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Refinery

With fossil fuels still being our main source of energy, the exploration for new oil and gas field continue. Research and development in both refineries and laboratories lead to novel technologies for fuel composition, additives and optimization.

Blade

BLADE brings speed, simplicity, performance, and flexibility to labs with this new microwave digestion system
Digestions in minutes
Prepare vessel in seconds

Mars 2

Microwave Digestion System. The ultimate combination of performance and economy.
High capacity integrated exhaust system to remove fumes and assist in cooling vessels
Preinstalled methods

MARS 6 PFAS

Microwave Extraction System
All components in contact with sample are tested to be PFAS-free
Meets the requirements of EPA method 1633

MARS 6

The easiest, safest and most intelligent microwave digestion system on the market.
Contactless in-situ temperature measurement
Sensors that detect vessel type and count

Phoenix Black

The world’s safest and fastest muffle furnace
Ash up to 15 samples at one time
Meets requirements of electrical and microwave muffle furnaces

Phoenix Airwave Black

The AirWave™ option provides increased airflow for high organic sample ashing
Provide accurate carbon black results in a fraction of time
Eliminates the need for volume reduction/carbonization

Phoenix Black Sulphate Ashing

Safely remove harmful fumes from the furnace cavity and neutralize any residual acid exhausted
Eliminates spattering and foaming
Vapors are safely neutralized and filtered

UNICUBE trace

Matrix-independent determination of C and N at trace levels in solids and liquids
Precise trace analysis of carbon and nitrogen
Reliable, matrix-independent results

Vario EL Cube

Unsurpassed performance and versatility in elemental analysis. CHNS+O+Cl analysis
Exceptional elemental concentration and sample size range
Outstanding hydrogen and sulfur measurement capabilities

Rapid OXY Cube

Highly accurate and precise oxygen analysis – even in the low ppm range
An unparalleled limit of detection
Highly precise, reliable oxygen analysis