Energy Asa not only manufactures and supplies its existing equipment, but also accepts orders for the design and development of new, custom‑built devices tailored to customer requirements.
The viscometer is used to measure the viscosity of various fluids under high temperature and high pressure conditions. This device enables the evaluation of the behavior and performance of viscous materials at elevated temperatures.
The Foam Analyzer Apparatus, developed by Energy Asa Sharif, simulates reservoir temperature and pressure conditions to evaluate the compatibility of foaming agents with reservoir fluids, rock formations, and other additives.
The Rotating Disk Apparatus is a practical tool for evaluating reservoir rock behavior when exposed to acidic fluids under simulated reservoir conditions. This system enables detailed investigation of the reaction processes between the rock and the acid.
The Dual Acid Flooding Apparatus features unique capabilities tailored to the operational requirements of common acidizing packages used in Iran. This device provides precise and safe control over acid injection into core samples, enabling reliable and accurate experimental evaluation.
The HPHT Corrosion Testing Apparatus provides an effective solution for evaluating the behavior of materials and fluids under simulated hydrocarbon reservoir temperature and pressure conditions. The results obtained from this system play a key role in the design and optimization of field operations.
The HPHT Consistometer is a specialized instrument designed to measure the thickening time of cement slurry under high‑temperature and high pressure conditions. By simulating real oil and gas well environments, this device enables accurate evaluation of cement performance.
Energy Asa, supported by its team of experienced and specialized engineers, is fully capable of designing and developing any type of laboratory equipment required in the upstream oil industry. For inquiries or project requests, feel free to get in touch with us through the Contact Us page.