Data-first approach delivers positive transformation impacting climate change
A sustainable future is a big challenge. In order to achieve a positive transformation impacting climate change, companies need to take control of their ecological footprint.
From 2023, all companies with more than 250 employees are obliged to report ESG data. This includes not only the carbon footprint but also water consumption, raw material use, management structure and much more.
Adastra can help meet this challenging task thanks to its extensive experience in regulatory reporting for major banks, insurance companies, utilities, retail and other institutions.
Company's environmental impact
Environmental topics, including, e.g. what resources are used (raw materials, emissions, level of innovation).
The level of social responsibility
Include, e.g., an assessment of working conditions, the approaches to respect for human rights, and the impact of the company's production on society.
Company management standards
Internal controls and procedures (usually various standards, e.g., ISO), the suppliers' responsibilities, or the company's management as a whole.
Drive efficinency within your own operations and engage with suppliers and supoport them to reduce their footprint.
New opportunities for new products designed with sustainabiility as a core principle, delivered with full transparency.
The goal is long-term use without any need to implement new solutions every year.
Regulators will continue to expand their viewpoint beyond carbon emissions, adressing the pressures placed on the natural ecosystems by organisations.
The fragility of supply chains is exposed as global events, icluding climate change take effect. This presents unseen risks which can have devasting effects on organisations.
Having just a framework is a fragile way. A complete, all-in-one solution is a must.
Various organizations incl. governments create ESG frameworks to focus on and solve pollution reduction, health and safety issues, and corporate philanthropy. It helps stakeholders understand how organizations manage opportunities and risks around sustainability issues.
It is an advanced risk management tool focused on identifying, assessing, and tackling potentially harmful effects of our transactions on the workforce, local communities, and the environment. Calculation of the overall company's ESG risk rating includes the amount of unmanaged risk for each material ESG issue.
An ESG strategy ultimately helps promote top-line growth and lower costs. So make sure your ESG strategy is adapted precisely to your company - keep up with regulatory compliance, engage with prioritized stakeholders, build the roadmap and framework for implementation, and explain the targets.
You already have all the data on ESG factors in your company and supply chain. Adastra will help you develop and implement an all-in-one ESG strategy to extract, collect, consolidate and analyze these data for compliance, transparency, and risk management. We will provide you with an in-depth look at which ESG reporting makes the most sense.
Adastra integrates multiple data sources to provide customers greater insight into their portfolio performance and ESG risks to meet regulatory requirements & make better decisions for a sustainable future.
e-fleet is a software tool which optimizes the composition of a car fleet based on the ESG, financial and technical charging availability parameters.
As our special solution to meet CO2 footprint and consumption goals, e-Fleet computes the optimal car fleet composition according your needs or your client's needs.
select any car type from the list of options
display the number of electric cars, OPEX, CAPEX and the carbon emission
change your options and see OPEX, CAPEX and CO2 emissions results
calculate the optimal car fleet mix
Understand how many electric cars and what models one can buy and maintain by entering parameters of your existing and theoretical (number of cars, requirements on how the cars are used) and building parameters.
Understand what power electricity parameters your building must have to maintain the amount and type of electric cars you require.
Helps to analyze the current situation and the scenarios for the future steps by answering for example the following questions:
Analyzing development in the circularity of individual materials, analyzing substitution with recycled materials, and analyzing shifts in the circularity pyramid.
Detecting anomalous values in material flow, drilling down to understand the anomaly and explain it.
Predicting development in material flow and achieving boundary conditions (e.g., storage spaces).
Understanding
the current state of waste monitoring
the target status and proposing success metrics
implementation steps at the data, reporting and analytical levels
Implementing
the solution
takes the application to calculate a suitable pallet combination
different types of used pallets
millions of rubber tires are produced in the Continental Barum plant yearly.
smart application controls the entire storage process of new tires.
Continental Barum produces more than two tens of millions of rubber tires yearly. The manufacturer wanted to minimize the inter-warehouse transportation required to collect all ordered items of a particular order dispatching.
We analyzed historical data (orders, dispatching, routes) and developed an intelligent algorithm and a web-based smart application, which suggests where to store the produced items to minimize the future need for inter-warehouse transportation.
decrease in shipment costs
lower CO2 emissions
A large manufacturer needed to decrease overall costs related to the delivery of the goods from suppliers to the manufacturing plant. We customized and integrated our optimization platform Optimus 4.0, which helps the company to:
As a result, the platform enabled the planning of efficient transportation from various suppliers to the manufacturing plant. Also, shipment costs decreased by 20%, and CO2 emissions lowered by 20%.
