Veloxymic is a Chem-E-Car team from the National Institute of Technology (Itenas) Bandung consisting of Chemical Engineering students. This team focuses on the research and development of prototype cars powered by chemical reactions, combining chemical engineering principles with transportation technology to create an efficient and environmentally friendly alternative energy solution.

KPV-KPVT is a metallic link which is used for 14.5x115 mm ammunitions on KPV and KPVT.

Key Features Global Coverage: Utilizing Thuraya’s robust satellite network, the IP+ provides global coverage for reliable voice and data services, ensuring that your team stays connected from any corner of the world. High-Speed Data Transmission: Offering IP speeds of up to 444 Kbps, the Thuraya IP+ supports real-time video conferencing, data transfer, and mission-critical applications, allowing seamless coordination across dispersed teams. Rugged and Compact: Designed to withstand harsh environments, the Thuraya IP+ is built to endure the toughest conditions, with a durable, IP65-rated casing that is resistant to water and dust, making it ideal for defense and security operations in the field. Flexible and Scalable: The Thuraya IP+ supports both satellite and Wi-Fi connectivity, ensuring flexibility across a wide range of use cases. Whether for voice communications, video surveillance, or real-time intelligence sharing, it can scale to meet the needs of any operation. Rapid Deployment: With a simple plug-and-play setup, the Thuraya IP+ ensures rapid deployment, giving teams immediate access to secure, high-quality communication from day one of the mission. The Thuraya IP+ is more than just a satellite terminal; it’s a vital tool for ensuring mission success. With its combination of reliability, security, and versatility, it enables defense professionals to act decisively, coordinate seamlessly, and execute operations with confidence. Whether conducting field operations, managing logistics, or communicating with HQ, the Thuraya IP+ offers a complete, real-time communication solution for the modern defense force.

The LB 20,000 Container can desalinate water with amazingly little energy: as low as 8 kilowatts per 1000 gallons or 2 kilowatts per 1000 liters. The LB 20,000 Container is contained within a standard shipping container, pre-plumbed and tested with all components. The Pearson Pump™ is a breakthrough in pump design, combining a high-pressure piston pump with built-in energy recovery. The energy normally wasted in the high-pressure brine stream is recovered, saving up to 75% of the power required for a standard reverse osmosis system. The Pearson Pump’s™ “hydraulically locked” recovery rate allows the pressure required for reverse osmosis to float, based on the salinity or temperature of the feed water, without control inputs. Standard systems require operator adjustments as the pressure changes, but our fixed recover y rate system eliminates the need for operator input and prevents membrane damage.