Pressure Core Signs Master Services Agreement with EWX Power Solutions to Accelerate Deployment of their Innovative Waste Pressure Clean Energy System
- Jay Brown
- Apr 16
- 3 min read
Houston, TX – April 16, 2025 – Pressure Core LLC, a venture-backed energy developer focused on transforming industrial and pipeline waste pressure into clean electricity, has entered into a Master Services Agreement (MSA) with the Power Engineering & Consulting Division of EWX Power Solutions. The partnership provides Pressure Core direct access to a seasoned engineering team who will support the deployment of their waste pressure power system.
The addition of EWX Power Solutions’ engineering expertise further enhances Pressure Core’s ability to rapidly install its proprietary waste pressure power systems. EWX’s Engineering & Consulting team will support the integration of Pressure Core’s pioneering waste pressure power system within natural gas pipeline and industrial pressure letdown stations. EWX’s team is well versed in power development, having designed and delivered resilient power systems from 1 MW microgrids to 200 MW utility-scale projects.
“This agreement grants Pressure Core a world-class engineering backbone,” said John Happ, CEO of Pressure Core. “EWX Power Solutions brings deep operational insight and proven execution across complex infrastructure projects. Their team strengthens our ability to safely scale and provide more customers with the financial and environmental returns we deliver with our waste pressure power system.”
EWX Power Solutions is a power innovation company comprised of three divisions:
Power Engineering & Consulting – A multidisciplinary team with expertise in control systems, microgrids, and grid integration for projects ranging from behind-the-meter assets to full-scale power plants.
Off-Grid Hybrid Power Modules – Containerized power systems combining solar, batteries, and generators to deliver reliable energy in remote environments.
Ukko Power Monitoring Platform – Cloud-based remote power monitoring and analytics platform designed to unify data from distributed generation assets into a single dashboard with real-time insights and intelligence.
“We’re proud to support Pressure Core’s mission and help accelerate the deployment of their innovative clean energy solution,” said Mike DeMasie, CEO of EWX Power Solutions. “Our engineering division is built for exactly this kind of challenge — turning visionary projects into reliable, scalable systems that deliver in the field.”
Through this agreement, Pressure Core will work directly with the Power Engineering & Consulting Division to safely deploy their waste pressure power systems at pressure letdown stations. Pressure Core’s customers will benefit from EWX Power Solutions’ extensive project development experience across electrical, mechanical, chemical, civil, and software engineering disciplines. EWX Power Solutions’ proven record of successfully delivering reliable and robust energy solutions further bolsters the delivery of Pressure Core’s innovative, no-CAPEX, clean energy solution.
About Pressure Core
Backed by Morrison Street Advisors, Pressure Core develops, finances, and operates their waste pressure power system that converts pipeline waste pressure into low-cost, clean energy. Pressure Core’s innovative business model helps industrial and midstream operators decarbonize, lower costs, and achieve sustainability goals — without spending any CAPEX.
About EWX Power Solutions
EWX Power Solutions is a technology-driven energy company specializing in advanced off-grid power systems, intelligent monitoring software, and engineering services. The EWX Power Module combines solar, battery storage, and generators to deliver reliable, fuel-efficient power in remote or off-grid settings. The Ukko Power Monitoring Platform provides real-time visibility, analytics, and intelligence across fleets of power generation assets. EWX also offers comprehensive Power Engineering & Consulting services, supporting clients with system design, interconnection, compliance, and energy optimization across a wide range of generation technologies.