the physical choice the non chemical organic alternative Thermicide - - PowerPoint PPT Presentation

the physical choice the non chemical organic alternative
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the physical choice the non chemical organic alternative Thermicide - - PowerPoint PPT Presentation

the physical choice the non chemical organic alternative Thermicide features Physical method for pest control. Green and safe technology. Without chemicals. Efficient. Immediate results. Compatible with other systems. Complementary


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the physical choice

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the non chemical

  • rganic alternative
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  • Physical method for pest control.
  • Green and safe technology. Without chemicals.
  • Efficient. Immediate results.
  • Compatible with other systems. Complementary

technique.

  • Easy-to-use application.

Thermicide features

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  • Professional image and differentiation.
  • Priority method for Integrated Pest Management.
  • Immediate pest reduction.
  • Compatible with any other treatment.
  • Easy to us.
  • Light weight and easy to handle. Mobile and easy to transport.

Can be used by a single operator.

  • Tool for inspection, find the nests by the moderate dispersion

effect.

  • Low cost of CO2, large autonomy .

Advantages for Pest Control Companies

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  • Clean technology. Without the use of chemical

insecticides.

  • No security issues – may be used in the presence of

humans

  • Immediate elimination of the insects in all their life

stages.

  • Possible to use in the presence of animals, food stuffs

and plants.

  • No residuals.

Advantages for the end users

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Physical system for pest control

Patented technology

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  • German cockroach. Blatella germánica.
  • Bedbugs. Cimex lectularius.
  • Meal moths. Ephestia, Plodia.
  • SPP – weevils etc. Tribolium, Stegobium, Sitophilus.

Oryzaephilus,

  • Silverfish. Lepisma saccharina.
  • Others.

Effective in the control of:

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Efficiency approved by independent laboratories

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Effect on insects

The insects breathe using a system of trachea (windpipes), in which the gas is transported directly to the tissue. The passage of air from the exterior to the interior of the insect is regulated by the opening or closing of the spiracles.

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The movements of the spiracles are conditional on the concentrations of

  • xygen and carbon dioxide, CO2:

When the concentration within the trachea of CO2 is high or the oxygen is low, the spiracle valve will open up. On the other hand, the presence of carbon dioxide at high concentrations in the air, has an anaesthetic effect on the insects.

Effect on insects

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How it works

The nozzle of the Thermicide had to be specially designed to handle the specifically low heat and the required concentration of CO2 in the centre of the stream.

The design of the nozzle prevents turbulence in order to keep the air (D) and the CO2 (C) separated and maintain the temperature of the gases once they are expelled.

This allows in its turn a low velocity of application. This is fundamental for the efficiency, preventing the expulsion of the insects resulting from the speed of the nozzle.

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How it works

 The spray gun Thermicide projects a stream of high temperature

carbon dioxide accompanied by air in a tube shaped form which keeps the CO2 hot.

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How it works

 Creates a low oxygen atmosphere around the insects.  The insects open their spiracles which are connected to the exterior with the

internal branchial apparatus.

 The insects being incapable of defending themselves against the heat die

rapidly of heat stroke.

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Thermicide uses recycled CO2

 Thermicide works with refillable

bottles of 2kg food grade recycled

  • CO2. The bottles may be refilled at

authorized gas dealers.

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Thermicide uses recycled CO2

 An organic system  An economical system

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 Does not contain water  The CO2 cools down rapidly  No damage to heat sensitive materials as long as the safety

distances are respected and the correct power is being applied.

Thermicide uses recycled CO2

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Specific heat KJ/KgK 0.5 0.6 0.7 0.8 0.9 1.1 1.2 1.3 1.4 1.5 CO2 Water Steam Oxigen Air Nitrogen Ammonia Water Hidrogen 1.0 2.2 0.9 0,9 14 1.1 4.1 0,8

SPECIFIC HEAT Heat capacity, or thermal capacity, is the measurable physical quantity

  • f heat energy required to change the temperature of an object by a given amount.
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DIMENSIONS LC3

Height 100 cm Width 27 cm Depth 35 cm Total weight 22 kg

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videos

  • How it works
  • Bedbug control, Cimex lectularius
  • Cockroach control, Blatella germanica
  • Cockroach control, Blatella germanica, ninfas
  • Cockroach control, Periplaneta americana
  • Control of bedbugs under a layer of textile
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Thermicide LC 1

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Thermicide LC2 LC3

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EFFICIENT

Synergistic combination of T(ºC) + air + CO2

HANDY AND PRACTICAL

Design adapted to the professional operator

QUICK ACTION

Immediate elimination of the insects by direct contact

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