Take Your Business One Step Closer to Net-Zero Targets
In order to limit global warming to 1.5 °C, carbon emissions in the world should decrease by 45% by 2030, and “net-zero” should be reached by 2050. Better maintenance strategies can help promote sustainability and carbon neutralization by identifying and fixing equipment issues before they occur. This proactive approach leads to more efficient use of energy and can significantly reduce energy consumption and costs, as well as decrease the environmental impact of equipment.
The Industry Produces 30% of Global Carbon Emission
Enable Sustainability in Your Facilities
Costs of production outcomes are taken under control by monitoring the equipment’s health status and predicting possible future failures. Sustainable production is provided by reducing the consumption of non-renewable resources in both production and maintenance.
Uninterrupted Production Processes
Financial and environmental costs of the products are reduced by preventing unplanned downtimes that may occur in the machines during production processes.
Improved Maintenance Quality
Less carbon is released into the atmosphere by preventing the consumption of resources that may be required in the repair of the machines. Maintenance costs are reduced.
Reduced Energy Consumption
Energy consumption of the machines is reduced by providing continuous machine health and the best use of energy, which significantly reduces direct and indirect carbon emissions.
Working Against Unplanned Downtime
With effective maintenance strategies, maintenance costs can be reduced by up to 40% and energy consumption by 10%.
Direct Carbon Emissions
Include consumption of fossil fuel to power the machines, the heating it causes, leakages in the transmission of natural gas or oil.
Indirect Carbon Emissions
Include the use of non-renewable resources for the production of electrical energy to be used for other applications that cause carbon emissions.
Advancing towards a Carbon-Neutral Future, Together
Together, we can make a real impact on the environment and pave the way for a carbon-neutral future. Take the first step towards a sustainable future today!
Enable Sustainability
Sensemore's IoT devices are specifically designed to collect key data on energy usage, vibration, and more, providing valuable insights into the performance of your machinery. This data enables you to identify waste and inefficiencies, allowing you to optimize processes and parameters to reduce your carbon footprint.
Enable Decarbonisation
The Sensemore platform provides a fine-grained framework for maintenance teams and management to make data-driven decisions to improve maintenance procedures while extending equipment lifetime, cutting resource waste, and reducing the carbon footprint.
Enable Efficiency
Sensemore AI revolutionize the way to predict equipment failures. This proactive approach leads to a significant reduction in carbon emissions by keeping machinery and equipment running at optimal efficiency, thus enabling companies to make informed decisions for a sustainable future.
Blog Posts
We share our knowledge with the community, please check our blog pages. If you need further information feel free to contact us.
Sustainable Future by Improving the Maintenance Strategies
Sustainability in industry can be achieved by reducing industrial carbon emissions by using…
History and Future of Maintenance Culture
Maintenance culture has evolved from Corrective to Preventive, Proactive and Predictive using AI technology to predict malfunctions before they occur.…
What is FMEA?
Reliability is the ability to prevent failures in a system or product, implemented through proactive and reactive methods. FMEA (Failure Modes and Effects Analysis) is a method used to evaluate the reliability of a…
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