Dr. Gajanan
MemberForum Replies Created
-
Maize production thrives in warm temperatures (18-27°C) with frost-free periods of 90-120 days, adequate rainfall or irrigation, and well-drained fertile loamy soils (pH 5.8-7.5) rich in organic matter. It requires plenty of sunlight (at least 8 hours of direct sunlight) and adequate nutrients (nitrogen, phosphorus, and potassium). A balanced fertilizer application and monitoring soil moisture are also essential for optimal growth and development.Maize production thrives in warm temperatures (18-27°C) with frost-free periods of 90-120 days, adequate rainfall or irrigation, and well-drained fertile loamy soils (pH 5.8-7.5) rich in organic matter. It requires plenty of sunlight (at least 8 hours of direct sunlight) and adequate nutrients (nitrogen, phosphorus, and potassium). A balanced fertilizer application and monitoring soil moisture are also essential for optimal growth and development.
-
Paul Gabriel
MemberAugust 6, 2025 at 10:56 pm in reply to: Discussion – How to make it more useful for individual and everyone within groupAbsolutely! I am here to learn, and to share some of my experiences. I have been involved in catfish production in the past 3 years, I’m currently planning to scale up my farm production to 50,000 fish capacity
-
Thanks for sharing.
-
AYODELE SHITTU
MemberAugust 6, 2025 at 6:02 pm in reply to: Discussion – How to make it more useful for individual and everyone within groupI also want to know How to farm shrimps in a cage if it’s feasible
-
AYODELE SHITTU
MemberAugust 6, 2025 at 5:59 pm in reply to: Discussion – How to make it more useful for individual and everyone within groupAm grateful am here to learn and have robust discussions on topics and materials that will enable me step up my fish and shrimp farming. Most especially shrimps farming
-
This thread is a good example of how a community works together to arrive at an answer to a very complicated question – there is not just one “correct” answer, but many depending on individual circumstances.
-
Maintaining a compressor in a feed mill is critical because it powers essential pneumatic systems such as pellet mills, bagging machines, and conveying equipment. Poor maintenance can lead to reduced efficiency, breakdowns, and contamination of feed with oil or water.
Here’s a detailed compressor maintenance guide for feed mill operations:
1️⃣ Daily Maintenance
Task Description
Check oil level Inspect oil level in the compressor crankcase or separator tank (for oil-lubricated compressors). Top up if needed.
Drain condensate Drain water from air receiver tanks and filters to prevent moisture contamination. Automatic drains can help.
Check for air leaks Listen for hissing sounds or use an ultrasonic leak detector around pipes and joints.
Monitor pressure and temperature Ensure the compressor operates within the recommended pressure (usually 6–10 bar for feed mills) and temperature range.
Inspect belts and couplings Check for wear, misalignment, or slippage. Tighten or replace if necessary.
Check for unusual noise or vibration Abnormal sounds may indicate bearing, valve, or rotor issues.2️⃣ Weekly Maintenance
Task Description
Clean air intake filters Dust from feed ingredients can clog filters, reducing efficiency. Blow out or replace filters.
Check safety valves Ensure that relief valves function properly.
Inspect lubrication system Verify oil lines and lubricators are functioning correctly.
Check hoses and connections Inspect flexible hoses for cracks or leaks.3️⃣ Monthly Maintenance
Task Description
Change or clean oil separator filters Prevents oil carry-over into the air stream.
Inspect motor alignment and bearings Misalignment can cause vibration and energy loss.
Test control system Check pressure switches, automatic start/stop functions, and emergency shutdowns.
Check dryer and after-cooler Remove water from the compressed air to protect pneumatic systems.4️⃣ Quarterly or Semi-Annual Maintenance
Task Description
Change compressor oil Replace oil according to manufacturer specifications (typically every 1,000–2,000 hours).
Replace air filters Prevent dust from entering the compressor and damaging internal parts.
Inspect electrical components Check contactors, overload relays, and wiring for wear or overheating.
Check alignment of drive system Ensure belts, pulleys, or couplings are properly tensioned and aligned.5️⃣ Annual Maintenance
Task Description
Overhaul critical parts Inspect and, if needed, replace bearings, valves, or rotors.
Pressure vessel inspection Check air receiver tank for corrosion and conduct a pressure test if required by local regulations.
System performance audit Check for efficiency losses, pressure drops, and leaks.
Calibrate instrumentation Pressure gauges and sensors should be verified for accuracy.6️⃣ Best Practices for Compressor Maintenance in a Feed Mill
Install dust filters and air dryers to prevent feed dust and moisture from entering the compressor.Use food-grade lubricants in oil-lubricated compressors to avoid feed contamination.
Maintain proper ventilation in the compressor room to prevent overheating.
Train operators to detect early warning signs like oil leaks or abnormal sounds.
Keep maintenance records for troubleshooting and compliance.
-
Some very good responses to the question. For me the key points are proper heat processing of soybeans will result in a nutritious feed stuff – the major concern is with the two trypsin inhibitors.
-
Its an essential partbof feedmill.
-
Edwin Weber
MemberAugust 6, 2025 at 4:01 pm in reply to: Discussion – How to make it more useful for individual and everyone within groupAbsolutely! I am here to learn, and to share some of my experiences. I have been involved in catfish production in the past 2 years, but I am currently working on a feasibility for Nile tilapia and shrimps, being that I am in a marine environment with sufficient brackish water. I do hope to get a lot of knowledge from this platform.
-
Ezekiel Moses
MemberAugust 6, 2025 at 3:35 pm in reply to: Discussion – How to make it more useful for individual and everyone within groupnoted
-
Males
are more susceptible, accounting for 60-80% of deaths, likely due to their higher growth
rates and hormonal factors

