Partenariat CHEMLYS – Technologies de détection de processus : a duo of experts for trace analysis !
Thanks to the development of renewable energies, mainly biomethane and hydrogen, CHEMLYS has made a place for itself with research and innovation centers and major industrialists invested in these markets requiring gas analysis.
The recognized expertise of CHEMLYS in the implementation of gas analysis allows the development of the company and the strengthening of its teams. CHEMLYS offers turnkey analytical solutions, based on chromatography, taking care of sampling, automation and exploitation of results.
Since 2018, the company LDETEK is an integral part of Process Sensing Technologys.
Through its 7 brands including Michell Instruments, AII, NTRON, ROTRONIC, the PST Group has established itself as a leader in online moisture and oxygen analysis technologies.
This acquisition strengthens the group’s solution portfolio by bringing an innovative and powerful solution for trace analysis.
Pioneer in the use of the Plasmadetek detector, (PED plasma emission detector), Ldetek has developed a unique analytical solution for the characterization of impurities in pure gases (He, Ar, H2…) but also in complex matrices.
The LDTEK range is based around a Multidetek2 modular chromatographic platform (which can integrate a wide range of detectors, PED, TCD, FID…). It also includes a range of on-line analyzers for the characterization of impurities in pure gases (LD8000, LD8000 Multi-gas, LD2000).
The performance and specifications of Ldetek’s products and Chemlys’ expertise in these technologies favored the rapprochement between the two companies.
Today, the partnership between Chemlys and PST France is the assurance of a relevant answer and in complete adequacy with the expectations of the addressed markets.
Unique chromatographic performance for trace analysis: unmatched sensitivity and selectivity
A expertise and support as close as possible to your expectations for integration and sampling
Discover one of our achievements : Analysis of impurities in oxygen matrix
Keywords : GC, gas chromatography, gas analysis, trace analysis, pure gases, hydrogen