Omantel partners with Innotech for 3D printing of artificial reefs in Oman

Omantel has signed a collaboration agreement with Innotech to use concrete 3D printing to create artificial reefs that offer multiple benefits and are of great importance to marine ecosystems.

The 3D concrete printing technology makes it possible to customize reef structures with complex features such as crevices, caves and ledges. These structures provide shelter and feeding sites for fish, which can increase the population density in these areas. As part of the collaboration, eight such 3D-printed concrete modules will initially be produced and later installed at a location to be determined in the Muscat region.

The project has several objectives, including increasing fishing yields, promoting sustainable fishing practices and increasing marine biodiversity. In addition, a positive economic impact is expected, especially for local communities and the tourism-related sector.

Eng. Aladdin Bait Fadhil, CCO of Omantel, commented: “The depleting fish populations in the sea are a matter of concern all over the world. At Omantel, we are acutely aware of this situation and have therefore decided to partner with Innotech to support this initiative to boost fish yield by creating artificial reefs. Innotech’s 3D concrete printing solution offers unprecedented benefits and we are confident that mutual concerted efforts from both sides will help us achieve the goals we have set. Supporting environmental initiatives has always been a main driver to our CSR strategy”

Innotech, a company run entirely by Omani engineers, has developed and received a patent for the first locally manufactured 3D concrete printer. This partnership with Omantel represents a significant step in the use of modern technology for environmental conservation.

Artificial reefs created using 3D concrete printing technology not only provide shelter and growth areas for marine organisms, but also the opportunity to study the ecological impact of such structures. This technology requires careful planning, the right material composition and continuous monitoring to ensure success. In addition, such projects open up economic opportunities for the local population, particularly in the field of tourism.