MSB Number MSB27165544
Date of Commencement: 11 Jul, 2023

Progressive Farmer Details

Name of the progressive farmer: Odugu Baburao
Name of the FLC: Sorlagondi
Mobile Number: XXXXXXXX06
Aadhar Number: XXXX-XXXX-9166
Date of Commencement: 11 Jul, 2023
Sector: Marine
No. of fishing crafts available: 180
FLC No: 173
Intervention Adopted: Dry fish preparation by Solar and Electrical Dryer
Type of Species: Ribbonfishes, Mullets
Duration of MSB: 120 Days
No of Schedule Visits: 16

Schedule Visits

Visits Visit Date Remarks Status
1st Visit Date 11 Jul, 2023 To overcome the disadvantage of open sun drying, a solar dryer with alternate energy backup of electricity was designed and developed for drying fishes and fish products hygienically in hot and humid climatic conditions. An experimental study on Completed
2nd Visit Date 18 Jul, 2023 The collection efficiency of solar heat collecting panels was found to be approximately 82% and the distribution of hot air temperature inside the drying chamber was found to be uniform Completed
3rd Visit Date 25 Jul, 2023 process was found to be hygienic and reliable with respect to product quality. Completed
4th Visit Date 01 Aug, 2023 In developing countries like India, traditional sun drying viz., drying under open sun is employed for the preservation of low value products and agricultural crops as one of the most inexpensive Completed
5th Visit Date 08 Aug, 2023 Moreover, this process is labour intensive, unhygienic, unreliable, time consuming that favour bacterial proliferation, non-uniform and requires a large area for spreading Completed
6th Visit Date 15 Aug, 2023 In this study, the drying process has been carried out to overcome the potential problems associated with traditional sun drying through the integration of an electrical energy source to the dryer as a separate component. The presence of an alte Completed
7th Visit Date 22 Aug, 2023 Drying chamber can accommodate ten perforated/wire mesh trays (900×600 mm) with spacing of 70 mm for smooth flow and uniform distribution of hot air from solar heat collecting panels. The maximum capacity of drying chamber depends on spreading a Completed
8th Visit Date 29 Aug, 2023 Drying chamber can accommodate ten perforated/wire mesh trays (900×600 mm) with spacing of 70 mm for smooth flow and uniform distribution of hot air from solar heat collecting panels. The maximum capacity of drying chamber depends on spreading a Completed
9th Visit Date 05 Sep, 2023 The four heat collecting panels were made of corrugated Aluminum sheets (1.5 mm thick) painted black and covered with toughened glass sheet of 5 mm thickness with total heating surface area of 8 m2 . Heat collecting panels were installed in an o Completed
10th Visit Date 12 Sep, 2023 drying process inside the drying chamber would be affected by the climatic conditions. If the atmospheric air entering inside the panels is dry (low RH), the effectiveness of heat collecting panels would be more. Humidity inside Completed
11th Visit Date 19 Sep, 2023 It was observed that average tray temperature inside the drying chamber was 49.5oC (Fig. 4). The average temperature for top and bottom tray was about 51oC, and for middle portion it was 47oC which is suited to achieve the effective drying condi Completed
12th Visit Date 26 Sep, 2023 subsequently it was reduced to 0.83, 0.46 and to 0.40 kg h-1at the end of sixth hour. Completed
13th Visit Date 03 Oct, 2023 that storage and transportation of the dried sample will be easy. The equipment can have versatile drying applications in agriculture sector. Power consumption will be minimal since the main energy source is solar energy. The electrical back up e Completed
14th Visit Date 10 Oct, 2023 A Renewable energy monitoring system (EMCON-India) was used to measure the temperature, relative humidity, solar radiation and dry bulb temperature during the experiment. Drying parameters like moisture content, drying rate and collection efficie Completed
15th Visit Date 17 Oct, 2023 Average drying rate at the end of drying was found to be 0.82 kg h-1. The change in the drying rate was due to the high moisture content of sample at the beginning and it continuously decreased with time. The variation in drying rate during the p Completed
16th Visit Date 24 Oct, 2023 Water activity and moisture content were found to be within specified limits so that storage and transportation of the dried sample will be easy. The equipment can have versatile drying applications in agriculture sector. Power consumption will b Completed

Tagged Farmers

Farmer Name: O Baburao S/O: Venkataswami Mobile: XXXXXXXX06 Aadhar Number: XXXX-XXXX-9166 Survey Number: --
Farmer Name: V Balachandrarao S/O: Venkateswararao Mobile: XXXXXXXX59 Aadhar Number: XXXX-XXXX-3632 Survey Number: --
Farmer Name: M Narasimharao S/O: Koteswararao Mobile: XXXXXXXX25 Aadhar Number: XXXX-XXXX-3355 Survey Number: --
Farmer Name: N Gantayya S/O: Chinna Seshayya Mobile: XXXXXXXX64 Aadhar Number: XXXX-XXXX-1672 Survey Number: --
Farmer Name: T Kadhar Babu S/O: Venkatanarayana Mobile: XXXXXXXX24 Aadhar Number: XXXX-XXXX-8954 Survey Number: --
Farmer Name: K Nageswararao S/O: Samudralu Mobile: XXXXXXXX60 Aadhar Number: XXXX-XXXX-7025 Survey Number: --
Farmer Name: M Subbarao S/O: Tataiah Mobile: XXXXXXXX68 Aadhar Number: XXXX-XXXX-5612 Survey Number: --
Farmer Name: V Mastanarao S/O: Mahalakshmaiayya Mobile: XXXXXXXX43 Aadhar Number: XXXX-XXXX-5701 Survey Number: --
Farmer Name: T Subbarao S/O: Tataiah Mobile: XXXXXXXX25 Aadhar Number: XXXX-XXXX-3924 Survey Number: --
Farmer Name: K Veeraraghavayya S/O: Nagabhushanam Mobile: XXXXXXXX79 Aadhar Number: XXXX-XXXX-7995 Survey Number: --
Farmer Name: N Nagaraju S/O: Narasimharao Mobile: XXXXXXXX15 Aadhar Number: XXXX-XXXX-5637 Survey Number: --
Farmer Name: N Arjuna Rao S/O: Nancharayya Mobile: XXXXXXXX53 Aadhar Number: XXXX-XXXX-4846 Survey Number: --
Farmer Name: K Pothuraju S/O: Govindu Mobile: XXXXXXXX16 Aadhar Number: XXXX-XXXX-1098 Survey Number: --
Farmer Name: L Nagaraju S/O: Venkata Narayana Mobile: XXXXXXXX23 Aadhar Number: XXXX-XXXX-9967 Survey Number: --
Farmer Name: P Nagaraju S/O: Veeraraghavayya Mobile: XXXXXXXX01 Aadhar Number: XXXX-XXXX-6213 Survey Number: --

Farm MSB Documents

Harvest Details

Farm Photo:
Production Sheet:
Success Story:
Harvest Date: 31 Oct, 2023
Production in Tonnes: --
Crop Damaged Reason(If any): --
Damaged Date: --

Farmers Attended - VISIT 1

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Traditional sun drying methods under open sun for preserving low value fishery as well as agricultural products have several disadvantages such as contamination of food products by dust, dirt, birds, animals and insects and spoilage due to rain
Bad Practices:
Suggestions Given:
To overcome the disadvantage of open sun drying, a solar dryer with alternate energy backup of electricity was designed and developed for drying fishes and fish products hygienically in hot and humid climatic conditions. An experimental study on

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 2

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

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Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The time required for reducing the moisture content of prawn to 8.7% was 8 h in the solar dryer. Colour and texture of the dried prawns prepared in closed drying chamber was found to be better than product prepared by other traditional drying
Bad Practices:
Suggestions Given:
The collection efficiency of solar heat collecting panels was found to be approximately 82% and the distribution of hot air temperature inside the drying chamber was found to be uniform

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Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 3

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The average tray temperature inside the drying chamber at full load was 49oC without any alternate energy backup. Water activity of dried prawns was found 0.6 and the drying rate was also calculated. Solar drying
Bad Practices:
Suggestions Given:
process was found to be hygienic and reliable with respect to product quality.

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Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 4

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: thermal energy inside the solar drier is enhanced during the day time and then this excess heat is continuously directed inside the drier to dry the stored product.
Bad Practices:
Suggestions Given:
In developing countries like India, traditional sun drying viz., drying under open sun is employed for the preservation of low value products and agricultural crops as one of the most inexpensive

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 5

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Major disadvantage of this method includes contamination of food products by dust, dirt, birds, animals and insects followed by their spoilage due to rain, wind and moisture which mainly governed
Bad Practices:
Suggestions Given:
Moreover, this process is labour intensive, unhygienic, unreliable, time consuming that favour bacterial proliferation, non-uniform and requires a large area for spreading

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 6

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Closed chamber drying is having lot of advantages like saving in space and weight, decrease in transport bulk and cost, protection against contamination and microbial spoilage and retention of desirable quality attributes of fish
Bad Practices:
Suggestions Given:
In this study, the drying process has been carried out to overcome the potential problems associated with traditional sun drying through the integration of an electrical energy source to the dryer as a separate component. The presence of an alte

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 7

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Solar dryer with electrical energy backup was designed and fabricated, consisting two main parts viz.Solar dryer with electrical energy backup was designed and fabricated, , solar collector and drying chamber made up of food grade stainless steel
Bad Practices:
Suggestions Given:
Drying chamber can accommodate ten perforated/wire mesh trays (900×600 mm) with spacing of 70 mm for smooth flow and uniform distribution of hot air from solar heat collecting panels. The maximum capacity of drying chamber depends on spreading a

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 8

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Solar dryer with electrical energy backup was designed and fabricated, consisting two main parts viz., solar collector and drying chamber made up of food grade stainless steel
Bad Practices:
Suggestions Given:
Drying chamber can accommodate ten perforated/wire mesh trays (900×600 mm) with spacing of 70 mm for smooth flow and uniform distribution of hot air from solar heat collecting panels. The maximum capacity of drying chamber depends on spreading a

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 9

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The sets of trays in each compartment were placed in inclined manner (~ 63o ) for getting uniform distribution of hot air on each tray. Two rectangular exhaust openings (200 x 45 mm) with dampers were placed on bottom of each compartment at the
Bad Practices:
Suggestions Given:
The four heat collecting panels were made of corrugated Aluminum sheets (1.5 mm thick) painted black and covered with toughened glass sheet of 5 mm thickness with total heating surface area of 8 m2 . Heat collecting panels were installed in an o

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 10

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The average dry bulb temperature (DBT) and average atmospheric relative humidity (RH) were found to be 36oC
Bad Practices:
Suggestions Given:
drying process inside the drying chamber would be affected by the climatic conditions. If the atmospheric air entering inside the panels is dry (low RH), the effectiveness of heat collecting panels would be more. Humidity inside

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 11

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: During present study the average efficiency of heat collecting panels was found to be 82%. The flow rate of hot air inside the drying chamber was found to be more than 90 m min-1 which is ideally suited for achieving standard drying. The temperat
Bad Practices:
Suggestions Given:
It was observed that average tray temperature inside the drying chamber was 49.5oC (Fig. 4). The average temperature for top and bottom tray was about 51oC, and for middle portion it was 47oC which is suited to achieve the effective drying condi

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 12

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Drying rate was calculated on hourly basis during the drying process
Bad Practices:
Suggestions Given:
subsequently it was reduced to 0.83, 0.46 and to 0.40 kg h-1at the end of sixth hour.

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Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 13

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The solar dryer with electrical back up is ideal equipment for the hygienic preparation of dry fish products. The process is hygienic, requires less time and ensures quality of the end product. Water activity and moisture content were found to be
Bad Practices:
Suggestions Given:
that storage and transportation of the dried sample will be easy. The equipment can have versatile drying applications in agriculture sector. Power consumption will be minimal since the main energy source is solar energy. The electrical back up e

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 14

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

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Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: Fresh prawns (Metapenaeus dobsoni) collected from local market was washed in potable water and hot blanched in 2% brine for 30 s at 85oC to get good colour and texture for the final product
Bad Practices:
Suggestions Given:
A Renewable energy monitoring system (EMCON-India) was used to measure the temperature, relative humidity, solar radiation and dry bulb temperature during the experiment. Drying parameters like moisture content, drying rate and collection efficie

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 15

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: During present study the average efficiency of heat collecting panels was found to be 82%. The flow rate of hot air inside the drying chamber was found to be more than 90 m min-1 which is ideally suited for achieving standard drying.
Bad Practices:
Suggestions Given:
Average drying rate at the end of drying was found to be 0.82 kg h-1. The change in the drying rate was due to the high moisture content of sample at the beginning and it continuously decreased with time. The variation in drying rate during the p

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

Farmers Attended - VISIT 16

Farmer Name: O Baburao
Farmer Name: V Balachandrarao
Farmer Name: M Narasimharao
Farmer Name: N Gantayya
Farmer Name: T Kadhar Babu
Farmer Name: K Nageswararao
Farmer Name: M Subbarao
Farmer Name: V Mastanarao
Farmer Name: T Subbarao
Farmer Name: K Veeraraghavayya
Farmer Name: N Nagaraju
Farmer Name: N Arjuna Rao
Farmer Name: K Pothuraju
Farmer Name: L Nagaraju
Farmer Name: P Nagaraju

Visit Information

Is Expert Visted NO
Name of Expert:
Expert Contact Number:
Good Practices: The solar dryer with electrical back up is ideal equipment for the hygienic preparation of dry fish products. The process is hygienic, requires less time and ensures quality of the end product.
Bad Practices:
Suggestions Given:
Water activity and moisture content were found to be within specified limits so that storage and transportation of the dried sample will be easy. The equipment can have versatile drying applications in agriculture sector. Power consumption will b

Visit Documents

Group Photos:

Group Image - 1:
Farm Photos:

Farm Image - 1:
News Articles:

Summary Documents:

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