Simultaneous analysis of total sulfur and total nitrogen in one single run
The analyzer is equipped with a 10” touchscreen interface for direct queue control and diagnostics. The instrument has a modern design with an easily accessible front door for effortless maintenance. And the overall size of the instrument helps to reduce bench space.
Now in horizontal configuration, ElemeNtS has a boat inlet introduction ideal for solids and heavy liquids.
Both configurations can be used with the high-capacity liquid auto-samplers:
Vertical configuration — a total of 324 x 2mL-vials can be stored on two tray holders.
Horizontal configuration — a total of 162 x 2mL-vials can be stored on one tray holder.
Available sizes: 10, 25, 50, and 100 µl.
Alternative sample introduction possibilities are:
- Single Shot Autosampler: Cost-effective solution for injecting a single replicate sample by syringe on the vertical configurations. Available size: 25 µl
- Manual injection: Manual sample introduction of both liquid and solids samples on the horizontal configurations
- Accura Gas Injection: The ElemeNtS, in combination with PAC’s Accura, is an excellent solution for the introduction of gaseous and LPG samples
See Why our Customers Trust the ElemeNtS
for Reliable and Accurate Analsysis
Top Reasons to Choose ElemeNtS
High Performance for Wide Application Range and Quick Analysis
State-of-the-Art Technology Provides Excellent Precision and Long-Term Stability
Improved Lab Productivity Through Reduced User Intervention
Proven Compliancy for Multiple Industries
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Learn more about the smallest simultaneous combustion analyzer on the market.
Trace Nitrogen in Liquid Petroleum Hydrocarbons by Syringe/Inlet Oxidative Combustion and Chemiluminescence Detection according to ASTM D4629.
Determination of Total Sulfur in Light Hydrocarbons, Spark Ignition Engine Fuel, Diesel Engine Fuel, and Engine oil by UVF according to ASTM D5453.
Determination of Total Volatile Sulfur in Gaseous Hydrocarbons and Liquefied Petroleum Gases by Ultraviolet Fluorescence according to ASTM D6667.
Determination of Total Sulfur in Aromatic Hydrocarbons and Related Chemicals by Ultraviolet Fluorescence according to ASTM D7183.
Ultra low Nitrogen in Aromatic Hydrocarbons by Oxidative Combustion and Reduced Pressure Chemiluminescence detection according to ASTM D7184.
Determination of Sulfur content of Ethanol as blending component for petrol according to EN 15486.
Determination of Sulfur content in Automotive fuels using Ultraviolet Fluorescence method according to ISO 20846.
Nitrogen in Polymers
Determination of Nitrogen in Polymers by Boat-inlet Combustion and Chemiluminescence.
Sulfur in ECA Marine Fuels
Determination of Total Sulfur in ECA Marine Fuel according to ASTM D5453; EPA/MARPOL annex VI; D2622 correlation
Sulfur in biofuels from feedstock to end-product
Determination of Total Sulfur in Biofuels, from Feedstock to End-product according to ASTM D5453.
Sulfur in Polymers
Determination of Sulfur in Polymers by Boat-inlet Combustion and UV-fluorescence
Tier 3 Compliancy Elements
Determination of Total Sulfur in Gasoline by UVF according to ASTM D5453/TIER 3.
Total Analysis of Sulfur and Nitrogen in Biofuel
The Analysis of Total Sulfur and Nitrogen in Biofuel and Biofuel Feedstocks
Total Nitrogen in Water by Pyrolysis and Chemiluminescence Detection
Total Chemically Bound Nitrogen in Water by Pyrolysis and Chemiluminescence Detection according to ASTM D5176.
Determination of Nitrogen in Lubrication Oil on Horizontal Elements
Determination of Nitrogen in Lubrication Oils using Boat-Inlet Combustion and Chemiluminescence
Determination of Sulfur in Food
Determination of Sulfur in Food using Combustion UV-Fluorescence with the horizontal ElemeNtS
Determination of bound Nitrogen in Petroleum products by Combustion and Chemiluminescence according to DIN 51444
Accura Multiloop Calibration
Total Sulfur and Nitrogen Calibration for Gaseous Hydrocarbons and LPG using the Multiloop feature of the Accura sampling device
Elements Nitrogen Interference Kit
Interference-free Determination of Total Sulfur by UV-Fluorescence in Fuels with High Levels of Nitrogen