Soluciones Integrales de Combustion is carrying out the upgrade of the thermal power plant in a chemical factory. The images show the tasks of the chimney manufacturing and assembly process in said factory, dedicated to the production of organic chemical components from forest resources.

The revamping or upgrading of thermal plants are among the services provided by Soluciones Integrales de Combustion for thermal and combustion facilities. “The objective of our Engineering Department is to provide innovative, economical and more sustainable solutions to renovate the Thermal and Combustion Plants. For this we design, rethink and implement the new elements that our clients need to get the most out of their installation”.

The hallmark of Soluciones Integrales de Combustion is to provide a comprehensive service and ensure that its customers can concentrate on their main activity, preventing their thermal and combustion facilities from taking away their sleep or causing unnecessary expenses.

Upgrade of thermal power plant

Usually the upgrading of thermal and combustion plants aims to improve their energy efficiency. This operation allows not only to reduce energy costs but also to reduce the carbon footprint. Upgrading technologies make it possible today to obtain more efficient installations, with a notable reduction of pollutants in their operating process, especially NOx or nitrogen oxide.

Combustion engineering

In the area of ​​facility revamping, Soluciones Integrales de Combustión carries out engineering projects to meet customer needs and requirements and adapt to current environmental regulations. From specific solutions to turnkey projects.

Integral Combustion Solutions services comprehensively cover engineering, supply, installation, maintenance and repair needs. They also add value to customers in aspects such as energy savings, sustainability, reliability and the reduction of unnecessary stops at the facilities.

The solutions provided by the Integral Combustion Solutions team are diverse, depending on the demand:

• Increased thermal performance
• Energy efficiency
• Temperature uniformity
• Reduction of atmospheric emissions
• Heat recovery
• Acoustic cleaning of facilities