Decarbonization
The transition to decarbonization is now a priority for many companies that share the goal of ensuring compliance with the goals set for carbon neutrality, without this meaning losing competitive capacity.
By sharing a special concern about the environmental impact of each project, SINMETRO has dedicated part of its recent research to carbon transparency, control of energy consumption (of fuels, fuel mix and biomass) and CO2 and GHG emissions, throughout the value chain, and energy efficiency in various industrial realities, such as intensive energy consuming companies, which typically work continuously 24/7 and whose ovens are on 365 days/year.
We are committed to the development of decarbonization strategies, which allow the identification of priority areas of intervention to reduce CO2 emissions, maximize the energy generated, minimize losses and costs and comply with the environmental benchmarks for emissions.
01
Calculation, forecasting and simulation of CO2 and Greenhouse Gas emissions throughout the value chain.
02
Measurement and simulation of consumption and its energy costs.
03
Identification of emission reduction opportunities.
04
Planning the carbon neutralization scenario.
05
Demonstration of return on investments.
06
Implementation of process changes.
07
Training and follow-up.
Once the areas of intervention have been identified, we support organizations through the implementation and monitoring of initiatives, regardless of the underlying complexity of each change and the communication protocols present on the shop floor.
We transform and digitize obsolete work processes based on scattered sheets of paper, Excel spreadsheets, manual data entry and disintegrated systems from a continuous data flow.
We allow data to be explored and worked on to be relevant in decision-making, especially in terms of energy efficiency and investments in fuel switching.
Once the areas of intervention have been identified, we support organizations through the implementation and monitoring of initiatives, regardless of the underlying complexity of each change and the communication protocols present on the shop floor.
We transform and digitize obsolete work processes based on scattered sheets of paper, Excel spreadsheets, manual data entry and disintegrated systems from a continuous data flow.
We allow data to be explored and worked on to be relevant in decision-making, especially in terms of energy efficiency and investments in fuel switching.
Each environmental and technological change implemented in your company is supported by historical data and produced and forecasted production volumes, which allows us to measure, control, estimate and predict the consumption of each fuel, calculate its emissions, and identify new solutions that guarantee the heat capacity of your production process.
The integration of sustainability indicators in production management will allow your company to plan scenarios and reduce costs, in terms of efficient management of the free emissions limit allocated annually by the European Trading of Licenses, without having to be subject to successive price increases of emissions purchase.
Each environmental and technological change implemented in your company is supported by historical data and produced and forecasted production volumes, which allows us to measure, control, estimate and predict the consumption of each fuel, calculate its emissions, and identify new solutions that guarantee the heat capacity of your production process.
The integration of sustainability indicators in production management will allow your company to plan scenarios and reduce costs, in terms of efficient management of the free emissions limit allocated annually by the European Trading of Licenses, without having to be subject to successive price increases of emissions purchase.