Chase Blog
Applications of Ammonia Filtration Systems
Ammonia is naturally present in well water and surface water contaminated with animal waste, sewage and excess fertilizer. It can also be present in the air through emissions. Ammonia is highly toxic to animals and organisms, and while humans are less sensitive, prolonged ingestion and exposure to ammonia can lead to health issues. What Is an Ammonia…
Hydrogen Production From Coal Gasification
The continuously increasing demand for hydrogen worldwide calls for a variety of reliable production methods. In addition to natural gas reforming, hydrogen can be produced through coal gasification, accounting for approximately 18% of the world’s hydrogen. Read more about this process below. What Is Coal Gasification? Coal gasification is the process of producing synthesis gas…
Hydrogen Production: Natural Gas Reforming
Natural gas is considered among the most abundant and cost-effective sources for hydrogen production. Its primary component is methane, a greenhouse gas that affects the Earth’s climate system and temperature, and accounts for about 12% of greenhouse gas emissions from human activity in the United States. Hydrogen is a clean energy carrier, which transports and stores copious…
Common Contamination in Hydraulic Systems
While hydraulic systems are incredibly efficient, they are prone to contamination by a wide variety of substances from the point of manufacturing to the point of usage. Some of the system issues that result from contamination include hydraulic system failures, leakages, hardware damage and degrading of hydraulic fluid. Contamination in the system negatively impacts efficiency…
Molten Carbonate Fuel Cells
Used in medium to large stationary applications and with a high-efficiency output, molten carbonate fuel cells are an important fuel cell for industrial applications. A robust and efficient filtering system is crucial to maintaining your fuel cells and the machines they power. How Molten Carbonate Fuel Cells Work Molten carbonate fuel cells use molten carbonate salt as…
Solid Oxide Fuel Cells
Almost all major industries seek cleaner energy use with superior productivity rates. Solid oxide fuel cells (SOFCs) are one of several energy conversion devices paving the way for alternative energy consumption. Fuel cells need a clean environment for maximum output and efficiency. A robust filtration system is one way you can ensure your machines work better for…
Alkaline Fuel Cells
The National Aeronautics and Space Administration (NASA) used alkaline fuel cells during space missions, which paved the way for this advanced technology to power various other stationary and portable applications. Its low operating temperature and quick start-up make this fuel cell ideal as a backup power source and for mobile applications. For maximum output and…
Direct Methanol Fuel Cells
Direct methanol fuel cells (DMFCs) are used to power portable devices and are essential for keeping machines working optimally. Because fuel cells are unique in needing different fuels to provide power, they require robust, dynamic filtering. Cleaning your fuel cells ensures they keep working to deliver the best output. How Direct Methanol Fuel Cells Work The basic…
Phosphoric Acid Fuel Cells
Phosphoric acid fuel cells are highly efficient, and engineers are finding new ways to power stationary devices using this power source. With a potential efficiency level of 40% for electricity generation, keeping phosphoric acid fuel cells clean ensures they work optimally for the best output levels. How Phosphoric Acid Fuel Cells Work Fuel cells consist of an…
Polymer Electrolyte Membrane Fuel Cells
Polymer electrolyte membrane (PEM) fuel cells are essential in powering stationary and varied-output machines. PEM fuel cells work hard and require a robust, efficient filtration system. Having clean polymer electrolyte fuel cells delivers efficient outcomes during machine operations. How Do Polymer Electrolyte Membrane Fuel Cells Work? All fuel cells typically share basic operations, with some differences….
Train Applications for Hydrogen Fuel Cells
Hydrogen fuel cells generate power for various applications that would alternatively run on diesel fuel or batteries. A hydrogen fuel cell train uses hydrogen as fuel by converting oxygen and hydrogen gas cells into electricity, providing a cleaner means of power generation for the rail industry. The potential applications of hydrogen fuel cells in trains are numerous,…
Maritime Applications for Hydrogen Fuel Cells
Hydrogen fuel cells provide clean, reliable energy for various high-power applications, including ships. These cells offer an alternate energy source by turning hydrogen molecules into electricity that the ship’s engine or other application can use to give it power. Long touted as a better choice than diesel fuel or lithium-ion batteries, hydrogen fuel cells for ships…