamed , the Chair of the Department of Architecture and Design. The study evaluated PSB® for its structural integrity, thermal resistance, environmental impact, and cultural suitability within desert climates. “We developed this research to assess both performance and potential. The results confirmed that PSB® meets and exceeds key benchmarks in durability, warping resistance, and critically, its moisture and heat resistance,” said Dr. Chaalal .“More importantly, it's a material that speaks to our region's identity and its urgent need for circular construction and design solutions.” “From an architectural, design, and civil engineering perspective, PSB® demonstrates excellent load-bearing stability and performs well in arid, high-temperature environments,” added Dr. Mai El-Basel .“It is a practical and scalable material that aligns perfectly with Vision 2030's building goals.” Key findings from the research include :
-
Superior Strength : Withstands greater compressive force (16% reduction) than MDF (50%) or particleboard (44.5%).
Enhanced Insulation : PSB® offers the best insulating properties for thermal conductivity in comparison to MDF and particleboard.
Increased Moisture Resistance: PSB® demonstrates higher contact angles (72°) in wettability tests, when compared with MDF (50.2°) and Plywood (65°).
Culturally Relevant and Local: A cost-effective, locally sourced material aligned with regional heritage.

Legal Disclaimer:
MENAFN provides the
information “as is” without warranty of any kind. We do not accept
any responsibility or liability for the accuracy, content, images,
videos, licenses, completeness, legality, or reliability of the information
contained in this article. If you have any complaints or copyright
issues related to this article, kindly contact the provider above.
Most popular stories
Market Research

- T-REX Launches Intelligence Layer To Fix Web3's Value Distribution Problem
- Dexari Unveils $1M Cash Prize Trading Competition
- Yield Basis Nears Mainnet Launch As Curve DAO Votes On Crvusd Proposal
- Forex Expo Dubai 2025 Returns October 67 With Exclusive Prize Draw Including Jetour X70 FL
- B2BROKER Taps Finery Markets To Power Institutional Crypto OTC On B2TRADER
- Casper (CSPR) Is Listed On Gate As Part Of Continued U.S. Market Expansion
Comments
No comment