Presentation on theme: "1 Ozone Testing on Honey Bee Equipment By Elmer James Martin James Karla James Shelton Of Slide Ridge Honey Mendon, Utah June 9, 2008."— Presentation transcript:
1 Ozone Testing on Honey Bee Equipment By Elmer James Martin James Karla James Shelton Of Slide Ridge Honey Mendon, Utah June 9, 2008
2 Assisted by: O3 Company, Aberdeen, Idaho USDA-ARS Bee Research Lab, Beltsville Utah Dept. of Agriculture, Salt Lake City USDA-ARS Pollinating Insect Research Unit, Logan, Utah Ozone Research Equipment, Akron, Ohio
3 Lab Facilities Small Test Chamber at Ozone Research Equipment in Akron, Ohio Lab Testing at USDA-ARS Beltsville Bee Lab in Beltsville, Maryland. Lab Testing at Utah Dept of Agriculture in Salt Lake City, Utah Lab Assistance from USDA-ARS Bee Lab in Logan, Utah.
4 Full Scale Field Testing Ozone room constructed at Slide Ridge Honey in Mendon, Utah Size: 20 ft. X 15 ft. X 10 ft. Large ozone generator unit , double chamber type manufactured by O3 company in Aberdeen, Idaho. Monitor with range 0 to 2000 PPM provided by O3 company.
5 Ozone Room
6 Ozone Room Sealed
7 Ozone Generator
8 Ozone Generator Inside
9 Ozone Monitor
10 Ozone Test Start up Number 1
11 Ozone Test Start up Number 2
12 Ozone Test Start up Number 3
13 Ozone Test Start up Number 4
14 Ozone Test Run Number 2
15 Ozone Test Run Number 3
16 Ozone Test Run Number 4
17 Part of Ozone Test Run Number 4 (USU Data Logger)
18 Ozone Test Run Number 5
19 Ozone Test Run Number 5 (USU Data Logger Record)
20 Observations Pesticides residue destroyed. Herbicides residue destroyed. Wax moth destroyed, inactive remains. Gasoline residue destroyed on outer surface during run #5 on a customers Hives. Comb readily accepted by Honey Bees. Dry Rot fungus may be stopped.
21 Observations Cont. Foundation purchased several years ago was never acceptable to our Honey Bees. Now that this foundation has been submitted to Ozone they seem to readily move on to it and start building comb.
22 Items not Subdued FOULBROOD More testing required & with different techniques.
23 State of Utah Lab Tests Control Sample of Beeswax & Pollen with no Pesticides applied after Ozone treatment Beeswax & Pollen with Fluvalinate applied and then treated with Ozone Beeswax & Pollen with Amitraz applied and then treated with Ozone.
24 State of Utah Sample
25 State of Utah Sample
26 State of Utah Sample
27 Wax Moth Damage Comb with severe wax moth damage has never been acceptable to our Honey Bees, therefore these frames were disposed of in our operation. Same severe damaged comb, Ozone treated, is very acceptable, the bees move right on to it and starting cleaning out the cells for reuse. Refuse dumped on bottom board by the bees, tip hive and scrap out.
28 Typical Wax Moth Damage
29 Typical Damaged Frame After Ozone Treatment
30 Drying out Equipment The Ozone process seems to dry out all of the equipment, boxes, frames, comb, pallets, etc. O3 CO theorizes that dry air input as the carrier for the Ozone gas is absorbing the moisture from the equipment.
31 Room Pressure Exhaust With Charcoal Filter
32 Air Circulation In Ozone Room, NO Rubber or Urethane Belts
33 Air Circulation in Ozone Room Requires Direct Drive Blower
34 Coding of Equipment Processed Through Ozone
35 Coded Hive Box & Frames
36 Restack Hive Boxes to Allow Better Air Circulation
37 Locate Ozone Sensor Near Top of Equipment Being Processed
38 Depressurize ducting, route outside of building
39 Cost Ozone generator $3, per month lease. Electric power $ Frames processed 8,880. Labor$0.00. Cost per brood frame = $0.36 each. Not included, improvement to boxes, pallets, lids, etc.
40 End Result of Ozone Treated Equipment. (30 Day Nuc)
41 Honey Bee Care Bees shown in slides have been treated for Mites, Nosema, Foulbrood, and Chalkbrood. Their diet has been supplemented with Bee- Pro & other additives.
42 Conclusions by Slide Ridge Honey All Dead Out Hives should be processed in an Ozone Chamber before attempting to raise Honey Bees in them. We consider placing Honey Bees in unprocessed Dead Out Hives, a waste of time and money.
43 Conclusions Continued Why does Ozone Treatment Work? This was the first full scale Ozone Test under field conditions, and we know a number of items that are being destroyed, however we may have wiped out other detrimental elements that need to be known and requires further Lab Research.
44 Comments We wish to acknowledge the USU Bee Lab and their staff for coming up with the idea of using Ozone to purify Bee Hives, and now that we have proven that the idea is economically feasible by Bee Keepers at the commercial level, we encourage USU Bee Lab to enlarge this research program at the earliest opportunity.
45 Comments Continued We believe that with Ozone Processing and proper nutrition, CCD may disappear from the Bee Keeping operation. We believe that our two biggest problems in bee keeping are: pesticides/herbicides being returned to the hive & poor honey bee nutrition.
46 Factor We need for the Lab to establish a factor that relates: Time in Ozone chamber to PPM of Ozone This would allow us to cut cost on power consumption and/or equipment size. We are also of the opinion that the Logan Bee Lab is in the best position to conduct this Research.
47 Distribution USDA-ARS Bee Lab 5310 Old Main Hill Room 253 Logan, Utah Dr. Rosalind James Craig Huntzinger Ellen Klinger State of Utah Dept. of Agriculture & Food 350 N. Redwood Road Salt Lake City, Utah Danielle Downey Dr. David Clark
48 Distribution Cont. Beltsville Bee Lab Room Baltimore AV. Building 476 BARC- East Beltsville, MD Bart Smith Jeffery Pettis O3 Manufacturing 2775 West 1800 South Aberdeen, Idaho Lynn Johnson cell
49 Distribution Cont. Ozone Research Equipment Company 221 Beaver Street Akron, Ohio Ron Brainard Bee Keepers: Newswander Brothers Honey Pendell Apiaries Homan McMaster Apiaries Mike Brockman
50 Distribution Cont. Suppliers: Mann Lake Ltd. Stuart Volby st. St. South Hackensack, MN