PrimeLoop offers underground geothermal cooling solutions for data centers, industrial facilities, commercial buildings, hospitals, and other large‑scale operations in the MENA region. Leveraging proprietary technology, the system can reduce electricity consumption by up to 50% and lower capital expenditures through a cost‑as‑service model, while requiring no surface footprint or water usage. This enables customers to achieve significant energy savings and operational efficiency without additional infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Data centers, industrial facilities, commercial buildings, and hospitals in the MENA region rely heavily on conventional air‑conditioning and chill‑water systems, which consume large amounts of electricity, require significant water resources, and occupy extensive surface space. These high operational costs and environmental impacts hinder sustainability goals and increase total cost of ownership.
Solution
PrimeLoop offers an underground geothermal cooling system that extracts heat from the earth to provide efficient temperature regulation for large‑scale facilities. By circulating a closed‑loop fluid through deep boreholes, the technology transfers heat without the need for external water or large surface condensers, cutting electricity consumption by up to 50%. The solution is delivered through a cost‑as‑service (CAS) model, reducing upfront capital expenditures and minimizing the building’s surface footprint. Integrated monitoring and control software optimizes performance in real time, ensuring reliable cooling while supporting clients’ sustainability and cost‑reduction targets.
Target Audience
Primary customers are operators of data centers, large industrial facilities, commercial building owners, and hospital infrastructure managers seeking to lower energy costs and meet sustainability objectives in the MENA region.
Features
- Proprietary closed‑loop geothermal heat exchange using deep boreholes for water‑free cooling
- Up to 50% reduction in electricity usage compared with conventional HVAC systems
- Cost‑as‑service financing that lowers capital expenditures by more than 40%
- Minimal surface footprint, eliminating the need for large cooling towers or chill‑water plants
- Real‑time performance monitoring and automated flow control to maintain optimal temperature regulation
- Scalable design adaptable to data centers, industrial plants, commercial complexes, and hospitals