Navigating the Carbon Conundrum: A Cultural Perspective on the Impact of Carbon Emissions and the Costs of CO2 Abatement

6 min readNov 28, 2023

In an era where climate change looms large on the global stage, the impact of carbon emissions resonates far beyond environmental concerns. Beyond the scientific discourse, it is imperative to delve into the societal and industrial facets of this critical issue.

This article seeks to explore the cultural implications of carbon emissions and the economic challenges associated with CO2 abatement.

The Cultural Tapestry:

1. Environmental Awareness and Social Responsibility

The rise of environmental consciousness has woven itself into the cultural fabric of societies worldwide. Individuals and communities increasingly recognize the significance of sustainable practices, inspiring a shift towards eco-friendly choices. From grassroots movements to corporate initiatives, the cultural narrative is evolving towards a greener ethos.

2. Cultural Heritage at Stake

Climate change poses a threat not just to the environment, but also to cultural heritage. Rising sea levels, extreme weather events, and ecological disruptions endanger historical sites and traditions, urging societies to safeguard their cultural legacy through collective action against carbon emissions. We are living in the most intense years of Climate Crisis.

3. Innovation and Cultural Identity:

Embracing clean technologies and fostering conscious consumption habits become not just an economic necessity, but a cultural imperative. Societies redefine their identity by fostering innovation and adopting sustainable practices, creating a narrative of progress intertwined with environmental stewardship.

From ideology to facts: we, the human beings, are responsible of our future though our actions, especially when adopting good habits promising to lower the emission pro capita. Altogether, we all create a sustainable impact: summing changes from people result in an overall good benefit.

But, at larger scale, even smaller changes (from few industries, i.e. steel, paper, food and beverage manufacturers) result in a huge impact. 26% of overall emissions come from industry.

Industry Dynamics

1. Economic Costs of Carbon Emissions:

The industrial sector, a significant contributor to carbon emissions, grapples with economic repercussions. Increased frequency of natural disasters, supply chain disruptions, and health-related issues amplify costs, prompting a reevaluation of traditional industrial practices.

The industry sector in 2022 was directly responsible for emitting 9.0 Gt of CO2, accounting for a quarter of global energy system CO2 emissions1. Annual emissions slightly declined in both 2020 and 2022, but not enough to align with the Net Zero Emissions by 2050 (NZE) Scenario, in which industrial emissions fall to about 7 Gt CO2 by 2030. ( from IEA, International Energy Agency)

2. Transition Challenges:

Shifting towards a low-carbon economy is not without challenges. Industries face the dual pressure of adapting existing infrastructures and investing in cleaner technologies. The transitional phase involves overcoming financial hurdles, technological barriers, and retraining workforces.

3. Global Collaboration for Economic Resilience:

As nations strive to meet emission reduction targets, international collaboration becomes essential. The industrial landscape transforms into a theater of innovation and cooperation, fostering economic resilience through shared technological advancements and sustainable practices.

The Cost of CO2 Abatement:

1. Investments in Clean Technologies:

Abating CO2 emissions demands substantial investments in clean technologies. While these investments may appear daunting initially, the long-term benefits encompass reduced environmental impact, enhanced energy efficiency, and a more resilient industrial infrastructure.

2. Policy and Regulatory Frameworks:

Governments play a pivotal role in shaping the cost landscape of CO2 abatement. Clear policies, regulations, and incentives can create a conducive environment for industries to transition towards greener practices, mitigating financial risks and promoting sustainable growth.

3. Social and Economic Returns:

Beyond immediate costs, the societal and economic returns of CO2 abatement are invaluable. Improved public health, sustainable job creation, and a more resilient society contribute to a holistic perspective where the benefits far outweigh the initial expenses.

What can BeChained do to mitigate the Climate Crisis and boost awareness?

BeChained is a cutting-edge solution for industrial manufacturers that aims to revolutionise the energy efficiency in manufacturing using Artificial Intelligence to make production processes more energy efficient.

So, BeChained provides innovative ways to reduce energy consumption and carbon emissions. Here’s how BeChained can make a significant impact on the environment and help track the carbon footprint:

1. Energy Efficiency Optimization:

BeChained employs advanced data analytics and machine learning algorithms to optimize energy usage within industrial processes. By identifying inefficiencies and executing improvements, manufacturers can significantly reduce their energy consumption, up to 19%, leading to lower carbon emissions.

manufacturers can significantly reduce their energy consumption, up to 19%

2. Real-time Monitoring and Reporting:

The platform offers real-time monitoring of energy usage and carbon emissions across various stages of production. This capability enables manufacturers to track energy consumption and their environmental impact continuously, identify areas for improvement, and make data-driven decisions to enhance cost containment and sustainable impact.

3. Predictive Maintenance for Equipment:

BeChained integrates predictive maintenance features, ensuring that manufacturing equipment operates at peak efficiency. By preventing breakdowns and minimizing downtime, the solution helps manufacturers avoid unnecessary energy consumption (up to 19% avoided wasted energy) and reduce the environmental footprint associated with equipment maintenance.

4. Renewable Energy Integration:

☀️ BeChained facilitates the seamless integration of renewable energy sources into industrial operations, through off-grid capacity governance. By optimizing the use of solar, wind, storage or other clean energy sources based on production needs, manufacturers can significantly decrease their reliance on traditional energy grids, thereby lowering carbon emissions.

🎢 Grid benefits from this demand-side flexibility and for an overall stability against unexpected peaks.

5. Supply Chain Sustainability:

The platform extends its impact beyond the factory floor by analyzing and optimizing the entire supply chain. BeChained helps manufacturers choose suppliers and transportation methods with lower carbon footprints, contributing to a more sustainable end-to-end production process.

6. Carbon Footprint Tracking and Reporting:

BeChained provides comprehensive tools for tracking and reporting carbon emissions. Manufacturers can generate detailed reports on their environmental impact, making it easier to comply with regulations, meet sustainability goals, and demonstrate a commitment to environmental responsibility to stakeholders.

BeChained focus on Scope 1 (look up at #4 and #5), even so we put the strong committment on carbon insetting, so Scope 2, by optimising the energy consumption on the current fleet.

☘️ This lowers the roll out investment and maximises the benefits for customers (energy cost savings and carbon offset spend reduction).

This lowers the roll out investment and maximises the benefits for customers (energy cost savings and carbon offset spend reduction).

7. Employee Engagement and Awareness:

BeChained includes features that promote employee engagement in sustainable practices. By raising awareness among staff about the environmental impact of their actions and encouraging energy-saving behaviors, the solution creates a culture of sustainability within the organization.

👍 Employees are raised from technician to supervisor and enabled to make data-driven decisions. They lead the consumption habit changes for a more profitable operations.

8. Regulatory Compliance Support:

Staying compliant with environmental regulations is crucial for manufacturers. BeChained helps companies navigate and stay ahead of changing regulations, ensuring that they operate within the legal framework while minimizing their carbon footprint.

9. Continuous Improvement Executions:

The platform continually analyses data and automatically executes the improvement. This iterative process ensures that manufacturers are constantly evolving their practices to achieve greater energy efficiency and reduced carbon emissions over time.

💪 Artificial Intelligence technology enables a continuous improvement loop to enhance the best resource usage for the manufacturing and for the planet.

10. The ultimate goal

🌱 BeChained´s ultimate goal is to aggregate all the carbon emissions avoided to achieve 65M (millions) tCO2 per year from wasted energy by 2024. This is the equivalent of about 2,5% of the whole Europe (2022) or 1,5% of the US (2022).


🏭 As we navigate the complex interplay between culture, society, and industry in the context of carbon emissions, it becomes evident that the need for collective action is paramount.

💼 Embracing a cultural shift towards sustainability not only safeguards our environment but also forges a resilient and prosperous future.

☀️ The costs of CO2 abatement, viewed through a lens of long-term benefits and shared responsibility, pave the way for a harmonious coexistence of industry and the environment.

🚀 The journey towards a sustainable future is not without its challenges, but the rewards are immeasurable. It is a journey we must embark upon together.




AI to eliminate wasted energy in manufacturing through energy efficiency & unlocking demand-response opportunities