RIVI REFERENCES OF LUBE OIL SYSTEMS WORLDWIDE - LAST UPDATE

These are some of our most important references:

- Desalination Plant of Tenes (Algeria)

- Thermosolar Plant Manchasol (Spain)

- Refinery Plant CORC El Cairo (Egypt) - API 614 Ch. 3 Lube Oil Systems for Kerosene pumps

- Combined Cycle Power Plant Enka Yajva (Rusia)

- Desalination Plant of Adelaida (Australia)

- Power Plant Harry Allen (U.S.A)
- Desalination Plant Cap Djinet (Algeria)
- Desalination Plant Mostaganen (Algeria)
- Thermosolar Plant La Florida (Spain)
- Combined Cycle Power Plant Pilar (Argentina) - 1.600 lts/min Lube Oil System for Steam turbine
- Ethylen Plant of Sinopec (China) - API 614 Ch. 3 Lube Oil Systems
- Ethylen Plant of Sinopec (China) - API 611 Lube Oil Systems
- Refinery Plant of Petronas (Malaysia) - API 614 Ch. 3 Lube Oil Systems
- Refinery Plant of Sipchem (Saudi Arabia) - API 614 Ch. 2 Lube Oil Systems
- Fertiliser Plant of Qafco 4 (Qatar) - API 614 Ch. 3 Lube Oil Systems
- Fertiliser Plant of Qafco 5 (Qatar) - API 614 Ch. 3 Lube Oil Systems
- Power Plant of La Minera Escondida (Chile) - API 614 Ch. 3 Lube Oil Systems
- Power Plant of Teverola (Italy) - API 614 Ch. 3 Lube Oil Systems
- Desalination Plant of Rabigh (Saudi Arabia) - API 610 Lube Oil Systems
- Desalination Plant of Shuqaiq (Saudi Arabia) - API 610 Lube Oil Systems
- Power Plant of Jebel Ali (UEA) - API 610 Lube Oil Systems
- Power Plant of Elm Road (USA) - API 610 Lube Oil Systems
- Power Plant of Pee Dee / Sanctee Copper (USA) - ASME Standard Lube Oil Systems
- Power Plant of Az Zour (Kuwait) - ASME Standard Lube Oil Systems
- Power Plant of El Kureimat (Egypt) - ASME Standard Lube Oil Systems
- Power Plant of Mostaganen (Argelia) - ASME Standard Lube Oil Systems
- Power Plant of Turk (USA) - ASME Standard Lube Oil Systems
- Power Plant of Kleen Energy (USA) - ASME Standard Lube Oil Systems
- Desalination Plant of Hadera (Israel) - API 610 Lube Oil Systems
- Power Plant of Imminghan (UK) - ASME Standard Lube Oil Systems

... references for years 2008 & 2009.

VISCOSITY MEASUREMENT FOR LUBE OIL APPLICATIONS

The 7829 Visconic Viscosity Transmitter is used for the measurement and control of on-line process viscosity applications. It simultaneously measures real-time viscosity, density and temperature and can be configured to output either dynamic or kinematic viscosity. 7829 Visconic Viscosity Meters build upon the proven performance of the 7827 Digital Viscosity meters and their essential accuracy and speed of response. 7829 Visconic Viscosity Transmitters are stand-alone instruments with two integral 4-20mA outputs and a Modbus RS485 communications port as standard.
In similar fashion to the 7827 Digital Viscosity meters, the 7829 Visconic Viscosity Transmitters are vibrating element meters that have many advantages over capillary, orifice and rotational viscometer types.

Features

Continuous multivariable measurement of viscosity, density & temperature
7829 long stem viscosity transmitter is available in lengths up to 13ft (4m) and is suitable for open and closed tanks
Wetted parts 316L stainless steel, nickel alloy, Monel, Titanium
Pressure rating to 3000 psi (207 bar) for short stem, 1450 psi (100 bar) for long stem versions
Temperate range -60°F to +392°F (-50°C to +200°C))
Viscosity accuracy ±1% full scale
Density accuracy ±0.001g/cc (±1.0kg/m3) (±0.06 lb/ft3)
Hazardous area approved (CSA and ATEX)
Ideal for Newtonian fluids

Benefits

Direct line viscosity, density & temperature measurement
Rugged and reliable, direct insertion meters with very low maintenance to deliver confidence and savings
Viscosity and temperature signals enable on-line measurements of referred viscosity, viscosity index and ignition index (CII / CCAI)
Density and temperature signals enable a range of parameters to be measured including specific gravity, % solids, % volume concentration and oBrix delivering flexibility for your operation
Range of corrosion-resistant materials, process connections, and stem lengths deliver just what is required for the application
Optimized design that is insensitive to vibration, temperature and pressure variations