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research laboratory

Research laboratory and services

Have you ever considered turning your waste disposal costs into a source of income? Let us help you determine whether your waste can be profitably redirected back into the circular economy.

Business segments
in the circular economy

Oil refinement

Chemical recycling

Plant engineering

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research laboratory

Tyre pyrolysis

Weighing up your options

The list of hazardous waste products is long. That said, plastics, special plastics, bilge oil, paints, cleaning agents, etc. all contain valuable organic substances. Redirecting them back into the circular economy could be quite profitable for you. The first step to weighing up your options is to analyse your waste products. This will allow us to tell you whether making the effort is financially justified and which approach is likely to be the most profitable for you.

Overview of analyses

Our research and analytics laboratory, headed by , is at the leading edge of technology. Various analysis methods are employed there. This offers you a reliable data source for making decisions about the circular economy.

Detailed hydrocarbon analysis (DHA)

This analytical technique is used to characterise hydrocarbons in pyrolysis oils. By coupling gas chromatography (GC) and mass spectrometry (MS), we are able to identify the individual components. Besides offering precise information about your pyrolysis product, this also enables us to assess its behaviour in industrial applications. Our hands-on experience is a key factor in this. A wealth of knowledge that we are happy to share with you.

Your benefits

You receive detailed quantitative data on the concentration of the aliphatic, aromatic and cyclic hydrocarbons in your pyrolysis product. Information that is crucial for quality assurance and product development.
The results are also essential for meeting environmental protection regulations. We are happy to support you with our experience in this field.

We suggest conducting a detailed hydrocarbon analysis, if it makes sense for your project. You will receive a detailed quote outlining all the specifications and expected costs prior to implementation.

Simulated distillation (SimDis)

This method allows us to simulate fractional distillation. Since SimDis is much faster and more efficient than traditional distillation, we can quickly determine the distribution of fractions based on their true boiling point. All we need for this is a small amount of sample material.

Your benefits

You quickly receive both quantitative and qualitative data on the composition of your sample. This provides you with all the information needed for quality control or to optimise your manufacturing process.
The results are also essential for meeting environmental protection regulations. We are happy to support you with our experience in this field.

We suggest conducting simulated distillation, if it is beneficial for your project. You will receive a detailed quote outlining all the specifications and expected costs prior to implementation.

Gas chromatography/Mass spectrometry (GC/MS)

This analytical method couples the separation capability of gas chromatography (GC) with mass spectrometry (MS).

Your benefits

You receive exact quantitative data on the concentrations of the individual compounds, which is crucial for quality control and product development
The results are also essential for meeting environmental protection regulations. We are happy to support you with our experience in this field, too.

We suggest conducting this analysis, if it makes sense for your project. You will receive a detailed quote outlining all the specifications and expected costs prior to implementation.

X-ray fluorescence analyses (XRF)

We utilise this method to perform an elemental analysis of your test substance in the shortest possible time. Without damaging the sample, we are able to identify nearly all chemical elements in the periodic table

Your benefits

You receive both quantitative and qualitative data on the elemental composition of your sample. This is ideal for quick routine tests and quality controls where the sample must remain intact.
The results are also essential for meeting environmental protection regulations. We have extensive experience in this field and gladly share our knowledge with you.

We suggest conducting an X-ray fluorescence analysis, if it makes sense for your project. You will receive a detailed quote outlining all the specifications and expected costs prior to implementation.

List of all test methods

Determining density
to DIN EN ISO 12185: 2022-11
Unit: kg m−3

Determining kinematic viscosity
to DIN EN ISO 3104: 2021-01
Unit: mm2 s−1

Determining density per DMA 35 Ex Petrol
to ASTM D7777
Unit: kg m−3

Determining flash point
> 30 °C to DIN EN ISO 2719: 2021-06
< 30 °C to DIN EN ISO 13736: 2022-12
Unit: °C

Determining copper corrosion (per copper strip test)
to DIN EN ISO 2160: 1999-04
Special: EN ISO 6251: 1998-08
Unit: Class

Determining CFPP
to DIN EN 116: 2018-04
Unit: °C

Determining pour point
to DIN EN ISO 3016: 2019-09
Unit: °C

Determining cloud point
to DIN EN ISO 3015: 2019-09
Unit: °C

Determining distillation characteristics
to DIN EN ISO 3405: 2019-09
Unit: °C, % v/v

Determining water content (dissolved)
to DIN EN ISO 12937: 2000
Unit: %

Determining TAN (total acid number)
to ASTM D664 – 04
Unit: mg KOH/g

Determining TBN (total base number)
to DIN 51639-1: 2014-11
Unit: mg KOH/g

Determining oxidation stability
to DIN EN 16091: 2022-12
Unit: min

Determining sulphur content per X-ray fluorescence analysis
to DIN EN ISO 14596: 2007-12
Unit: ppm

Determining elements content (Cl, Si, P, Al, Mg, Pb Ca, K etc.) per X-ray fluorescence analysis
to DIN 51399-2: 2010-01
Unit: pp

Conducting simulated distillation (SimDis)
to ASTM D6352, DIN EN 15199: 2021
Unit: °C, % v/v

Creating detailed hydrocarbon analysis (DHA)
to ASTM D6730 – 01
Unit: °C, % v/v uvm.

Determining sulphur compounds (SCD)
to DIN EN ISO 19739: 2009-08
Unit: ppm

Conducting refinery gas analysis (RGA)
to DIN EN 15984: 2022-04
Unit: mol%

Conducting gas chromatography/mass spectrometry (GC/MS)
We use our own in-house method tailored to your project.

Service offering

Wherever you are, we are here to answer your questions about chemical recycling. We guide you through every step of the way with our expertise as pioneers in this field.

1.

Answers about feasibility

We will help you determine on the smallest scale whether chemical recycling through pyrolysis is worthwhile for you. To do so, we take a representative sample of your waste material and analyse its exact composition in our laboratory.

2.

Answers about product quality

If you are already certain about pursuing this route, we can assist you in conducting (table top) laboratory pyrolysis. The condensate and residual material are then analysed.

3.

Answers about production

For promising materials, we can process up to one tonne of feed material to test pyrolysis on a real production scale for you. Our pilot plant is available for this purpose.

Our guarantee

Our test laboratory is in the process of obtaining accreditation (DAkkS). Traceability of the measurement results to both national and international standards is already ensured. We can additionally help you with our practical expertise in the field of pyrolysis and oil refinement. This provides you with everything you need to move forward.

Dr. Albert Paparo führt uns durch das Forschungslabor und erklärt die verschiedenen Gerätschaften.

Contact

I will be more than happy to answer your questions about contract research and analytics. You have also come to the right place for project ideas and specific questions related to research and oil analysis.

Dr Albert Paparo

Head of Research & Development

Dr Albert Paparo

Head of Research & Development

enespa grt innovation gmbh
Bäckerbarg 4-7
DE-22889 Tangstedt
Germany