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3D MetChemIT

Advanced 3D chemical metrology for innovative technologies

3D Stack

Metrology for Manufacturing 3D Stacked Integrated Circuits

AEROMET

Aerosol metrology for atmospheric science and air quality

AeroTox

Measurements for mitigating adverse health effects from airborne
particulate pollutants

Biomethane

Metrology for Biomethane

Black Carbon

Particles in air characterised as black carbon

Dynamic

Standards and software to maximise end user uptake of NMI calibrations of dynamic force, torque and pressure sensors

EMUE

Examples of Measurement Uncertainty Evaluation

e-SI-Amp

We aim to support future primary electrical metrology based on single-electron devices

Grace

Novel metrology for electrical characterisation of graphene

Heroes

Recommending uncertainty requirements for extending the application of the SRM.

IMPRESS 2

Innovative Metrology for Pollution Regulation of Emissions from Stacks and Area Sources

Innanopart

Metrology for innovative nanoparticles (14IND12)

LaVA

Improving large-scale dimensional measurements for manufacturing

MET5G

Metrology for 5G communications

MetAMCII

Metrology for Airborne Molecular Contaminants II

MetEOC

Making measurements of Earth from space: Improving global observations of the Earth for climate change studies

MeterEMI

Electromagnetic Interference on Static Electricity Meters

MetHPM

Metrology for Highly Parallel Manufacturing

MetNo2

Metrology for Nitrogen Dioxide

MetroDecom II

In-situ Metrology for Decommissioning Nuclear Facilities

MetroMMC

Measurement of fundamental nuclear decay data using metallic magnetic calorimeters

METISQ

Metrology for Testing the Implementation Security of Quantum Key Distribution

MetVBadBugs

Developing urgently needed new metrological capabilities

MIQC2

Optical metrology for quantum-enhanced secure telecommunication. This project follows on from MIQC.

OC18

Optical clocks with 1 x 10-18 uncertainty

ROCIT

Robust optical clocks for international timescales

ROCOF

Standard Tests and Requirements for Rate-of-Change of Frequency (ROCOF) Measurements in Smart Grids

19ENV05 STELLAR

Stable isotope metrology to enable climate action and regulation

Strength-ABLE

Metrology for length-scale engineering of materials

Sulf-Norm

Metrology for sampling and conditioning SO2 emissions from stacks

TBCUnc

Thermal barrier coatings (TBCs) are used to protect expensive components

TiFOON

Advanced time/frequency comparison and dissemination through optical telecommunication networks

USOQS

Ultra-stable optical oscillators from quantum coherent and entangled systems

ValTraC

Validation of software development and analysis tools using TraCIM

Vector SAR

SAR measurement using vector probes

White Rabbit for Industrial Timing Enhancement

Precision Time for Industry

What is EMPIR?

 

EMPIR is the main programme for European research on metrology. It coordinates research projects to address grand challenges, while supporting and developing the SI system of measurement units.

News from all projects

  • Successful Final Stakeholder Meeting for IMPRESS 2

  • TiFOON stakeholder workshop 9 - 10 Feb 2021

  • Peter Dröll tweets about LaVA

  • Virtual workshop on White Rabbit for time and frequency transfer over optical fibre networks

  • Training course on measurement uncertainty evaluation

  • Project meeting on the island of Ischia, Italy

  • Combined final dissemination workshop of SmartGrid-II, FutureGrid and GridSens projects 19, 20 April 2017

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EMPIR project sites hosted by NPL

  • 3D MetChemIT
  • 3D Stack
  • AEROMET
  • AeroTox
  • Biomethane
  • Black Carbon
  • Dynamic
  • EMUE
  • e-SI-Amp
  • Grace
  • Heroes
  • IMPRESS 2
  • Innanopart
  • LaVA
  • MET5G
  • MetAMCII
  • MetEOC
  • MeterEMI
  • MetHPM
  • MetNo2
  • MetroDecom II
  • MetroMMC
  • MetVBadBugs
  • MIQC2
  • METIQ
  • OC18
  • ROCIT
  • ROCOF
  • 19ENV05 STELLAR
  • Strength-ABLE
  • Sulf-Norm
  • TBCUnc
  • TiFOON
  • USOQS
  • ValTraC
  • Vector SAR
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