Water Quality

In our farms, we seek to implement various water quality management programs according to local needs and regulations. Preventive measures such as proper disposal of solid and liquid wastes, buffer zones in areas adjacent to bodies of water and effective wastewater treatment facilities are being implemented and re-evaluated. Soil erosion control measures such as planting of cover crops along field canals and waterways also contribute to effectively maintain the quality of runoff water. Trained staff on our farms conducts water quality and physico-chemical content monitoring tests on a regular basis. The results of these water tests help us evaluate the condition of our local water resources and immediately take corrective actions if necessary.

Buffer Zones

Where possible, buffer zones are created to protect water sources and waterways.

buffer_zones_001 buffer_zones_002 buffer_zones_003 buffer_zones_004

Water Quality Monitoring
Water samples are taken from various water sources and tested in accredited laboratories. The result of the environmental risk assessment determines the frequency of the water quality monitoring.

monitoring_tests_001 monitoring_tests_002 monitoring_tests_003 monitoring_tests_004

Wastewater Treatment Facilities

Wastewater from banana packing stations in Brazil passes through a series of filters prior to discharge at drainage outlets. These drainage channel outlets are equipped with screen traps to avoid discharge of banana wastes into the drainage system.
wastewater_banana_001 wastewater_banana_002

Wastewater from pineapple packing stations is discharged into retention tanks that allow solid matter to settle at the bottom of tanks before the liquid discharges to primary drainage channels.

wastewater_pineapple_001 wastewater_pineapple_002

Residual filtration systems have been constructed in Cameroon to contain wastewater from the packing stations.


Wastewater in melon packing stations is discharged into retention lagoons for evaporation. During melon season, the climate is so dry that the rate of evaporation exceeds the rainfall amount.