Case Study_Fibreglass Plus in Corrosive Environments

The Advantages of Fiberglass for Corrosive Industrial Environments

The common factor in all MITA evaporative cooling towers is fiberglass, a plastic material that is excellent for ensuring durability. It is a technical feature also successfully tested by a major Russian salt producer.

  • Azienda russa produttrice di sale
  • Fornitura di torri di raffreddamento in vetroresina contro la corrosione
  • Caratteristiche tecniche anti-condensa per climi freddi
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Company
Russian salt producer
Year
2019
Localization
Tula Region, Russia
Type of interlocutor
Distributor
Scope of application
Food industry
List of customer needs
Resistance (saline and corrosive environment)
Technologies provided
No. 3 PMS open circuit cooling towers
Other special offers
Anti-condensation heater for cold temperature environments
Key to success
- Fiberglass solution, non-corrosive and durable
- Ongoing advice from local distributor

1. Installation context

The company in question is a salt producer located in the Tula region of Russia. It is a company active in the food industry and is involved in salt production. The company had a specific need to renovate parts of its plant due to the corrosive environment in the installation area.

2. Proposed solution

To meet this need, the company opted to install three PMS open-circuit fiberglass cooling towers, supplied by MITA. The fiberglass cooling towers offer corrosion resistance and durability.

3. Key success factors

The key to the success of this solution was the choice of fiberglass as the main material for the cooling towers. Fiberglass is a plastic material that offers corrosion resistance and durability, suitable for saline and corrosive environments. In addition, the advice provided by the local distributor contributed to the successful selection of fiberglass cooling towers.

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Cooling systems of this project

PMS Open Circuit Cooling Towers
for Small and Medium Plants

PMS Evaporative Open-Circuit Cooling Tower

It is a cooling tower for industries of any type and for any water quality: very compact, self-supporting, light and long-lasting non-corrodible fiberglass structure.

Applications

Cooling Technologies for a High-Quality Food Process_Case Study

Food Industry

Cooling technologies for food industry must help preserve the quality of the finished product (and of the process liquid): this is true even more than in other industries. Closed circuit cooling towers and “hybrid towers” can make their contribution. It is fundamental to grant the operational plant continuity of the cooling system.
Cooling Technologies for Metal Working

Metalworking

Foundries, steel mills, aluminum production lines: the plant managers of these industries require operational continuity, significant thermal jumps in cooling and cost containment for management and maintenance. Remote management platforms are an ally.
Cooling Technologies for Plastic Moulding

Plastic and Rubber Processing

The plastics industry has gradually become attentive to operating resource use optimization and environmental sustainability: this is why adiabatic cooling systems seem ideal. Sometimes output temperatures below zero are required: in these cases we go to ad hoc chillers for industrial processes.

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