Developed from the concept of maximizing the combustion, due to the technology involved in the D-Flame®️, it is possible to increase the combustion efficiency, providing a reduction in the length of the flame and an increase in its intensity, with direct impacts on the improvement of thermal transfer in to the material bed, which takes…
The production of cement based on the clinker raw material generates a high cost in thermal and electrical consumption for industries, in addition to being one of the biggest responsible for the emission of CO2, one of the main polluting gases in the atmosphere. However, Calcined Clays is a sustainable alternative that will reduce the…
Essential for the production processes in your plant, the Dynamis D-Flame burner will deliver you good results. Know more about the differentials! Burners are an essential part of any industrial kiln. It is for them that the combustion process is carried out to generate energy for the production in the material bed. But, there are…
IIn April 2019, the Cementos Argos’ new calcined clay production plant started its operation. Located at the Rioclaro site, in Colombia, this line was designed following the D-Pozzolan®️ technology, which involves several patents of Dynamis. Other than the pyroprocessing, the most visible part of the plant, Dynamis took part of the entire project development activities,…
The calcination in the clinkerization process in the production of cement is one of the biggest emission of CO2, reaching 35% by mass of the kiln feed to become this gas. The participation of the cement industry in CO2 emissions to the environment is of the order of 7% of global emissions worldwide, therefore, it…
In February 2020, a new DYNAMIS D-FLAME multi-fuel burner was installed and commissioned for Natural Gas and Biomass (peanut shell). Its data and characteristics are shown below: General Data: – Main Burner Nominal Capacity 362.3 MM BTU/h – 106.2 MW – 91.5 Gcal/h Main Fuels LHV (min) Flow Rate (max) Nominal Capacity – Natural Gas…
It is well agreed that the role of a burner is to improve secondary air entrainment into the fuel region, besides allowing high operational flexibility, turbulence indexes, recirculation zones and, last but not least, to keep emissions low. To maximize secondary air entrainment and its mixture with fuel, high levels of turbulence are created through…
Burner designs for modern clinker kilns must fulfil several requirements. Operational flexibility, high durability, low energy consumption, easy tuning, low emissions, and fuel flexibility are some of these requirements to be met. The evaluation of many of these features is straightforward. Generally, the design of a new burner involves the calculation of: flame impulse; turbulence…
The type of kiln hood assembly can affect kiln operation significantly. Computational fluid dynamics modelling on four different types of kiln hood assemblies in a full-scale cement kiln has shown that clinker bed temperatures can show differences of up to 200˚C. The burner is responsible for providing the thermal energy needed for the clinkerisation process…
Grinding and drying fuel in your industrial process can positively impact your company’s finances. Understand! The objective of the entire industrial sector, regardless of the size of the company, is to obtain high performance with its processes, great cost-benefit with its operations and, of course, generate profits for the business. However, depending on the sector…