Installation Context
energy from biomass, energy from thermal sources, trigeneration plants.
Cogeneration and Trigeneration
Many industries transform heat into electricity and reuse it instead of dissipating it: an example is energy from biomass. A special case is trigeneration (production of electricity, hot and cold): the process takes place using refrigerant fluid (water) in combination with the substance (lithium bromide) used as an absorbent. The latter is to be cooled with an evaporative cooling tower. During the cooling phase, well-defined thermal jumps are often required: 10 ° for biomasses, 15 ° in the case of trigeneration. Remote monitoring systems help keep track of these performances.
Requirements
efficiency, performance guarantees, circumscribed output temperatures.
Overview of Cooling Technologies
remote control systems, Industrial modular cooling towers.
Cooling technologies for trigeneration: an example
A particular field of co-generation systems is that of trigenereration that, besides the self-production of electric power also makes it possible to use the thermal energy recovered by the conversion to produce refrigerating energy, that is to say, refrigerated water for conditioning or for industrial processes.
The conversion of thermal energy to refrigerating energy is made possible by the use of the absorption refrigerator cycle in which the functioning is based on the conversion of the refrigerating fluid (water) in combination with the substance (lithium bromide) used as absorbent.
Essentially, the two sections of the system that may require tower water (or a cooler, generically speaking) are the absorption refrigerator unit and the motor-alternator unit.
Our ranges of products
for medium to large systems
PME-E Open-Circuit Evaporative Cooling Tower
A light and non-corrodible open-circuit evaporative cooling tower: process industry and HVAC operators will be able to count on its multiple versions and ease of transport and installation.
for Large Industrial Plants
PMM Modular Cooling Tower
This is a series of large industrial cooling towers for power generation, steel and aluminium processing, cogeneration and other large production sites. Efficiency, high performance, reduced installation and transport costs are granted.
field-erected
PU Industrial Cooling Tower
The PU series field-erected industrial cooling tower can serve very large plants: especially oil & gas, chemical and power generation. Available for all industrial water. Different materials are supplied according to project needs: concrete, steel, fiberglass and pultruded.
Inverter for Consumption Optimization
MITA Control System
MITA Control System allows programming and modulating cooler’s performances during its use in a very simple way. Electricity consumption optimization is granted.
for Remote Management of the Cooler
MITA IoT Platform 4.0
Your cooler is transformed into a connected cooler “industry 4.0”: performance, consumption, maintenance just a click away.
Some MITA Projects
MCC for the Rotor Dynamics Lab (University of Pisa)
MITA Cooling Technologies and technological research in the academic field: in 2015 we took part in the tender for a cooling system of the two engine test stands annexed to the Rotordynamics Laboratory of the University of Pisa: an area of 200 m2 in the San Rossore Protected Park. The result was the installation of an MCC closed circuit evaporative cooling tower.
Learn More
Evaporative condensers for a brewery in Cuba
In 2015 a Cuban brewery needed to replace the ammonia condensation system (NH3) attached to the compressors of the refrigeration units: MITA Cooling Technologies installed 6 evaporative condensers, also modernizing the production process.
Learn More
Creta Farm cuts energy bill with Mita adiabatic technology
After a devastating fire Creta Farm decided to rebuild and install a cutting edge energy efficient solutionfor the production plant in Crete. The prestigious assignment to design the new cold storage went to ecoRef in Athens. They designed an indirect cooling system with R407F and Temper -15 as secondary fluid using adiabatic Mita technology. The results have exceeded the expectations with significantly reduced energy costs.
Learn More