TrialCamp obtained the GLP certification (00/8/GLP12) in 1998, which makes us one of the pioneering companies in research on residues under good laboratory practice conditions. Since that time we have undertaken studies with laboratories and companies all over the world. Our Researches, Report Directions and Quality Assurance Staff have gained great experience over all these years by talking a wide range of crops, application methods and processing with GLP methods, witch has forces them to assume the thoroughness of this methodology as a regular modus operandi.

Our Researchers, Study Directors and Quality Assurance staff have gained great experience over all these years by tackling a wide range of crops, application methods and processing with GLP methods, which has forced them to assume the thoroughness of this methodology as a regular modus operandi.

Trialcamp cooperates extensively with different European laboratories, but we are also willing to work with laboratories, selected by the promoted and to adapt the formats of reports to meet the requirements of their specialists in regulatory matters. In the GLP environment, TrialCamp offers field tests for generating samples intended for determining residues with pre-harvest or post harvest applications. It can also determine residue degradation in the soil.

We are one of the few companies which also offers the development of ecotoxicological studies on non-target organisms. These studies cover tests under field, semi-field and laboratory conditions on bees and bumble bees, as well as for other arthropods.

TrialCamp is the leading company in carrying out tests with autochthonous species of beneficials. Determining the toxicity or products on local species is of great importance for checking the compatibility of the product with integrated production. This has meant that many companies have entrusted us with carrying out projects intended for determining toxicity and implementing strategies to allow the compatibility of such species as Orius spp, Eretmocerus mundus, Encarsia formosa, Chrysoperla carnea, Aphidius spp, etc, in horticultural produce, or Rodolia cardinalis, Cales noackii, Cryptolaemus montrouzieri, Euseius estipulatus, etc. in citrus plantations with the use of the products tested.