Chase Blog
The Importance of Industrial Filters in Oil and Gas Operations
Clean, contaminant-free oil is important for the safe and efficient operation of heavy-duty equipment in the oil and gas industry. As oil circulates through complex systems, it can accumulate particles, sludge and other impurities that lead to equipment wear, blockages and operational disruptions. Oil filtration is crucial in maintaining fluid quality, protecting components and upholding…
What Do Gas Filters Do?
Gas filters are essential components that remove impurities such as dust, debris, rust and other contaminants from gas streams. By ensuring a clean gas flow, they help protect industrial equipment and enhance operational efficiency. Gas filters are used in various operations, such as automotive, manufacturing and chemical processing systems. Read on to learn more about…
Filtration Challenges in the Aerospace Industry: Solutions and Strategies
Reliable filtration systems are paramount in aerospace applications, where even the smallest contaminant can impact the safety and operational performance of aircraft. Whether it’s preventing particulates from entering fuel systems or managing airborne contaminants in cabins, high-performance filtration is important for aircraft efficiency and reliability. This guide explores common filtration challenges in aerospace applications and…
Aerospace Guidance Systems
Aerospace operations depend on advanced aerospace guidance systems that integrate sophisticated sensors, onboard computers and radar to deliver precise control during flight. In both aircraft and spacecraft, guidance systems maintain stability and manage maneuvers, ensuring smooth operation from launch to landing. Critical components of these systems include high-performance aerospace filters that maintain clean fluid and air streams. These filters…
Filters for Hydrogen Boil-Off
Hydrogen offers significant potential as a sustainable energy source in transportation. Its low molecular weight and high energy density present valuable opportunities in automotive engineering, aerospace and many other areas. However, managing hydrogen boil-off remains a critical challenge in harnessing its full potential. What Is Boil-Off Gas? Hydrogen boil-off occurs when cryogenic hydrogen absorbs ambient heat and…
Filters in Nuclear Fusion
Nuclear fusion represents a promising avenue for energy research and development, with significant potential for advancing clean energy technologies in the future. While the technical challenges of achieving a power-positive reactor remain substantial, filters could play an increasingly important role in fusion-related processes. Understanding Nuclear Fusion Filters Nuclear fusion filters are specialized filtration systems designed…
Filters in Nuclear Fission
Maintaining the integrity and efficiency of reactor systems is essential in nuclear fission applications. Filters are critical in ensuring air, water and other process fluids remain free from contaminants, thereby safeguarding personnel, reactor components and the surrounding environment. Understanding Nuclear Fission Filters Nuclear fission filters provide specialized filtration to remove particulate matter and contaminants from air…
Hydrogen as a Source of Energy
Hydrogen is the simplest and most abundant element in the universe. It’s also a powerful alternative energy source with the potential to contribute to an emission-free future for households and industries. While engineers are still working on more sustainable and cost-effective ways of harnessing hydrogen, this energy carrier is already fueling operations in agriculture, petroleum…
Common Myths About Ammonia’s Safety and Scalability
Ammonia (NH3) is a colorless, pungent, inorganic chemical compound containing nitrogen and hydrogen. This corrosive substance compresses easily, forming a clear liquid under pressure. As one of the most frequently produced industrial chemicals in the United States, it’s essential for various biological processes. This compound is used as a fertilizer to enrich crops and feed…
Understanding Hydrogen Purification
Multiple applications require hydrogen gas to be as pure as possible, including power generation, fuel-cell vehicles and various industrial processes. Purifying hydrogen removes contaminants like water vapor, carbon monoxide, carbon dioxide, nitrogen, methane and sulfur compounds. Hydrogen purification methods include pressure swing adsorption, gas membrane separation, cryogenic distillation, chemical absorption and electrochemical separation. Using appropriate…
Data Centers
Data centers use water to cool their sensitive and power-intensive IT equipment, which can overheat and break down if it gets too hot. Water absorbs heat energy from servers, keeping them at a stable temperature so they can function without interruption. This process is called liquid cooling, and it’s considered a better method for heat…
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…