WellPro’s technical capabilities and engineering support play a significant role into for Cementing and Coiled Tubing services by ensuring precision, efficiency, and safety. In Cementing, advanced tools and techniques enable accurate slurry design, proper zonal isolation, and long-term well integrity. In Coiled Tubing services, technical expertise facilitates real-time monitoring, effective wellbore intervention, and optimized job execution, even in challenging environments. These capabilities allow engineers to design tailored solutions, troubleshoot issues quickly, and ensure reliable operations, ultimately enhancing the synergy in both services resulting in the success of our operations and ultimately the success for our clients.
Research & Development
Founded in 2012, Wellpro Services is a 100% privately Australian owned company specializing in the design and manufacture of coiled tubing and cementing equipment for the energy, resource and mining industries in Australia, with our experienced team and modern facilities, we manufacture durable equipment that meets world-class standards.
Our R&D approach is not just for equipment, but also for different technologies used in our services such as new additives and slurry development such as:
WellPro Lightweight Microsphere-based cement slurry as part of our advanced technologies allows for the creation of low-density slurries as low as 10 ppg while having the same set mechanical properties of conventional slurries mixed at their traditional densities.
WellPro cement testing facility located in Brisbane, is equipped with leading industry recognized testing equipment, enabling us to perform testing in accordance with API standards (ANSI/API Specification 10A and API RP 10B-2). The following tests are regularly performed in our laboratory:
Thickening Time
Compressive Strength
Static & Stirred Fluid Loss
Free Water/Free Fluid
Rheology
10 sec & 10 min Gel Strength
Density Check
Settling Test
Expansion Test
Water Analysis
Our Cement slurry database and design are tailored for each well requirements using cement additives such as: