Sustainable Development Goals
At tde, we are dedicated to progress not just through our technology and solutions but also by aligning our operations and strategies with the United Nations Sustainable Development Goals (SDGs). These Goals are a universal call to action to end poverty, protect the planet and ensure that all people enjoy peace and prosperity by 2030.
Through our corporate practices and partnerships, we contribute to the achievement of these goals, focusing on areas where our expertise and impact can generate the most significant positive outcomes. We believe in operating responsibly and sustainably, integrating environmental, social and economic considerations into our decision-making processes.
tde pronova
Improved efficiency and reduced CO2 footprint.
Proven time savings and reduction of CO2 emissions using tde pronova, in just the first half of 2022, we identified 95,000 tons of potential emissions reduction. Well construction efficiency metrics can highlight issues with inefficient drilling practices, parameters and equipment. The elimination of identified drilling performance inefficiencies may lead to reduction in time, energy, resources and CO2 footprint.
Resource optimization
Operations optimization can reduce the overall consumption of resources like water and energy, leading to a more sustainable use of these resources. Including people as a resource because tde pronova automates analysis that would take many hours for an engineer to do by hand.
Data-driven insights
With a clear understanding of trends and underlying causes, users can make well-informed decisions to address challenges and capitalize on opportunities. This might involve implementing new practices, investing in improved technology, or adjusting operational strategies.
tde reviews
Best practices dissemination and critical lesson learned incorporation
Sharing information about drilling parameters allows operators to exchange and implement best practices and lessons learned. This can lead to the adoption of more efficient drilling techniques across the industry, reducing the overall environmental footprint of drilling operations.
Risk mitigation
Sharing information about drilling parameters that enhance safety and mitigate risks can lead to fewer accidents and incidents during drilling operations. This reduces the potential for environmental damage, protects workers, equipment maintenance and repair, and prevents costly clean-up and remediation efforts.
Technology innovation
A global network of knowledge sharing can foster collaboration and innovation in drilling technology. This can lead to the development of new tools, techniques, and equipment that are more sustainable and efficient, pushing the industry toward more responsible practices.
Successful and efficient Field Development plan
Data-driven insights empower oil and gas operators to make highly informed decisions about where and how to allocate their global resources during field development. This involves using comprehensive data analysis to identify the best possible locations and methods for drilling.
tde plan
Time and cost efficiency
Data-driven planning allows companies to streamline their resource distribution. By accurately predicting the quantities of materials, equipment, and personnel needed, companies can avoid unnecessary expenditures. This reduction in resource wastage directly translates to lower operational expenses.
Efficient resource allocation
Data-driven ops sequence generation can accurately estimate the resources required for drilling operations. This prevents overallocation or under allocation of materials, equipment, and personnel, leading to optimal resource utilization and reduced waste.
Enhanced safety
Accurate data analysis can identify potential safety risks and hazards associated with drilling activities. By addressing these concerns, companies can ensure the safety of workers, nearby communities, the environment and reduce equipment repairs.
tde advise
Efficient workflow
An automated to-do checklist streamlines the driller’s tasks, ensuring that each step is completed in a systematic and organized manner. This efficiency minimizes unnecessary delays, reduces downtime, and optimizes resource utilization.
Efficient logistics and supply chain
Efficient logistics and supply chain practices can minimize the carbon footprint associated with transportation and resource management. Less waste, reduced transportation distances, and optimized deck space contribute to environmental sustainability.
Error reduction
An automated checklist minimizes human errors that can occur due to oversight or fatigue. Fewer errors mean fewer instances of rework, reducing resource waste, and potential environmental impact.
tde supervise
Transparency and reporting
An automated to-do checklist streamlines the driller’s tasks, ensuring that each step is completed in a systematic and organized manner. This efficiency minimizes unnecessary delays, reduces downtime, and optimizes resource utilization.
Efficient resource utilization
Efficient logistics and supply chain practices can minimize the carbon footprint associated with transportation and resource management. Less waste, reduced transportation distances, and optimized deck space contribute to environmental sustainability.
Early hazards detection
An automated checklist minimizes human errors that can occur due to oversight or fatigue. Fewer errors mean fewer instances of rework, reducing resource waste, and potential environmental impact.
Blowout risks reduction
Uncontrolled high pressures in the wellbore can pose safety risks, potentially leading to a blowout if not managed properly. Monitoring these situations allows crews to provide immediate attention and avoid human and environmental catastrophes.