AWA IN EUROPE
Spain
Murcia · Almería · Alicante · Albacete · Granada · Málaga · Sevilla · Córdoba
AGROECOLÓGICOS HISPANIA · AWA® BIO-WETTING AGENT
More harvest.
Less water.
Field-proven technology.
Efficiency that adds value to your harvest.
APPLIED KNOWLEDGE. RESULTS IN THE FIELD.SCROLL ↓
WATER IS LIMITED.
Experience turns every drop into value.
Water efficiency
Crop performance
Management tailored to your farm
THE VALUE OF EVERY DROPAWA®
ORGANIC BIO-WETTING AGENT
Water, where
your crop
needs it.
AWA® is an organic, biodegradable biohumectant with a field-proven formulation. It reduces the surface tension of irrigation water to improve infiltration and distribution in the root zone.
AWA® is compatible with all commonly used fertilisers, including calcium formulations. By improving the bioavailability of water and nutrients in the root zone, it supports fertiliser efficiency and crop uptake.
See how it worksOUR SOLUTIONS
Precision for
every soil.
Two formulations that work together, each with a clear purpose.
01 / ORGANIC BIO-WETTING AGENT
AWA®
An organic bio-wetting agent to make better use of water and nutrients in your crop.
Light and sandy soilsDiscover AWA
CONSERVE · MAKE THE MOST · PRODUCE
02 / INFILTRATION AND WETTING
AWA-AZUL®
Promotes infiltration in compacted soils and the absorption of foliar treatments.
Compaction and waterloggingDiscover AWA-AZUL
INFILTRATE · DISTRIBUTE · WETAWA + AWA-AZUL
Compatible. Complementary.
Integrate both solutions into your crop programme to suit your soil’s needs.
DATA THAT SPEAKS
The difference
is in the field.
From validation of the final formulation to demonstrations on commercial farms. Savings and production results that support the value of AWA® in the field.
Demonstration on a commercial farm
Less water. Similar harvest.
Water savings
−57.2 %In the monitored sectors
Yield maintained
Similar harvestPer hectare
Cumulative volume
m³ per monitored sectorDemonstration on a commercial farm
More production. Fewer resources.
Higher production
+17 %With lower water and fertiliser inputs
Less water applied
−49 %One 4 L/ha application and 42 days of monitoring
Production
Relative index · reference = 100Field demonstration
Higher yield. Greater moisture persistence.
Higher yield
+30.8 %173.4 versus 132.6 t/ha at the 2025 harvest
Higher soluble solids
+3.1 °Brix14.6 versus 11.5 °Brix at harvest
Harvest yield
t/haProduct evaluation trial
Higher yield. Reduced irrigation programme.
Higher yield
+14.7 %Compared with the fully irrigated control
Reduction in the irrigation programme
−40 %AWA with 60% of the full programme
Yield
cwt/acreDemonstration on a commercial farm
Adjusting irrigation. Supporting the harvest.
Irrigation savings
−50 %45 vs 90 minutes per session, in the phase with the greatest reduction
Higher yield per hectare
≈ +8 %Approximate increase at the end of the cycle
Irrigation duration during this phase
Minutes per sessionDemonstration on a commercial farm
One third less time per irrigation.
Irrigation savings
−33.3 %60 minutes versus 90 minutes per session
Higher yield per hectare
+8 %Comparison of the two sectors
Irrigation duration
Minutes per session · approximately 2 sessions/weekDemonstration on a commercial farm
Adjusting irrigation during the cycle.
Irrigation savings
−33.3 %In both phases: 40 vs 60 and 60 vs 90 minutes per session
Irrigation monitoring
2 phasesThree sessions per week
First phase
Minutes per sessionProduct evaluation trial
More weight per lettuce head.
More weight per lettuce
+29.2 %Compared with standard management
Weight per head with AWA
2.08 lb1.61 lb per head under standard management
Weight per head
lb/lettuce headDemonstration on a commercial farm
Less irrigation time. Harvest maintained.
Irrigation savings
−27.3 %40 minutes versus 55 minutes per session
Yield maintained
Same harvestPer hectare
Irrigation duration
Minutes per sessionProduct evaluation trial
More harvest in December and January.
Higher early yield
+24.5 %Compared with the control in the early harvest
Higher December yield
+32.6 %Compared with the control in the same month
Cumulative early yield
Index: December and January control = 100Demonstration on a commercial farm
Same management. More production.
Higher production per plant
+18.75 %Approximately 9.5 kg vs 8 kg per plant
Average increase per plant
+1.5 kgApproximately 9.5 kg with AWA compared with 8 kg in the control
Production per plant
kg/plant · approximate valuesProduct evaluation trial
More kilos of fruit per tree.
Higher yield per tree
+17.1 %Total fruit weight per tree
More fruit per tree
+22.3 %761 fruits with AWA compared with 622 in the control
Total fruit weight
kg/treeProduct evaluation trial
The response to irrigation, trial by trial.
Higher yield
+11.0 %DKC 62-08 trial
Irrigation in both treatments
Same scheduleDKC 62-08 trial
Yield
Index: control = 100Product evaluation trial
More soluble solids in two varieties.
Higher soluble solids
+3.4 °BrixFlame Seedless: 20.2 versus 16.8 °Brix
Higher soluble solids
+2.6 °BrixScarlet Royal: 20.4 versus 17.8 °Brix
Scarlet Royal · 2021–2022 mean
°BrixDemonstration on a commercial farm
Planted to be ploughed in. Harvested to be sold.
From green manure
to harvest
On uncultivated land compared with prepared soil
Shared schedule
Same irrigation45 minutes per session, four sessions per week
At 15 cm
Mean matric tension · kPaProduct evaluation trial
Supporting tree development.
Greater trunk circumference
+4.3 %Growth monitoring
Greater canopy height
+4.0 %Autumn 2022
Trunk circumference
Relative indexTECHNICAL DOCUMENTATION
AWA and fertilisers.
Compatibility and efficiency.
Formulations observed
5Mixture monitoring
18 hTwo series of mixtures, photographed initially and after standing.
View results and download PDF
AGROECOLÓGICOS · BASED IN MURCIA
Innovation
starts in the field.
Agricultural experience and technical expertise for your farm. AWA® draws on a history of trials and demonstrations in production that support its effectiveness in the field.
Meet agroecológicos- Vegetables
- Citrus
- Fruit crops
- Berries
- Field crops
INTERNATIONAL PRESENCE
Rooted in Murcia.
A presence beyond borders.
AWA® supports growers and partners in Spain, the Americas and Africa.
EXPLORING
ATLANTIC OCEANCountries with AWA®
EXPLORE OUR PRESENCE
AWA IN THE AMERICAS
Mexico
Jalisco · Baja California · Sonora · Chihuahua · Coahuila · Nuevo León · Tamaulipas · Durango
AWA IN THE AMERICAS
United States
California
AWA IN THE AMERICAS
Guatemala
Presence in the country
AWA IN THE AMERICAS
Panama
Presence in the country
AWA IN THE AMERICAS
Colombia
Presence in the country
AWA IN THE AMERICAS
Peru
Presence in the country
AWA IN THE AMERICAS
Chile
Presence in the country
AWA IN THE AMERICAS
Brazil
Presence in the country
AWA IN AFRICA
Morocco
Presence in the country
AWA IN AFRICA
Senegal
Presence in the country
AWA IN AFRICA
Egypt
Presence in the country
The capital serves as a geographic reference; the marker does not indicate an office or an AWA® location in that city.
Select a country to zoom in and discover AWA® areas. Geographic markers are indicative.
Map sources
World map and capitals: Natural Earth, public domain. Administrative boundaries: geoBoundaries gbOpen, with geometry simplified for this website.
Spain: INE, data licence from Instituto Nacional de Estadística. Mexico: INEGI, CC BY 3.0 IGO. United States: U.S. Census Bureau, public domain. The Canary Islands, Alaska and Hawaii appear in separate insets.
THE VALUE OF AWA®
Explore what
AWA® brings to your crops.
Application, efficiency and results: find the product information you need.
How AWA® works
Bio-wetting action, available water and application in your crop.
Water savings in irrigation
Field results and estimated savings for your farm.
Less nutrient leaching
Retention, moisture distribution and salinity.
AGROECOLÓGICOS NEWS
A vision
that crosses borders.
ASIAMAY · 2026
TRADE MISSION
Vietnam and the Philippines.
Explore the mission
THE AMERICASOCTOBER · 2025
TRADE MISSION
Colombia.
Explore the missionVietnam: Doan Tuan · CC0 Colombia: Bernard Gagnon · CC BY-SA 4.0. Crops adapted.
THE NEXT STEP, ON YOUR FARM
Let's talk about your land.
Tell us what you grow and how you irrigate. Let's find ways to make better use of every drop.