Xypex Projects
From subway stations to swimming pools, from bridges to buildings, and in foundations, critical infrastructure, and many other applications around the world, explore our always expanding list of Project Profiles to learn how Xypex Crystalline Technology waterproofs, protects and repairs concrete.
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Zady One Power Station
The Zady One project, located east of Berber City in Sudan's River Nile state, represents a significant advance in agricultural and industrial development. Spanning 1,000,000 Feddan (approximately 4,168.27 km² or 1,609.38 mi²), it is on track to become Sudan's largest integrated project in these sectors, featuring center pivot irrigation.
Sayga Flour Mills Basement
Sayga Flour Mills, the largest flour mill in Sudan and a flagship operation of DAL Group, embarked on a crucial rehabilitation project to address the persistent issue of water infiltration in its basement. This site serves a vital role in distributing flour products throughout Sudan and exporting to neighboring countries. Maintaining the integrity of the facility was paramount. The rehabilitation project spanned from December 2018 to February 2019, focusing on the basement area of the plant located in the industrial heartland of Khartoum North (Bahri).
Morouj Flour Mills
The construction of the Morouj Flour Mills in Khartoum North (Bahri), Sudan, Morouj Commodities Co. Ltd faced significant environmental and logistical challenges. Positioned in the Bahri industrial area, the project site was susceptible to elevated groundwater levels, presenting a considerable risk of water ingress and potential concrete degradation over time. This challenge was compounded by the size of the project which required the coordination of concrete delivery from various ready-mix plants across the region, a task that demanded meticulous quality control to ensure consistency of the concrete used.
Al-Rowad Complex – Commercial Building
The Al-Rowad Complex, one of the largest residential complexes in the Al-Remaiyla neighborhood of Khartoum, faced a significant waterproofing challenge. Despite previous attempts to waterproof its commercial building's basement with traditional waterproofing methods, persistent leakage issues remained unresolved, highlighting the need for a more effective and reliable solution. The application was rather complex due to its proximity to the White Nile River, which contributed to high groundwater pressure.
Al-Faihaa Building
The rehabilitation of the Al-Faihaa Building in Khartoum presented numerous challenges, primarily due to its bustling nature and the requirement for the structure’s rehabilitation activities to occur during working hours without affecting the operation of companies within the building. The project's complexity was further heightened by its proximity to the confluence of the White and Blue Nile Rivers, resulting in high groundwater pressure, especially noticeable during the rainy season. This environmental factor has long exacerbated the building's issues with water leakage in its basement and attached concrete water tank, rendering conventional waterproofing solutions ineffective.
