Borealis Carbon
and Energy
Management
Module
Emissions
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Emissions
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Reporting
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Carbon and
Energy
Management
Module
This module allows companies in the mining and oil & gas industries to readily quantify and assess emissions of CO2 as well as other greenhouse gases and energy indicators at both the corporate and operational levels. Designed to satisfy regulatory requirements, the module enables companies to monitor, analyze and manage the company’s carbon footprint across all business units or project.
Moreover, the Carbon and Energy Management module is versatile, offering various possibilities to exchange carbon information with other modules within the Borealis IMS or external systems. More specifically, it can extract and use data from other existing carbon management systems or produce data to feed other global carbon management solutions.
- Reliable solution to measure, report, and prepare for verification of energy and GHG emissions
- Integrate energy and GHG considerations into decision-making
- Create real-time reports according to corporate and operational level needs
- Designed for use across different geographies, locations, and operational assets
- Flexible unit conversions for reporting purposes
- Plan emissions reductions through different measures like energy-efficiency and renewable energy
- Minimize energy and GHG emissions in preparation for post-closure and future land-use programs and for sell of carbon offsets on the carbon market
- Allows the company to develop adaptation strategies to address shifting climate conditions
What is carbon management?
According to Edinburgh Centre for Carbon Management, Carbon Management is "the response by individuals, organisations and business to the opportunities and risks arising from climate change and its associated economic and political factors; most notably the demand to reduce greenhouse gas emissions both internally and through the supply of low carbon products."
Why is it important to address this issue?
The mining and oil and gas industries are energy intensive, and the extraction and combustion of fossil fuels is a major source of global greenhouse gas emissions. A growing number of companies in these sectors now recognize that they have a role to play in transitioning to a lower carbon economy and preparing for the effects of climate change. Guided by regulatory requirements, some companies are beginning to implement carbon management policies as a part of their sustainability strategy. To do so, they often need to implement rigorous processes to measure, analyze, and report on their emissions.
Link between carbon and energy management and land disturbance
Borealis has extensive project-based experience, and can help companies address carbon management in the context of land disturbance. Land disturbance is a major impact of mining and onshore oil and gas activities since it occurs at every stage of the project cycle – from exploration to development and operation to closure. In addition to providing greenhouse gas emission indicators, the Borealis Carbon and Energy Management module can help companies properly plan their operational and post-closure land-use programs. Indeed, with an efficient carbon and energy solution to rely on, mining and oil and gas companies are more likely to encourage land use practices and activities that promote the storage of carbon on land, including tree planting and trading in carbon credits.
The three components of Borealis Carbon Management software
The Borealis Energy and GHG Management module follows the Global Reporting Initiative emissions indicators framework and is divided into three sections:
Direct Emissions
- Quantify direct emissions for the entire range of greenhouse gases (CO2, CH4, N2O, O3, etc.)
- Analyze GHG footprint at a variety of scales, from the business unit or project level to the entire company
- Database designed according to regulatory requirements and Protocol guidelines
- Automatic calculation of greenhouse gas footprint based on pre-defined parameters
- Allows users to calculate average greenhouse gas emissions and the percentage of renewable energy by type of fuel, by location, and by year
