7042, 7044 VHP Series

Waukesha 7042G Non-Turbo Overhaul Rebuild Kit MSRP: $48,423.12 Our Price: $33,312.27 You Save: $15,110.85 (31 %) 10.5:1 Compression Ratio (4 Ring Piston), Cylinder Kit G932200	Waukesha 7042GL Lean Burn Overhaul Rebuild Kit MSRP: $48,568.11 Our Price: $34,041.10 You Save: $14,527.01 (30 %) 10.5:1 Compression Ratio (3 Ring Piston), Cylinder Kit G932275	Waukesha 7042GSI Turbocharged Overhaul Rebuild Kit MSRP: $49,512.11 Our Price: $34,716.40 You Save: $14,795.71 (30 %) 8.0:1 Compression Ratio (4 Ring Piston), Cylinder Kit G932287
Waukesha 7044GSI Series 4GSI Overhaul Rebuild Kit MSRP: $48,688.12 Our Price: $34,549.08 You Save: $14,139.04 (29 %) 8.0:1 Compression Ratio (3 Ring Piston), Cylinder Kit G932282	Waukesha Exhaust Valve, 204436K MSRP: $238.60 Our Price: $164.55 You Save: $74.05 (31 %) replaces: 204436K	Waukesha Intake Valve, 204436A MSRP: $142.93 Our Price: $98.57 You Save: $44.36 (31 %) replaces: 204436A
Waukesha Valve Seat, .020, 211801J2 MSRP: $65.92 Our Price: $45.46 You Save: $20.46 (31 %) replaces: 211801J2	Waukesha Valve Seat, .030, 211802B3 MSRP: $107.53 Our Price: $74.16 You Save: $33.37 (31 %) replaces: 211802B3

Power and Performance
The Waukesha 7042 and 7044 VHP series engines are engineered to deliver impressive power outputs and optimal performance. These engines are designed to operate under demanding conditions, making them suitable for a wide range of applications, including power generation, oil and gas, and industrial processes. With a robust design and efficient combustion system, they offer exceptional power density and improved efficiency.

Advanced Combustion Technology
At the heart of the Waukesha 7042 and 7044 VHP series engines lies innovative combustion technology. These engines employ advanced control systems, including electronic fuel injection and electronic ignition timing, to ensure precise combustion and optimum fuel efficiency. This technology not only enhances power output but also reduces emissions and enables compliance with stringent environmental regulations.

Flexibility and Dual-Fuel Capabilities
One of the standout features of the Waukesha 7042 and 7044 VHP series engines is their ability to operate on a wide range of fuels. They are designed to run on natural gas, wellhead gas, biogas, and various other gaseous fuels. Additionally, these engines can seamlessly transition between different fuel sources, providing operators with the flexibility to adapt to changing fuel availability or cost factors. The dual-fuel capabilities make the Waukesha engines highly versatile and well-suited for a variety of applications.

Reliability and Durability
In demanding industrial environments, reliability and durability are of paramount importance. Waukesha Gas Engines has a long-standing reputation for manufacturing engines that can withstand challenging operating conditions. The 7042 and 7044 VHP series engines are built to endure heavy-duty applications, ensuring long service life and reduced downtime. Their robust construction and high-quality components, combined with rigorous testing and quality control processes, contribute to their exceptional reliability.

Environmental Sustainability
As sustainability becomes an increasingly critical aspect of modern power generation, the Waukesha 7042 and 7044 VHP series engines have been designed with a focus on reducing environmental impact. The advanced combustion technology and precise control systems minimize emissions, including nitrogen oxides (NOx) and carbon dioxide (CO2). Additionally, these engines can be equipped with selective catalytic reduction (SCR) systems to further reduce emissions and comply with stringent air quality standards.

Applications
The versatility of the Waukesha 7042 and 7044 VHP series engines enables their deployment in various industries. They are widely utilized for power generation, providing reliable and efficient electricity in remote areas, grid support, and backup power applications. The oil and gas industry benefits from these engines in various operations, such as gas compression, gas processing, and wellhead power generation. Moreover, the industrial sector leverages their power and flexibility for applications such as cogeneration, combined heat and power (CHP), and mechanical drive systems.