CURRENT EVENTS: BLOG
Blog
Welcome to our blog, a place to read about trends and topics such as green hydrogen or low carbon ammonia, biotechnology or high value-added plant nutrition
Home / Current events / Blog

08 September, 2025
Our Group
TRICHODEX®, the biotechnology subsidiary of Grupo Fertiberia, is the main corporate Gold Sponsor of Eurosoil...

13 March, 2025
TRIXIA®
Plant Growth Promoting Rhizobacteria (PGPR) are a group of beneficial microorganisms that colonise the...

27 February, 2025
TRIXIA®
BACNIFOS® is an effective and safe biological product that improves the growth, yield and health of agricultural...

07 February, 2025
TRIXIA®
The combination of BACNIFOS® and DESTROY SALT® reduces the damage caused by excess salt in the soil and...

24 January, 2025
TRIXIA®
TRICOPPER® corrects copper deficiencies, providing a high-value, fast-absorbing organic nutrient, suitable...

20 December, 2024
TRIXIA®
The Brassica genus includes key crops such as cauliflower, cabbage, rapini and rapeseed, among others....

11 December, 2024
TRIXIA®
The combined use of seed treatment along with the addition of PGPR microorganisms would enhance crop...

31 October, 2024
TRIXIA®
TRICHODEX® (Fertiberia Group) has in its catalogue VELLTRIX®, a registered biofertiliser, formulated...

27 August, 2024
TRIXIA®
Strawberry crops - CHAUME® is an optimal solution that reduces the frequency of irrigation and achieves...

09 July, 2024
TRIXIA®
CITOMASTIC® is an enzymatic catalyst particularly suited to increase the photosynthetic rate and metabolic...

17 November, 2023
TRIXIA®
The company has obtained new registrations in Portugal: these are very representative products from the...

22 May, 2023
TRIXIA®
TRICHODEX Grupo Fertiberia has had the pleasure of receiving this week biotechnology students from the...

05 April, 2023
TRIXIA®
Under water stress conditions the protective effect of the microbiome is to reduce the production of...

22 March, 2023
TRIXIA®
Biotechnology and agriculture join forces for responsible water management: Velltrix enables plants to...

15 February, 2023
TRIXIA®
Studies have been conducted to evaluate the use of BIOCLEAN LKE® as a substitute for mancozeb in the...

31 January, 2023
TRIXIA®
We apply BIOKELAT Co-Mo, a product manufactured thanks to FPB® and MAMPs® technologies, activating crucial...

02 December, 2022
TRIXIA®
Soil well-being is achieved when the MICROBIOME is in balance with organic matter and minerals. Once...

18 October, 2022
TRIXIA®
There are certain growth-promoting rhizobacteria (PGPRs) that stimulate plant development without being...

10 October, 2022
TRIXIA®
We consolidate our presence at Fruit Attraction, bringing disruptive and sustainable biotechnological...

27 September, 2022
TRIXIA®
For the fourth consecutive year, we announce the renewal of the certification of our solutions under...

28 June, 2022
TRIXIA®
TRICHODEX® launches VIBACTER, BACNIFOS and FINDER to bring new solutions that help our customers adapt...

25 February, 2022
TRIXIA®
BIOCLEAN® inhibits the development of Erwinia amylovora, the causal agent of fire blight, a devastat...

02 December, 2021
TRIXIA®
CITOMASTIC® is an enzyme catalyst specially indicated to increase the photosynthetic rate and metabolic...

03 November, 2021
TRIXIA®
We announce the renewal of the certification of our products under the new UNE standard for use in organic...

28 October, 2021
TRIXIA®
TIDAL is a formulation based on the 'priming effect', activating the immune system of plants but without...

28 December, 2020
TRIXIA®
Climate change is generating important stress episodes in crops, such as drought, extreme weather changes,...

30 November, 2020
TRIXIA®
The increase in relative humidity and the presence of free water in recent days has favoured the appearance...

20 November, 2020
TRIXIA®
Olive leaf spot, caused by the fungus Fusicladium oleagineum, is the most important leaf disease of olive...

26 October, 2020
TRIXIA®
Damping-off is one of the fungal diseases with the greatest impact on plant production nurseries and se...

21 October, 2020
TRIXIA®
White rot caused by Sclerotinia sp is a pathology affecting more than 400 species of lettuce
No publications found

