Ultrasonic Cleaning in the ship maintenance

This technology  is a cutting-edge solution that addresses  biosecurity and food safety  in indoor public spaces. Here’s how it works: Purification : Oxyion technology purifies indoor spaces by eliminating  viruses and bacteria  present in the air. It achieves this through a unique process that uses  gas plasma generation of hydrogen peroxide and energized oxygen molecules . Activation Vehicle : Air serves as the activation vehicle for contaminating agents. This system leverages this to effectively neutralize harmful microorganisms. Applications : Biosecurity : It  ensures a safer environment by reducing the risk of contamination in public spaces. Food Safety : In the food industry, this technology plays a crucial role in controlling microbiological hazards. It has been particularly effective in removing  Listeria  from potential areas of contamination where regular cleaning may not suffice. Oxyion is state-of-the-art certified technolog...

  A maintenance director facing daily cleaning of heavy industrial parts can invest in efficient cleaning methods through a multi-pronged approach: 1. Analyze Current Practices: Review existing procedures: Conduct a time and materials audit to identify areas for improvement. This can reveal inefficiencies in cleaning processes, unnecessary steps, or the overuse of cleaning solutions. Evaluate equipment performance: Analyze the effectiveness of current cleaning equipment. Are parts truly clean, or is there residual grime requiring re-cleaning? 2. Invest in Targeted Solutions: High-performance cleaning agents: While initial costs might be higher, concentrated cleaning solutions requiring less dilution can be more cost-effective in the long run. Automated cleaning systems: For repetitive tasks, consider automated washers with features like high-pressure jets, degreasing agents, and recycling capabilities to minimize water and chemical usage. Ultrasonic cleaning: This technology u...

  Optimizing Cleaning Methods: Review cleaning procedures: Can current processes be streamlined to use less material or time? Investigate alternative cleaning solutions: Are there equally effective, but less expensive cleaning agents available? Consider biodegradable options for environmental benefits and potential cost savings. Implement part segregation: Matching cleaning methods to the specific type and level of contamination on a part can reduce the need for strong, expensive chemicals for all parts. Focus on preventive maintenance: Regular cleaning and lubrication of equipment reduces overall grime buildup, making heavy washing less frequent. Extending Equipment Life: Preventative maintenance: Regular maintenance schedules help identify minor issues before they become major repairs, saving money on parts and labor. Invest in durable equipment: While the upfront cost might be higher, well-made equipment lasts longer and requires less frequent replacement. Explore equipmen...