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Thermoelectric module Peltier effect - 35 - 60 W, 14.6 - 15.3 V DC | TM1 series
The thermoelectric module (or Peltier
module) is a specific electronic component
which works as a small heat pump. It is
made up of a certain number of couples
of semiconductor material with different
electric...
module) is a specific electronic component
which works as a small heat pump. It is
made up of a certain number of couples
of semiconductor material with different
electric...
Thermoelectric module Peltier effect - 35 - 60 W, 14.6 - 15.3 V DC | TM1 series
The thermoelectric module (or Peltier
module) is a specific electronic component
which works as a small heat pump. It is
made up of a certain number of couples
of semiconductor material with different
electric charge. These couples are laid
down between two ceramic plates, like
a "sandwich", that act as a mechanical
support and also as an electrical insulator.
Applying a DC electric current to the
module, the system starts to work cooling
a side of the module and warming the
opposite one.
The thermoelectric modules could be used
both to cool and to warm: by reversing the
direction of the electrical current passing
through the module, the heat flow is also
reversed.
The use of thermoelectric technology is the
most direct way to convert electric energy
in cooling power.
module) is a specific electronic component
which works as a small heat pump. It is
made up of a certain number of couples
of semiconductor material with different
electric charge. These couples are laid
down between two ceramic plates, like
a "sandwich", that act as a mechanical
support and also as an electrical insulator.
Applying a DC electric current to the
module, the system starts to work cooling
a side of the module and warming the
opposite one.
The thermoelectric modules could be used
both to cool and to warm: by reversing the
direction of the electrical current passing
through the module, the heat flow is also
reversed.
The use of thermoelectric technology is the
most direct way to convert electric energy
in cooling power.
Incinerator
Tecam Group supplies Incinerators for Hazardous Waste, Solid Waste, Liquid Waste, NORM waste, etc. derived from industrial processes.
Incineration is a type of valorisation that offers safe results and advantages, which make it ideal for industrial waste management. Still, there are some concerns about Incinerators, due to thembeing a partly unknown valorisation...
Incineration is a type of valorisation that offers safe results and advantages, which make it ideal for industrial waste management. Still, there are some concerns about Incinerators, due to thembeing a partly unknown valorisation...
Incinerator
Tecam Group supplies Incinerators for Hazardous Waste, Solid Waste, Liquid Waste, NORM waste, etc. derived from industrial processes.
Incineration is a type of valorisation that offers safe results and advantages, which make it ideal for industrial waste management. Still, there are some concerns about Incinerators, due to thembeing a partly unknown valorisation method and to some suspicious preactices carried out in the past.
However, since EU 2000/76/CE Directive from year 2000, waste incinerators undergo the strictest and more demanding controls. Since Incinerators are such a controlled valorisation method, they are a safe and efficient solution for waste management, and are very widely used in many countries.
Technical Advantages:
- Allows treatment of different waste types
- Needs few space
- Generates only upto 3% ashes as solid residue
- Energy Recovery >Waste to Energy > Incinerators may reuse waste to generate hot water, steam and electric power, which implies cost savings.
WASTE TO ENERGY:
OUR EQUIPMENT MAY REUSE WASTE TO GENERATE HOT WATER, STEAM OR ELECTRIC POWER
One of the advantages that our incineration systems bring is Waste to Energy, that means, our incinerators may reuse the calorific value of waste to generate extra power for the customer, such as hot water, steam or electric power. That extra power can be used internally at the customers manufacturing plant for productive processes.
This means COST SAVINGS for manufacturing plants.
Incineration is a type of valorisation that offers safe results and advantages, which make it ideal for industrial waste management. Still, there are some concerns about Incinerators, due to thembeing a partly unknown valorisation method and to some suspicious preactices carried out in the past.
However, since EU 2000/76/CE Directive from year 2000, waste incinerators undergo the strictest and more demanding controls. Since Incinerators are such a controlled valorisation method, they are a safe and efficient solution for waste management, and are very widely used in many countries.
Technical Advantages:
- Allows treatment of different waste types
- Needs few space
- Generates only upto 3% ashes as solid residue
- Energy Recovery >Waste to Energy > Incinerators may reuse waste to generate hot water, steam and electric power, which implies cost savings.
WASTE TO ENERGY:
OUR EQUIPMENT MAY REUSE WASTE TO GENERATE HOT WATER, STEAM OR ELECTRIC POWER
One of the advantages that our incineration systems bring is Waste to Energy, that means, our incinerators may reuse the calorific value of waste to generate extra power for the customer, such as hot water, steam or electric power. That extra power can be used internally at the customers manufacturing plant for productive processes.
This means COST SAVINGS for manufacturing plants.