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How
do I know this works? |
The
number of industries that ECA Technologies adds value to is
vast with the following being the earlier adopters of the
technology. The main industry users are listed below and information
on a few of them are provided. If you would like information
or more detail relating to your specific industry please contact
us for comprehensive literature and case studies. |
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Food and beverage production
• Bottling companies
• Farming (livestock, chicken and fisheries)
• Dairy
• Hotel and restaurant groups
• Shipping companies
• Retail stores
• Municipality (cleaning drinking water and waste returned
to the earth)
• Mining (Dust suppression)
• Healthcare (hospitals, doctors rooms, nursing)
• Potable water industry
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Apart
from undisputed accreditation
and testing that has been carried out world-wide on ECA Technologies,
the best possible way of showing a product or a service works
is by learning more from the companies that have used ECA
as an effective solution. Finding out more about their challenges
before implementation, the implementation processes itself
and the results thereafter are paramount.
A selection of high level case studies of the most successful
adopters is provided below, but detailed studies and more
comprehensive information is available on request.
Food and Beverage Production
(Meat and Abattoirs / Grain and Milling / Sauces and Soups)
The single most important aspect of food production is the
consideration of hygiene, the management of harmful pathogens
(viruses and bacteria) and ability to produce a product that
passes all aspects of testing for human consumption. Producing
acceptable products for the end users “most of the time”
is also not acceptable. Increasing business pressures on the
bottom line demand every production run to be perfect, to
take less time and be easier to manage and to cost less. Mangers
aren’t asking for much are they?
ECA Technology Africa (Eco-Lyte) provides solutions in all
aspects of the production chain including amongst others:
Raw materials
Water is a probably the biggest raw material in food and beverage
production. All water currently has to be treated with chemicals
- not anymore. ECA solutions can replace your current mixture
of water and chemicals with Anolyte at a lower cost and with
no handling, storage and transport issues.
Other raw materials such as fruit and vegetables are easily
treated with Anolyte and tests have shown that Anolyte is
over 4% more effective at killing pathogens, viruses and bacteria
than existing solutions |
Institute
of Food Science and Engineering – University Arkansas:
• Reduction of microbial contamination of fresh
vegetables:
- 99.9% reduction of Listeria,
Salmonella and E.coli using Anolyte
- 95.0% reduction was
best achieved by competition
(Ozone, chlorine
dioxide or chlorine) |
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Anolyte is 99.9% effective against the pathogens that cause
the most problem in the food and beverage industry namely;
Lactobacillus, Pediococcus, Bacillus, Aspergillus, Cladosporium,
E.coli and Alicyclobacillus.
Cleaning in Place (CIP):
Anolyte and Catholyte provide the perfect easy to handle and
use product for your cleaning in place challenges, including:
• Facility sanitation
• Personnel cleanliness
• Machinery decontamination (change in production runs)
Bottling and corking:
Once again without the need for any chemicals, all cleaning
processes regarding bottling and corking are dealt with by
using Anolyte.
Benefits:
• complete control of bio-film build up
• can be used across the whole production value chain
• decrease in production time and operating efficiency
(up to 70%)
• 90% saving on chemical expenditures
• reduce water usage by over 60%
• energy saving (Anolyte used at any temp)
• safety of workers improved
• no effect on colour, taste, appearance or nutritional
status of end product
• adapt to existing or newly developed CIP procedures
• 100% green and simple to store, transport and dispose
of
Farming
Farming (from animals to agriculture and horticulture) is
complex and varied. There is a fundamental common challenge
for all farmers however, that of hygiene, disease control
and delivery of a quality product. This means managing and
protecting livestock and produce from harmful bacteria, viruses
and numerous pathogens.
Existing solutions such as thermal treatment, biocides and
fungicides, Aw and temperature control are labour intensive,
costly, toxic and hazardous.
We have seen phenomenal results in pig and cattle farming
recent years. After implementing a regime using Anolyte recent
studies have shown:
• mortality rate reduction by 50-80%;
• medicine cost reduction by 50-90%;
• better feed conversion ratio;
• more effective disease control and cure;
• complete hygiene protocol without chemicals;
• better weight gain
• at all cycles of pig growing;
Similar success has been experienced in the poultry industry.
By applying Anolyte to drinking water of the laying hens and
broilers as well as implementing a strict Cleaning in Place
(CIP) policy using Anolyte (use of foggers), we have seen
the following staggering results:
• Egg production rate increase of 6%
• Egg mass 5 to 6 grams heavier p/egg
• 30% decrease in mortality rate
• Substantially stronger shells resulting in a decrease
in breaking eggs
• Improved health of staff (no exposure to chemicals)
Healthcare
The biggest concern for any hospital management team is the
issue of keeping their hospitals free of viruses, bacteria
and other seriously harmful pathogens. Hospitals have to continuously
develop ways of improving cleaning techniques, introducing
new and improved cleaning products and propose savings on
what is a major overhead.
We can see in the graphs below the results of targeting these
pathogens as the usage in ECA Technologies increase.
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Municpality
(cleaning drinking water and waste returned to the rivers)
Client: Tallinna Vesi AS / Tallinn Water
Ltd. Republic of Estonia
Task: to disinfect 200 m3/h of drinking water or approximately
5000 m3/day.
To remove biofilms and various sediments from the water pipes.
Result: Complete disinfection according to potable
standards and removal of biofilm and sediments in water pipes.
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