
Neftemer Ltd. is a consortium of the following companies:
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| De Flow Ltd |
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4C Measurement Ltd |
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Complex-Resource |
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AMTek |

Neftemer News
Cranfield University and
De Flow Ltd were awarded for the “i10 Most Innovative & Entrepreneurial Collaboration between
Business and University”, i10 represents the top10 Universities in Eastern England.
Click here to view the certificate

Neftemer Presentations and Technical Documents
Please use the links below to download PDF versions of recent presentations and abstracts:
Neftemer Presentation (MMR April 2007, Galveston)
Neftemer Extended Abstract (MMR April 2007, Galveston)
Neftemer Presentation (North Sea Flow Measurement Workshop 2006, St Andrews)
Neftemer Paper (North Sea Flow Measurement Workshop
2006, St Andrews)
Neftemer IECEx Certificate of Conformity
Neftemer Gamma Housing Test Certificates
Neftemer Ltd CNSC Certificate
Neftemer Scope of Supply
Neftemer Application Data Sheet
Neftemer Assembly Bracket
Neftemer Bracket Guard

Neftemer Multiphase Meter
Background
The origin of Neftemer dates back to the late 1970s, when
oil companies were becoming actively interested in developing multiphase
meters. The basis is a nucleonic two-phase meter that had been developed
for the Russian nuclear industry by the Space Institute in Leningrad,
and it was realised that a similar approach would work for the oil
and gas industry.

Prototype systems were built and tested in the Byelorussia oilfields,
and the development was targeted at producing simple, robust, cost-effective
multiphase meters suitable for land based wells which typically produced
less than 1000 bbl/day, with relatively high water cuts. Over the subsequent
25 turbulent years the idea was kept alive and developed further by
Complex-Resource. Currently several hundred wells in Siberian oilfields
are monitored by single or multiple versions of Neftemer.
Benefits
- Cost effective, robust metering on individual flow lines
- Completely non-intrusive, suitable for different line sizes
- Retrofitted easily on land and topsides offshore wells - no need to break
open flow lines or break into field wiring
- Designed for remote monitoring
applications via the Inmarsat Global Coverage.
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Three-phase test facility at Cranfield University |
System Layout
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