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Soil analysis
Agronomic analysis of soils, parks and gardens, compost…
Analysis of organic by-products and agronomic valorisation.
Determination of contaminants.
Analysis of residual sludge and agronomic valorization.
Microbiological and functional enzymatic analysis.
Metagenomic study and interpretation.
Functional cover, micro- and mesofauna studies.
Water analysis
Microbiological and physical & chemical analysis of drinking water.
Water quality for industrial use.
Evaluation and control of irrigation water quality.
Quality control of pool waters, jacuzzi, spa, and sanitary water.
Characterisation of wastewater treatment plant sludge
Analysis and characterization of wastewater.
Air analysis
Quality of indoor and working environments.
Characterization of air pollutants.
Microbiological analysis of sterile room and indoor atmospheres.
Microbiological control of air conditioners.
Environmental biomonitoring.
Food Analysis
Microbiological and physical & chemical analysis of food.
Animal food analysis.
Nutritional composition of the food.
Plant analysis
Nutritional analysis of plant tissues, and nutritional deficiencies.
Characterization of physiological state.
Contaminant analysis
Officially recognised tests
We carry out in vitro, laboratory, greenhouse and field tests, adapting to the demands of our clients. We work under a confidentiality contract.
Officially recognised tests.
- Extraction, reproduction and application of native mycorrhizae (endomycorrhizae and ectomycorrhizae) in different crops
- Assessment of the level of mycorrhization of agricultural soil and plants
- Effectiveness tests of biofertilisers and biostimulants
- Effectiveness testing of biopesticides and biofungicides as well as chemical synthesis
- Tests for the registration of products based on microorganisms according to RD 999/2017
- Persistence evaluation of phytosanitary products and fertilisers.
- Evaluation of phytotoxicity according to EPPO standards.
- Tests on horticultural and fruit crops, protected and in the field.
Bioremediation studies
We are looking for species capable of surviving in polluted environments that already succeed. We studied them in the laboratory and sought their environmental application.
It’s about helping nature do what it knows, in an accelerated and targeted way.
Ad hoc solutions for:
- Heavy metals
- Oil-derived hydrocarbons
- Soil salinity
- Pesticide residues
- Eutrophication and excess nutrients (nitrates, ammonium, phosphates)
Bioindication studies
Use of different species that detect the presence of environmental pollutants by changing their vital functions and/or chemical composition, making it possible to conclude the state of the environment.
Types of biomonitored contaminants:
- Ozone (O3)
- Nitrogen compounds
- Sulfur
- Heavy metals (platinum, antimony, lead, etc.)
- Volatile Organic Compounds (VOC)
- Polycyclic aromatic hydrocarbons (PAH)
Advantages:
- Reflect the effect of all environmental factors throughout the environment
- They facilitate the measurement as the concentration of the contaminant in tissues is higher than that of the environment
- Allow you to monitor long periods
- Help visualize the speed and direction of environmental changes
- They show the effects of pollution on living things and their potential danger
- Help identify sources of pollution
Biocidal Activity Tests
On-demand test design according to materials, type of biocide and microorganism.
Application of International Standard Norms.
Quantitative Minimum Inhibitory Concentration and Qualitative Testing
Determination of bactericidal and fungicidal activities on surfaces
Isolation and determination of microorganisms causing damage and contaminations by sequencing.
Preservation of fastidious and pathogenic strains for subsequent tests.
Application of International Standard Norms.
Quantitative Minimum Inhibitory Concentration and Qualitative Testing
Determination of bactericidal and fungicidal activities on surfaces
Isolation and determination of microorganisms causing damage and contaminations by sequencing.
Preservation of fastidious and pathogenic strains for subsequent tests.
Biotechnological Tools
In Vitro cultivation of plant tissues
Soilless cultivation (Hydroponics and Aeroponics)
Biodegradation trials
Non-destructive on-site measurements.
