Product/Service

AFT Arrow

Source: Applied Flow Technology
Today's demands on the systems engineer leave the traditional methods of compressible flow analysis lacking. Simplifying assumptions and approximations do not yield answers with sufficient precision to assure an efficient
Today's demands on the systems engineer leave the traditional methods of compressible flow analysis lacking. Simplifying assumptions and approximations do not yield answers with sufficient precision to assure an efficient and reliable system. The days of compromise are over. With an efficient, easy-to-use interface providing access to a powerful compressible flow solver, AFT Arrow provides the systems engineer the capability to model real gases undergoing real processes. Along with its equipment simulation capabilities and extensive output reports, AFT Arrow is uniquely qualified for modeling real compressible flow systems including steam, compressed air, chemical and petrochemical process gases, flare headers, natural gas transport and many more.

Whether your system is a single flow path or complex network, open or closed loop, AFT Arrow handles it all. With a library of system components from fittings to compressors to control and relief valves, AFT Arrow provides the capabilities to optimize a new system design, analyze an existing system for modifications and explore the operating envelope. The optional Chempak thermo-physical property database makes available ~600 gases and static pre-mixtures and dynamic flow stream mixtures.

AFT Arrow 2.0 brings a new level of capabilities and ease of use to compressible flow analysis. AFT Arrow's leading edge flow analysis is backed by technical support provided by a team of customer oriented engineers with real world experience who understand your projects. More than software support, AFT provides the pipe flow analysis knowledge that comes with extensive engineering experience.

Applied Flow Technology, 400 W. Highway 24, Suite 201, Woodland Park, CO 80863. Tel: 719-686-1000; Fax: 719-686-1001.