The laboratory has equipment for characterization of fluids

HAMMLAB is an international centre for research into process control, human system interaction, and human performance in complex systems. Its patrons include utilities, vendors and regulatory bodies from twenty countries world-wide, who jointly fund applied nuclear research through the OECD Halden Project, and individual groups and organisations who fund specific studies.

Halden Virtual Reality Centre (HVRC) is an international centre for research into virtual, augmented, and mixed reality technologies focussed on the application of both emerging and maturing 3D technologies to address the needs of industries that manage complex processes.

The two Hastelloy loops are used for high temperature and high pressure corrosion testing.

IFE's Calibration Laboratory offers calibration and testing of radiation protection instruments - dose rate instruments and contamination monitors.

Institute for Energy Technology has since the early 1960's designed and manufactured complex, sub-sized sensors and equipment for operation under demanding conditions, for instance inside nuclear reactor cores.

The IFE Laser Ablation Laboratory is equipped with a high-powered Nd-doped Y-Al Garnet (YAG) laser (Quantronix 116 SRO/ QS) combined with a He-Ne (red) aiming laser.

IFE operates one of Norway's largest special laboratories for radiochemical analysis and measurement of very small amounts of radiactivity in such samples. The laboratory is also a qualified member of IAEA’s ALMERA (Analytical Laboratories for the Measurement of Environmental Radioactivity) network. To be a qualified member of this network, the laboratory has to participate with good results in the ALMERA proficiency tests arranged by IAEA.

The purpose of the Low pressure loop is to study multi-phase flow in near horizontal pipes.

The 2 MW JEEP II reactors at IFE provides excellent facilities for Neutron Activation Analysis (NAA). IFE is the only institute in Norway utilising such a facility. JEEP II has a maximum thermal neutron flux of 1.3 x 10¹³ cm ^-2 s^-1 .