A fluid pumper and a chemical van provide real time monitoring and optimizing of fluid rheology by determining the Reynolds number to maintain an ideal flow regime. The benefits include: reduced cycle meters with fewer wiper trips, optimization of chemical consumption and reduced operating hours.

Element provides superior tubing force analysis and accurate modeling for solids transport analysis, optimized post frac cleanout, friction losses, rheologies, dual-phase flow correlations, completions flow back, H2S inhibitor requirements, reverse circulation, abrasive perforation analysis and more.

The DMS™ provides real-time qualitative measurement of solids and fluid return rate in the flowback line, allowing immediate action to be taken, depending on the DMS™ values displayed and recorded. The DMS™ is typically used in milling or clean-out operations.

Element’s External Erosion Rate Model (EERM) combines the industry’s largest real‑world coiled tubing erosion dataset with AI‑driven analysis to deliver highly accurate, field‑validated erosion predictions. By measuring coiled tubing (CT) wall thickness after every frac and correlating it with detailed treatment parameters, the model identifies reliable patterns that allow users to input variables such as annular velocity, fluid system, sand type, and sand tonnage to calculate expected erosion rates and define safe operating limits. This enables operators to predict remaining wall thickness before each stage, safely increase annular velocity, extend CT life, and reduce overall fracturing costs. With these insights, Element helps customers optimize frac design, pursue more aggressive pumping strategies, and even lower chemical usage without compromising safety or asset integrity.

An engineered low‑density fluid designed to generate stable colloidal gas aphrons using a specialized blend of bio‑polymers and biodegradable surfactants, creating a highly effective debris‑carrying fluid with strong, stable viscosity. It rigs up seamlessly with coiled tubing units, uses a patented venturi method to induce air or nitrogen while preventing pump cavitation, and allows real‑time density control from 8.3 to 4.0 lb/gal. With an 80‑barrel onboard build capacity, integrated QA checks for density, viscosity, and sand content, and an all‑electric design with onboard power, the afron system delivers a reliable, high‑performance fluid solution for efficient wellbore cleanout and circulation.