The electric portable screw air compressor comes on an integrated wheeled / skid chassis with a tow bar and forklift pockets, so one pickup can move it, and relocation takes less than 15 minutes. No cranage or re-cabling is needed, making it perfect for sequential work across multiple sites or rapid deployment in confined urban job-spaces.

A diesel-powered portable screw air compressor—driven by a 30–550 kW engine—operates entirely off-grid. Mounted on a wheeled trailer, skid, or crawler chassis, it can be towed straight to the job, making it perfect for roadworks, tunnels, mines, oilfields, and disaster-relief sites scattered along long corridors. Moving it around on site takes nothing more than a pickup or small tractor; no cranes or additional power distribution are required.

screw steam compressor—often referred to simply as an “MVR screw compressor”—is a compressor dedicated to water-vapor service and is widely used in Mechanical Vapor Recompression (MVR) evaporation, concentration, and drying systems. Its key task is to compress low-temperature, low-pressure secondary vapor (typically produced by self-evaporation or flash evaporation of the process liquid) to a slightly higher pressure, raising its saturation temperature to about 195 °C; the resulting higher-energy steam is then returned to the process as a heat source, enabling its reuse.

A centrifugal steam compressor is a vapor-compression device that converts the kinetic energy of water vapor into pressure energy through a high-speed impeller. It is a common core component in Mechanical Vapor Recompression (MVR) systems and is especially well suited to high-flow, low-pressure-ratio applications. Compared with screw steam compressors, the centrifugal version delivers larger capacities, oil-free operation, and lower vibration, making it the preferred energy-efficiency upgrade for large-scale evaporation, distillation, crystallization, and drying processes

A single centrifugal air compressor can easily deliver more than 200 m³/min of compressed air, and—even in multistage configurations—maintains a compact footprint, occupying 30–50 % less floor space than a screw compressor with the same flow rate. The larger the flow, the greater the economic advantage, making it especially well-suited for high-demand sites such as steel, petrochemical, cement, and glass plants that consume “hundreds-of-tons” worth of compressed air each day

Oxygen generators and nitrogen generators are complete systems that separate ambient air into a single or high-concentration component—O₂ or N₂. They normally comprise an air compression and purification stage, a separation module, a product-gas buffer tank, and an automated control unit. Installed at the point of use, they supply gas continuously on site, replacing conventional cylinders, liquid tanker deliveries, or centralized cryogenic air-separation plants.