Analyzer Systems in Greater Noida (एनलाइज़र सिस्टम, ग्रेटर नॉएडा)

Fully Automatic Proximate Analyzer is based on Thermogravimetric principle for measuring Moisture, Ash and Volatile Matter. The instrument features a high temperature furnace with built-in 0.1mg balance. Thus, weighing and drying are done in the same equipment without requirement of additional hardware. The readings are calculated automatically and displayed at the end of the experiment

Features Operating range -150F to 77 F (-100 C to 25 C) Analysis cycles of 10 to 45 minutes Superior repeatability of less than 0.5 F (0.25 C) Increased reliability with operating uptime better than 99% P-840LT has an internal Cryo chiller cools to -125 C without external cooling system No Sample Recovery System needed, can return directly to process Stream switching and validation Remote diagnostics over IP ASTM D-97 Ex protection type ATEX: Zone 1 II B + H2 T6 CSA/CUS: Class 1 Div 1 Group B, C + D Ambient temperature 5 - 40 C (41 F - 104 F) Description The Model P-840LT Pour Point Analyzer is the result of combining the latest, state-of-the-art technology with over 45 years of industry experience. The result is an unsurpassed, high-quality Pour Point measurement system that produces the process control signal required to perform today s optimized and cost-efficient petroleum refining operations. A self contained cyrogenic cooling compressor out performs traditional Peltier modules reaching colder temperatures and eliminating the need for an expensive external cooling system. This small cooling system allows captured samples to be cooled to -125 C. The high pressure sample cell optics allow sample extraction and return to process and pressure conditions, thererby eliminating the need for atmospheric recovery. Application Given today s highly competitive environment, oil refiners are demanding instrumentation that aids in the optimization of the refining process. Therefore, refineries require a reliable and accurate analysis system of the Pour Point temperature to meet the required specifications. This analysis will allow the operators to optimize the refining process and therefore lower production costs while improving product quality. Technical data (Extract)(For detailed information please click here) Dimensions W: 37 in (940mm) H: 71 in (1803mm) D: 30 in (762mm) Weight 500 lbs (228 kg) Measurement range Min. -150 F (-100 C) Max. +77 F (+25 C) Cycle Time: 10 to 45 minutes Repeatability: 0.5 C (1 F) Reproducibility: Meets or exceeds ASTM Method D-97 or IP-15 Resolution: 0.5 F (0.25 C) Accuracy: Meets or exceeds ASTM Method D-97 or IP-15 Temperature Accuracy: 1 F (0.5 C) Sample Flow Rate: Min. 1 L/min Max. 2 L/min Return Pressure: Atmospheric Max. 150 psi (10 bar) Pressure: Min. 20 psi (1.4 bar ) Max. 200 psi (14 bar) Temperature: Min. 35 F (2 C) Max. 150 F (65 C) Particulates: less than 10 m - optional sample conditioning system available Conditions: homogenous, single-phase sample without free water Interface Serial Input/Output Signal: TCP/IP or Serial/RTU ModBus output available Power self-selecting 100 to 125VAC & 200 to 240 VAC, 50/60 Hz, single phase, 5A

We are pleased to introduce our associate; M/s LASER DISTANCE SPECTROMETRY, ISRAEL; which is the only company in the world offering NON NUCLEONIC ONLINE ELEMENTAL ANALYZER- MAYA. A laser-based optical emission analyzer which determines the elemental composition of the material on the conveyor belt in real time. MAYA on-line elemental LIBS analyzers measure the elemental composition of mineral raw materials on a conveyor belt, falling stream, slurry pipeline, and open-pit wall, detecting all elements, in real time, without sampling. They are used in mining, ore beneficiation (sorting, flotation), raw mix composition stabilization, sintering, quality control in iron, copper, nickel, aluminum, rare earth, cement, coal, phosphate, potash industries. The analyzer does not produce any radiation and is thus fully safe; it can operate 24/7 in automatic mode under heavy conditions; the maintenance is easy and low-cost. Based on our experience, the standard return of investment is in 2-4 months. Why on-line? Prompt technological control based on real-time on-line data on the composition of raw materialsImprovement of the quality of the finished product as a result of raw materials composition stabilization and/or off-grade/impurities discharging based on online information No sampling and sample preparation necessary - in the mines and on the pit walls, moving on conveyor belts and pouring into truck, both in the pipelines and in the air Works for all kinds of materials - mineral ores, both lump and slurry, liquid and gases Works in various industries: mining and beneficiation of iron and non-ferrous ores, phosphates and potash fertilizers, coal and cement, magnesium and manganese, etc. Low operating costs Investments return in 2-4 months depending on application Advantages of laser-based technique: Absolute safety for personnel and environment. Simple implementation which does not require obtaining nuclear authority licenses, supervision and inspections High sensitivity and low limits of detection (LOD) as a result of clear spectral lines of many elements of interest in wide optical wave range Simultaneous analysis of many elements, including light ones (H, Li, Be, B, C, Na, Mg, Al, Si...) High accuracy regardless of bulk size, surface quality, thickness of the layer of the material and variation on these parameters

Advance Optima AO2000 Integrated analyzer system solution

Analyser (Testomat_800)

I/O Expansion Module The I/O Expansion Module supports data acquisition using 4 20 mA analog signals. Four output signals and four relays for independent programmable alarms are built into the I/O Expansion Module. Autocalibration/Stream Sequencer Module The Autocalibration/Stream Sequencer Module is programmable to perform automatic calibrations and on-line random sampling from multiple streams for continuous monitoring of up to four process streams. NEMA 4X Enclosure The NEMA 4X Enclosure houses an Aurora 1030W wet oxidation analyzer for installation and on-line operation in non-laboratory environments. A positive pressure gas purge system prevents corrosive gases from contacting and damaging the instrument and associated electronic components. An optional vortex cooler is available for locations with temperatures above 30 C (85 F). Features I/O Expansion Module provides 4 20 mA analog output signals and four relays for alarmsI/O Expansion Module supports input to Supervisory Control and Data Acquisition (SCADA) system softwareAutocalibration/Stream Sequencer Module automates calibration and sampling from up to four separate process streamsNEMA 4X Enclosure protects the Aurora 1030W TOC analyzer in harsh, non-laboratory conditions

Feasibility studies Cost/benefit aspect Basic/detail engineering Budget planning Production, Procurement, Delivery Process analyzers Physical property analyzers Modular Gas Analyzer Sample conditioning systems HVAC/Cooling systems Recovery systems Procurement: enquiry requisition, tender comparison, preparation of documents ready for ordering, placing of orders and purchasing Delivery Commissioning: connection, functional testing, calibration, performance test, instruction, final documentation After Sales Service: spare parts supply, training courses, maintenance contracts

Visualize & analyze plant performance

Analyzer Systems

Sindie On-Line Sulfur Analysis in Petroleum Fuels

Digital Sensor FamilyOn-line analyzers, sensors and controllers.Reagents, Parts & Service.

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Finite Element Analysis techniques have evolved considerably enabling engineers to analyze structures for stresses and deflections. However, the simulation results can only be as good as the boundary conditions set-up for the model and the applied loading on the system. The other key aspects about structural FEA is to capture non-linearities arising from geometry, material or boundary constraints . The TimeTooth structural analysis team is specifically strong in these aspects leading to results which come extremely close to reality. This foundation makes the downstream predictions of fatigue life more reliable . Summary of the analysis techniques in this domain: Linear Statics Pseudo-static and dynamic fatigue Non-linear analysis Topology, Size and Shape optimization Weld Optimization

Ex protection type Class 1, Division 1, Groups C-D, X Purge Class 1, Division 2, Groups C-D, Z Purge Ambient temperature 0 to 40 C (40 to 104 F) Features Total sulfur determination by MWD XRF Dynamic range from 0.6ppm to 3000 ppm in diesel, gasoline, naphtha and kerosene Measurement time: 30 seconds to 5 minutes, user programmable No consumables, gases or high temperature processes Extremely low maintenance Modular design for plug-and-go operation Also available in bench-top format Description The SINDIE On-Line Analyzer is an industrial grade process sulfur analyzer with breakthrough detection capability for monitoring fuel streams as exacting as ultra low sulfur diesel and gasoline. This process analyzer presents the ultimate solution for Pipeline Terminals, where measurement speed, and reliability are essential. The breakthrough Monochromatic Wavelength Dispersive X-Ray Fluorescence technique of the SINDIE On-Line Analyzer offers a Limit Of Detection (LOD) of 0.6 ppm, and a dynamic range of 3000 ppm. This direct and non-destructive measurement technique does not require sample conversion or consumable gases and does not involve high temperature operations. The result: a robust process analyzer with minimal maintenance and unprecedented detection capability and measurement speed. MWD XRF TechnologyMonochromatic Wavelength Dispersive X-Ray Fluorescence (MWD XRF) analysis provides dramatically improved S/B over conventional XRF techniques, in a compact and simplified on-line configuration. The improved S/B is achieved by eliminating the scattering of bremsstrahlung from the xray source. Technical data (Extract)(For detailed information please click here) Dimensions 24 w x 17 d x 65 h Weight 180 lbs. Interface RS 485 cable to lab or control room display interface Ethernet cable for phone modem interface 4-20mA output proportional to sulfur concentration Explosion-proof screen interface Remote diagnostics capability Voltage Input voltage: 115 VAC, +/- 10%, Current Requires 15 amp, dedicated circuit with disconnect

Bio Chemistry System Pack

Niton Analyzers