Production & Operations

Cricket Farm Management: Daily Tasks, Bin Checks, and Cleaning Schedules

A practical breakdown of daily, weekly, and batch-cycle tasks for running a commercial cricket operation efficiently, including water management and cleaning protocols.

1/20/20267 min read

The Rhythm of a Well-Run Cricket Farm

Cricket farming is largely a rhythm-based operation. The tasks do not change much from day to day, but consistency in executing them makes the difference between a productive farm and a reactive one. Skipping water checks for a day in mid-summer can kill a batch of pinheads. Letting substrate accumulate for two weeks creates ammonia problems that depress the growth of every batch in that zone. The discipline of consistent daily management is what produces reliable production outcomes.

Daily Tasks

Every production day should include: visual inspection of all bins for unusual mortality (more than 5 to 10 dead animals visible per bin warrants a closer look), water system check (refill or unclog all waterers in active bins), temperature and humidity log from mounted sensors in each zone, feed check (replenish feed in bins that have consumed what was provided), and a sweep of the facility for any escaped crickets or substrate spills that could create harborage.

Daily mortality counts do not need to be precise. A quick scan of each bin while doing the water check is sufficient. What you are looking for is an unusual cluster of deaths, signs of animals clustering in corners (often indicates temperature or ventilation stress), or visible mold on feed or substrate (indicates humidity is too high or wet feed was left too long).

Water Management

Water access is one of the most critical daily management tasks. Crickets dehydrate quickly, especially at production temperatures of 86 to 90F, and dehydration is a leading cause of preventable mortality. Check every waterer every day. Bell-style poultry waterers should be refilled when they fall below half. Nipple drinkers should be tested for flow by pressing the nipple and observing water delivery.

For pinhead nymphs, replace gel waterers or damp cotton wicks daily. These dry out faster than adult-stage waterers and pinheads cannot access deep water sources.

Keep your water delivery system clean. Algae and bacterial biofilm build up in waterers quickly in warm environments. Wash all waterers with a mild bleach solution (1 tablespoon per gallon) between batches and during the grow cycle if visible contamination develops.

Weekly Tasks

Each week: replace egg flats in adult bins that show heavy soiling or structural collapse, check and record batch development stage against expected timeline, add or remove ventilation material if humidity trends are off target, record batch status in your tracking system, and spot-clean any bins with heavy debris accumulation.

Also weekly: review your feed inventory and place orders to maintain your two to four week buffer stock. Check your next 14 days of expected harvests and ensure you have cold storage or processing capacity confirmed.

Between-Batch Cleaning Protocol

After each batch is harvested, the bins must be fully cleaned before reuse. Remove all egg flats (discard, do not reuse), dump and remove all substrate, scrub the interior with a brush and warm water, apply a disinfectant solution (10% bleach or approved quaternary ammonium product) with a minimum 10-minute contact time, rinse thoroughly to remove all chemical residue, and allow to dry completely before restocking.

This cleaning cycle is not optional. Residue from a prior batch, including pathogen-contaminated substrate and organic matter in seams and corners, is a vector for disease that can compromise the next cohort in the same bin.

Deep Cleaning Schedule

Quarterly, schedule a full zone deep clean. This involves taking all bins out of service in a zone, cleaning walls, floors, and ventilation surfaces, and inspecting for structural issues. Annual full-facility deep cleans are standard practice in food-grade operations and are required if you are pursuing any third-party food safety audit (SQF, BRCGS).

Staff Task Allocation

For operations with employees, assign clear task ownership. A single technician can manage 150 to 200 bins through a daily check-and-water routine in 4 to 5 hours. Feed and weekly tasks add 1 to 2 hours. Document your standard operating procedures for each task so that new staff can be trained consistently and so that coverage during absences does not result in missed critical tasks.

CricketOps task checklists and daily log features help standardize what gets done and when, creating a reliable audit trail for each production zone without requiring a supervisor to be present for every task.

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