Integrated Pump Systems for Electrified and Conventional
Frac Operations
EKU designs and delivers fully engineered pump systems for frac and pump-down operations — from single-unit deployments to multi-pump electrified fleets. Our systems integrate mechanical performance, electrical architecture, and intelligent control into a unified platform built for demanding field environments.
Why pump systems with EKU solutions?
EKU Pump Systems combine high-performance pump hardware with advanced electrical architecture, control integration, and system engineering expertise. From fully electric single and dual pumps to robust mechanical direct-drive configurations, we deliver complete engineered systems — not just assembled components.
Complete engineered systems
We integrate engines or motors, transmissions, power ends, controls, lubrication, heating, and harnesses into a cohesive pump platform — reducing integration risk, commissioning time, and field complexity.
Electric and mechanical options in one portfolio
Choose from single and dual electric pumps or direct-drive mechanical configurations — all aligned under a consistent control philosophy and operator interface across your fleet.
Advanced controls, safety and diagnostics
Our pump systems leverage EKU’s proven control concepts — including structured safety chains, automated conditioning, and advanced diagnostics — delivering operational transparency and operator confidence.
Field‑oriented harness and electrical design
Electrical and harness design is a core EKU competency. We engineer power distribution, signal routing, and protective architecture for reliability, serviceability, and harsh field environments.
Pump Systems with EKU Solutions
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Single Electric Pump
Operational Advantage: Flexibility and simplicity
A high‑pressure electric pump unit optimized for frac and pump‑down operations. The single electric pump combines an electric drive, power end, auxiliaries and EKU pump controls in a compact, integrated package.
- Precise pressure and flow control via electric drive
- Integrated power end lubrication and conditioning logic
- Designed for fully electric or hybrid frac fleets
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![Dual electric pump system with EKU Power Drives integrated control solution]()
Dual Electric Pump
Operational Advantage: Redundancy and load optimization
A dual‑channel electric pump unit delivering two independent pumping circuits on one trailer. Shared auxiliaries where it makes sense, with independent control, protection and diagnostics for each pump.
- Two electric pump channels on a single unit
- Shared thermal and lubrication systems for efficiency
- Common HMI and safety logic across both pumps
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![Diesel mechanical pump system with EKU Power Drives control and standby solutions]()
Diesel Mechanical Pump
Operational Advantage: Proven drivetrain reliability
Diesel‑engine‑driven frac pump packages that combine a diesel engine, transmission and frac pump power end with EKU controls, heating and auxiliary systems for reliable operation in harsh environments.
- Proven diesel powertrain matched to frac pump duty
- Integration with ESC, Vulcan heating and EKU pump controls
- Suitable for upgrading existing diesel fleets or new builds
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![Natural gas mechanical pump system with EKU Power Drives control and automation]()
Natural Gas Mechanical Pump
Operational Advantage: Reduced emissions with mechanical simplicity
Natural‑gas‑driven direct‑drive pump units that pair gas engines with transmissions and frac pump power ends. EKU provides the control system, active heating, lubrication and harness design for high‑duty operation.
- Gas engine powertrain optimized for frac applications
- Integrated active heating and lubrication for cold‑weather use
- Reduced emissions footprint compared to pure diesel solutions
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![Turbine driven mechanical pump unit for industrial pumping operations]()
Turbine Mechanical Pump
Operational Advantage: High power density
Turbine‑driven pump systems that combine a turbine prime mover with a high‑pressure frac pump and EKU control, auxiliary and electrical systems.
- Turbine‑based prime mover for high‑power frac applications
- EKU‑designed control, monitoring and auxiliary systems
- Supports integration into modern frac spreads
Fleet-Level Control & Hybrid Integration
EKU supports mixed and evolving frac fleets by integrating electric and mechanical pump systems under a unified control architecture. From fully electric spreads to hybrid configurations combining diesel, gas, or turbine-driven units, all pumps can operate within one coordinated fleet environment.
Through EKU’s control platform, fleet operators gain centralized visibility, coordinated dispatch logic, and consistent safety architecture across all pump types — independent of prime mover.
Unified Fleet Control
Centralized monitoring and dispatch coordination across electric and mechanical pump units.
Prime-Mover Agnostic Integration
Supports electric, diesel, natural gas, and turbine-driven systems within the same fleet.
Scalable Architecture
Designed for expansion, retrofits, and phased electrification strategies.
Key features
Engineered harness and electrical design
Professionally designed power and signal wiring tailored for harsh, high‑vibration environments.
Integrated controls and HMI across pump types
A common control philosophy and operator interface for both electric and mechanical pumps.
Structured safety interlocks and diagnostics
Clear safety chains and diagnostics that protect equipment and support operators.
Advanced lubrication and thermal management
Built‑in systems to bring pumps quickly into the safe operating window and keep them there.
EKU pump systems can be configured with a range of electrical, control, and energy management modules. These solutions can be integrated into new builds or retrofitted to upgrade existing pump assets.
Related Products & Modules
Atlas – power end active lubrication
Active lubrication and thermal management for frac pump power ends, designed to reduce warm‑up time and keep oil within the ideal operating window.
Supports both electric and mechanical pump units
Extends component life and improves reliability
(Coming Soon)
Cerberus
Robust 24 V power supply and battery system providing reliable power for controls, auxiliaries and safety circuits on electric pump units.
Designed for harsh oil and gas environments
Integrated with E‑Pump controls and auxiliaries
Engine standby controller (ESC)
Engine start, prelube and control system for conventional frac units and mechanical pump packages.
Prelube logic to protect engines on start
Integration with Vulcan heating and pump controls
Vulcan Heating Systems
Engine and fluid heating modules for reliable cold‑weather operation of pump units and supporting equipment, available for diesel and natural gas engines.
Faster cold starts and reduced warm‑up time
Integrates with ESC and pump controls
Pump Controls & Operator Interfaces
Maximus control boxes, operator desk boxes and pump connection boxes that provide a consistent interface to EKU pump systems and existing fleets.
Standardized safety chain and control philosophy
Clear feedback and diagnostics for operators
Permanent Barring Attachment (PBA)
Permanent barring solution designed to enable safe and controlled manual rotation of the pump power end during maintenance operations.
Eliminates improvised barring methods and reduces equipment risk
Spring-loaded safety mechanism disengages when not in use
(Coming Soon)
Contact us
Let’s work together to achieve your goals in efficiency, sustainability, and cost-effectiveness.