The Tomoflow mass flowmeter can measure the mass flowrate of dry solids, thus avoiding the need to have loss-in-weight feeders or needing to interrupt the flow to weigh batches. This novel in-line, non-intrusive flowmeter with no moving parts effectively weighs the product as it flows past – without touching it! The results in the table are taken in a 120mm pipe with a vertical length of about 6m, typical of feed conditions in a production mill.
Tel: +44 2380 987 659
Applications
Seeing inside pipes, into vessels, through opaque barriers and weighing without touching, using non intrusive electromagnetic measurements such as Electrical Capacitance Tomography (ECT), Magnetic Inductance Tomography (MIT), Electrical Velocity Tomography (EVT), and other novel techniques
Research
Atout is committed to research in, and the development of, advanced non-intrusive electromagnetic measurement systems based on Electrical Capacitance Tomography (ECT), Magnetic Inductance Tomography (MIT), Electrical Velocity Tomography (EVT) and other novel techniques.
We provide bespoke solutions for some of the most difficult measurement problems in many industry sectors including food, energy, oil & gas, aerospace and defense.
Consultancy
Atout undertakes a wide range of consultancy projects in the application and use of non-invasive electromagnetic measurement techniques and fluid dynamics. We have the expertise to answer both your technical and engineering questions, along with commercial and market considerations. Key areas of technical know-how include Electrical Capacitance Tomography (ECT), Magnetic Inductance Tomography (MIT), Electrical Velocity Tomography (EVT), fluid dynamics and multiphase flow metering. We also have broad knowledge of many industry sectors, particularly Oil and Gas, aerospace, and scientific instruments.