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ParaFuel Crude Oil Analyzer

Анализатор Сырой Нефти ParaFuel™

Анализатор Сырой Нефти ParaFuel™

Полный Мониторинг состава Cырой Нефти

Точный и быстрый Анализ характеристик Сырой Нефти является критически важным будь то на нефтеперерабатывающем заводе, при перекачке Нефти, или в агентстве, разрабатывающем нормативы. Независимо от того, где в нефтяной отрасли вы работаете, Анализатор ParaFuel™ обеспечит оптимизированные схемы качества, безопасности и управления технологическим процессом.

Измерение критических свойств в режиме реального времени

Анализатор ParaFuel™ позволяет легко и точно измерять широкий спектр продуктов и свойств сырой нефти. Какими бы ни были аналитические задачи - Смешивание различных сортов Сырой Нефти, управление трубопроводом или проверка качества при отгрузке - ParaFuel™ справится с любой из этих задач. Вы можете рассчитывать на низкие затраты, быстрые результаты и минимальные требования к техническому обслуживанию технологически устойчивой онлайн-системы ParaFuel™.

Универсальный инструмент для контроля процессов нефтепереработки

Контролируйте все ключевые технологические свойства в течение одного теста, который занимает всего несколько секунд.

  • Доступен широкий спектр технологических датчиков и ячеек для любых технологических условий и материалов.
  • Инструмент доступен в одноканальной, восьмиканальной или 20-канальной версиях, поэтому вы можете получать максимальное количество измерений с помощью одного анализатора.
  • Доступны протоколы связи практически любого типа. Если вы интегрируете инструмент в старую систему или в новую DCS, у нас есть для вас варианты интеграции.
  • Управляйте техпроцессом в реальном времени, используя результаты анализа для корректировки критических параметров процесса.

A Versatile Tool for Petroleum Processes

Monitor all your key properties in a single test that takes only seconds

  • A wide range of in-process probes and cells available for any process condition or material.
  • Available in single channel, eight channel, or 20 channel versions from one analyzer.
  • Communication protocols of virtually any type are available.
  • Achieve Real-Time process control using results to adjust critical process parameters.

Realize the Benefits of Real Time Analysis

Perfect for Real-Time Control

Analysis is nondestructive, automated and takes seconds, results sent to your DCS.

  • Crude Blending in real-time to optimize usage of lower cost crudes
  • Monitor Crude Oil grades in real time to manage inventory quality
  • Pipeline Crude testing for insertion and loading quality parameters

Real Time Process Analytics

LT-NIR Process Systems provide the same high-quality measurements as lab analyzers, directly in process. Monitor changing process conditions in real time and adjust as necessary. With the capability to measure 20 points with a single analyzer, gain knowledge of the whole process. Validate quality and performance at all stages—raw materials, intermediaries and final product. Design quality into your system.

Acidity (includes TAN)
Asphalt
API Gravity
Asphaltene Content
Vapor pressure
Asphaltene precipitation
Viscosity
TBP, EBP, & distillation points
Methanol
N-Paraffins
Pour point
Hydrogen
Aniline point
C/H Ratio
SARA
Sulfur
Freeze point
Total Aromatics
Cloud point
Emulsion stability
C# Distribution (C4-C18+)
Density
Olefins
Olefins
Wax
Wax
Wax
CCR

Reliability in Critical Operations

With a high mean time between failures and the ability to be remotely serviced by Verum’s team of experts, the ParaFuelTM will be a long - lasting part of your process. The system can be placed in hot, cold, dusty, wet or hazardous areas with NEMA or IP enclosures rated to withstand your environment.

Features

The ParaFuel Crude Oil Analyzers measure key chemical and physical properties rapidly and accurately. Laboratory or In-Process analyzers reduce lab expenses and increase your ability to control the process.
LT-NIR Process Systems provide for analysis directly in the process steam. Monitor changing product conditions in real time and adjust as necessary. With the capability to measure 20 points with a single analyzer, gain knowledge of the whole process.

  • Designed for 24-hour continuousoperation in industrial environments
  • Measure up to 20 process points using asingle analyzer
  • Probes suitable for any chemistry, hightemperatures, and high pressures
  • Self-cleaning design allows forcontinuous in-process use
  • Automation and communication softwarewith easy integration into existing controlsystems
  • Fully automated user interface
  • Remote diagnostic capability
  • Protection against dust, water, hot orcold, as well as classified environments

Benefits

  • Processes designed with built-in quality
  • Improved control strategy
  • Continuous verification of quality andprocesses
  • Better data for risk assessment
  • Fast, non-destructive measurement
  • Integrate directly into an existing controlsystem
  • Real-time, automated results on a simpleinterface
  • Utilize the knowledge of a company withover 37 years’ experience developingand applying NIR analyzers

Technical Specifications

Analyzer Specifications:

  • Operation: Designed for Manual and Fully Autonomous use
  • Spectral range: 1200 – 2400 nm (other rangesavailable from 400 – 2400 nm)
  • Scanning speed: 2.5 scans per second
  • Measurement modes: Transmittance, Transflectance
  • Data interval: 1nm, 0.75nm, 0.5nm
  • Light geometry: F/2 High Speed Optics, Optimized forminimum specular reflectance and maximal S/N
  • Photometric noise: 10 μAU
  • Wavelength accuracy: 0.01 nm to traceable standard
  • Wavelength repeatability: 0.01 nm
  • Number of channels: up to 20
  • Power: 120V, 7 Amp, 60Hz or 220V, 3.6 Amp, 50 Hz
  • Dimensions (basic unit): 12” x 15“ x 13“ (HWD), 30.5cm x 39.7 cm x 34.9 cm (HWD)

I/O Communication

  • Protocols: Modbus RTU (Standard), 4-20mA Module,Modbus TCP, Custom Serial
  • Additional Hardware: Not required for Modbus RTU, 4-20mA comes with supplied channel hardware
  • Additional I/O: Alarms and custom I/O available

Fiber Optics

  • Fiber Type: Ultra Low OH Fused Silica Core, Silica Cladding,
  • Sheathing: 303 Stainless Steel Monocoil
  • Fiber count: 120 (60 transmit, 60 receive)
  • Minimal Bend Radius: 33 mm (multi-bundle)
  • Maximum Temperature: 400  F (200  C) Standard; 575 F (300  C) High Temperature Option (Continuous)

Enclosure

  • Environments: Class I, Div II, Zone2, IP66, othersavailable
  • Material: Stainless Steel or Painted Steel
  • NEMA Rating: 3R to 4X standard
  • Dimensions (vortex model): 30" x 30" x 24" (HWDtypical)
  • Power (vortex model): 120V 60Hz, Inrush 14 amp,Running 3.76 Amp, 8 amp class fuse, 220V available.
  • Dimensions (AC model): 30" x 36" x 24" (HWDtypical)
  • Power (AC model): 120V 60Hz, Inrush 16.42 amp,Running 3.76 Amp, 8 amp class fuse, 220V available.

Probes and Flow Cells

  • Maximum Temperature: 300  F (150  C)
  • Maximum Pressure: 1000 PSI
  • Dimensions: 1.3”x1.4”x1.4” (33. x 36.3x 35.6 mm)
  • High Temperature/Pressure Probes and Cells
  • Maximum Temperature: 650  F (350  C)
  • Maximum Pressure: 15,000 PSI

Probe Specifications

  • Fiber Connections: Verum Fiber Ferrule, SMA
  • Process Connections (Threaded): NPT, BSP orStraight (1/4” and larger); InGold 12mm and 25mm
  • Process Connections (Flanged): 150 lb Flange , 350 lbFlange (DIN or ANSI any size), Tri-Clamp
  • Materials: 304SS, 316SS, Hastelloy, Teflon, Custom
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