Company Carbon Footprint: Calculate the Environmental Impact with QLEAP

company carbon footprint

The focus on sustainability and ecological responsibility has significantly increased, and companies are becoming more concerned about reducing the company carbon footprint. In this context, an energy efficiency platform with an integrated CO2 emissions monitoring module becomes increasingly important, offering advanced solutions for efficient resource management and carbon footprint reduction.

How It Works

The IoT module receives data from specialized sensors that measure CO2 concentration associated with consumption and transmits this data to the central platform. Within this platform, the data is processed and compared with an extensive list of carbon footprint coefficients, which includes approximately 3000 records. Thus, energy consumption is directly associated with CO2 emissions, providing a comprehensive perspective on the company carbon footprint.


  • Efficient Resource Management: Associating energy consumption with CO2 emissions facilitates the identification of areas with improvement potential and the implementation of efficient strategies to reduce company carbon footprint. For example, by identifying equipment or processes that generate large amounts of CO2, companies subsequently develop specific action plans to optimize or replace them with more energy-efficient solutions.
  • Energy Cost Reduction: Optimizing ventilation and HVAC systems (heating, ventilation, and air conditioning) based on detected CO2 levels represents a significant part of a building’s energy consumption. By optimizing these systems according to detected CO2 levels, organizations reduce energy consumption and associated costs. For example, if CO2 levels are low and ventilation is operating efficiently, the HVAC system can be adjusted to operate at lower capacities, thus saving energy and money.
  • Simplified Legal Compliance: CO2 emissions regulations are becoming stricter, and companies must ensure compliance with these requirements. QLEAP provides precise and transparent data that facilitates compliance with legal regulations and reduces the risk of penalties or sanctions.
  • Informed Decision-Making: Detailed data and analyses generated by the IoT platform allow users to make informed decisions and implement specific measures to reduce company carbon footprint and associated costs. For example, based on information provided by IoT modules, companies decide to invest in more energy-efficient technologies or optimize existing processes to reduce energy consumption and emissions.
  • Air Quality Monitoring and Optimization: Monitoring and optimizing air quality are essential to ensure a safe and healthy working environment. Through the CO2 module, organizations quickly identify potential sources of air pollution and take corrective measures to minimize their impact. For example, if a particular department or work area has high CO2 levels, this could indicate inadequate ventilation or faulty equipment operation. Through continuous monitoring and prompt intervention, an optimal working environment is ensured, contributing to reduced absenteeism and increased employee satisfaction and productivity.

QLEAP is an essential tool in efforts to reduce company carbon footprint and promote sustainability within industrial companies. By providing precise data and proactive actions, the IoT platform facilitates efficient resource management and ensures compliance with emissions regulations, contributing to building a more sustainable and greener future.