PS Power Dual Fuel System
PS Power and Engineers, in collaboration with Chroma-Ator, have developed an advanced technology that offers a cost-effective and eco-friendly solution for heavy-duty diesel engines. This breakthrough technology, known as the Dual Fuel System, is a patented system that allows engines to operate on a combination of diesel fuel and natural gas, providing exceptional fuel efficiency and reducing harmful emissions.
The Dual Fuel System comprises several innovative technologies that enable engines to operate safely on gas percentages up to a maximum of 70% of the total fuel requirement. By utilizing this technology, engines can achieve a cleaner-burning fuel mix, resulting in a significant reduction in harmful emissions such as nitrogen oxide (NOx), sulfur dioxide (SO2), and carbon dioxide (CO2).
Engines converted to the dual-fuel mode exhibit diesel-like performance in critical areas such as fuel efficiency, stability, and load acceptance. The system is designed to provide a seamless transition from diesel to natural gas mode, ensuring that engine performance is not compromised and that there is minimal downtime during the conversion process.
Overall, the dual-fuel system is an innovative and practical solution for companies looking to reduce their carbon footprint and operating costs while maintaining high levels of engine performance. With this technology, companies can achieve significant cost savings and environmental benefits while continuing to operate their heavy-duty diesel engines.
PS Power and Engineers have partnered with Chroma-Ator to introduce an innovative technology that enables the usage of heavy-duty diesel fuel with lower costs and cleaner-burning natural gas. The patented Dual Fuel System allows engines to safely operate on gas percentages up to a maximum of 70% of the total fuel requirement. Engines that are converted to dual fuel exhibit diesel-like performance in critical areas such as efficiency, stability, and load acceptance.
Benefits of the Chroma-Dual Fuel System:
- Enhances engine performance.
- Easy and low-cost installation process.
- Reduces operating costs.
- Extends standby engine run-time.
- Lowers emissions.
- Allows the use of interruptible gas.
- Features state-of-the-art controls and monitoring.
- Increases service intervals.
- Enables the use of either diesel or dual fuel mode.
- Offers fuel flexibility, with the ability to switch back to 100% diesel operation automatically.
- Uses multiple alternative fuels (such as PNG, CNG, CBM/Biogas/Water biogas, water gas, syngas, wellhead gas, and pyrogas) to substitute diesel fuel.
The dual fuel system, which allows engines to run on two different types of fuel, presents several advantages:
Fuel Flexibility
Dual fuel systems provide the flexibility to use two different types of fuels, such as diesel and natural gas. This flexibility allows users to choose the most cost-effective or readily available fuel source.
Cost Savings
The ability to switch between fuels based on cost variations can result in significant savings. Users can capitalize on lower-priced fuels, optimizing operational costs and improving overall efficiency.
Environmental Benefits
Dual fuel systems contribute to reduced emissions, especially when incorporating cleaner fuels like natural gas. This environmentally friendly feature aligns with sustainability goals and regulatory requirements.
Enhanced Combustion
Dual fuel engines often exhibit improved combustion characteristics, leading to better fuel efficiency and performance. This can translate into increased power output and reduced fuel consumption.
Extended Engine Life:
The combustion characteristics of dual fuel systems can lead to lower wear and tear on engine components, potentially extending the overall lifespan of the engine.
Adaptability to Fuel Availability
In situations where one fuel type may be more readily available than another, a dual fuel system allows for adaptation, ensuring continuous operation even in challenging fuel supply scenarios.
Reduced Dependence on a Single Fuel Source
Using two different fuel sources adds a layer of redundancy to the system. If one fuel becomes scarce or unavailable, the engine can seamlessly switch to the alternative fuel source, minimizing disruptions.
Compliance with Emission Standards
Dual fuel systems, particularly those using cleaner fuels, contribute to meeting stringent emission standards. This can be crucial for industries and applications where adherence to environmental regulations is mandatory.
Energy Security
The ability to switch between fuels provides a level of energy security, reducing dependency on a single fuel source. This can be advantageous in situations where fuel supply chains are vulnerable to disruptions.
Technological Innovation
The development and integration of dual fuel systems showcase technological advancements in the field of engine design and alternative fuel utilization, contributing to the overall progress of sustainable energy solutions.
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