Annual report on water quality in rivers near our operations

Fresh Del Monte Produce’s annual reporting shows how environmental data protects rivers receiving water from, or running alongside, agricultural operations. Our annual report on water quality in rivers near our agricultural operations follows water from source to catchment, covering direct discharge, runoff, erosion, and community water use. It records where monitoring is reliable, where gaps remain, and which controls are improving outcomes.

Rather than treating water quality as one compliance score, the report combines river sampling, site risk assessments, treatment records, and follow-up audits. Nutrients, sediment, pH, dissolved oxygen, turbidity, bacteria, and relevant chemical residues are interpreted together, because one acceptable result may still signal pressure on the wider river system. This gives managers evidence they can use when weather, crop cycles, or neighbouring land use change.

That evidence is especially important in Far North Queensland. Around Tully, Innisfail, and the Atherton Tablelands, monsoon rain can turn dry soil into fast runoff, while cyclones can deliver much of the annual rainfall in days. Dry-season irrigation demand rises. These contrasts shape how growers and communities talk about “clean water”, “catchment” health, and impacts “downstream” of a farm.

Australian buyers are asking for clearer proof behind environmental claims. Retailers, wholesalers, and food-service customers want traceability connecting produce with responsible water management, and they expect suppliers to explain exceptions rather than bury them. The report therefore provides environmental evidence and practical market information for customers, regulators, community groups, and people who live and work near our operations.

Monitoring from the farm gate to the river

Each operation is screened for proximity to permanent streams, seasonal creeks, drainage channels, irrigation return flows, and community water abstraction points. Higher-risk sites receive upstream and downstream sampling points, supplemented by checks during unusual discharge periods or major rainfall events. This prevents a routine sample from representing the full behaviour of a river throughout the year.

In Australia, monitoring design must account for both permanent rivers and short-lived gullies that carry substantial runoff after storms. Where an operation does not discharge directly to a river, attention shifts to soil retention, nutrient planning, chemical storage, and emergency response. The wider programme context is available through Fresh Del Monte Produce.

Indicators, trends and transparent interpretation

The report uses a consistent core set of indicators so results can be compared over time and between catchments. Turbidity shows how much material clouds the water; suspended sediment can smother aquatic habitat; nutrients can contribute to algal growth; and low dissolved oxygen can reduce a river’s capacity to support life. Bacteria and chemical screening provide further context about public health and treatment performance.

A single reading can be distorted by a storm, a routine clean-out, or a temporary change in upstream flow. Dry-weather and wet-weather results are therefore compared where both are available, laboratory quality controls are checked, and gaps are clearly flagged. Where trends remain uncertain, the cautious reading is that further monitoring is required, rather than claiming that a river is either improving or failing.

Results are then linked to action. A rising sediment trend may trigger a review of erosion hotspots, while an isolated nutrient exceedance may prompt a joint catchment assessment. Matching field results with operational records helps analysts separate company-controlled problems from wider catchment pressures while retaining responsibility for Fresh Del Monte’s contribution.

Wastewater prevention at processing sites

Fruit washing, sorting, cooling, and equipment cleaning can create wastewater containing organic solids, nutrients, and residues of approved cleaning products. The detailed pollution prevention review explains how source control, water-efficient cleaning, segregation, treatment, and monitoring are combined at processing operations. The aim is to prevent a discharge problem from being moved downstream.

Treatment systems are checked for performance, maintenance needs, and final effluent quality. Where reuse is appropriate, treated water is directed to a useful process rather than discharged without reason. The annual report tracks corrective actions from the first alarm through to verified closure, giving managers clear accountability and communities a basis for follow-up.

Turbidity, sediment and source control

Turbidity is an early warning signal, but filtration alone cannot remove the causes of cloudy or polluted water. The Swiss Clean Water Group’s work on chemical-free filtration offers a practical example of treating turbidity in rural water supplies. It does not replace river-source protection, yet it shows how filtration can be matched to water conditions and intended use.

At farm and processing sites, the first line of defence is keeping soil, fertiliser, fuel, pesticides, and organic waste out of drains and waterways. Vegetated buffer strips, contour banks, covered chemical stores, accurate application records, and rapid clean-up after spills all reduce the material available for transport. In Far North Queensland, these controls matter during the build-up to the wet season as well as during intense storms.

Filtration becomes relevant when monitoring identifies persistent suspended material or when water is reused within an operation. The report distinguishes between upstream catchment sediment, site-derived solids, and particles introduced by treatment processes. This avoids recommending one intervention for every cloudy sample and keeps attention on preventing pollution rather than treating only its visible symptoms.

Community confidence and market value

River monitoring has value when the people who use and value the water can see what was measured, how it was checked, and what changed as a result. In Australia, that means sharing clear summaries with catchment groups, Traditional Owners, local councils, irrigation users, and neighbouring farms, while protecting personal information and commercially sensitive data. Community feedback can reveal sampling locations or concerns that technical datasets alone may miss.

The commercial signal matters too. Australian supermarkets and their suppliers increasingly expect environmental evidence to withstand scrutiny from consumers and campaigners. A credible water report can support procurement decisions, reduce duplicated audits, and protect the reputation of the wider fresh produce category. It can also show suppliers where shared catchment action would deliver more benefit than each business addressing the same problem alone.

Priorities for the next reporting year

The next reporting year will strengthen event-based sampling after significant rain, maintain the core indicator set across priority catchments, and record common methods so results remain comparable. Operations will also document corrective actions more consistently, from the affected river sample to the operational change and verification result. This creates a more useful evidence chain and helps teams respond quickly when a recurring signal appears.

Community input will guide additional sampling where seasonal flows, irrigation use, or ecological concerns are not well represented in the existing programme. Where data are limited, the report will identify the gap, explain how it will be closed, and avoid turning uncertainty into a promotional claim. Independent assurance and periodic laboratory proficiency checks will remain important controls on the programme’s credibility.

The practical takeaway is to treat every storm, irrigation cycle, and processing shift as part of water-quality management, measure change at the river as well as at the site boundary, and act on the first recurring trend before it becomes a community problem.