Transformation Digital Artificial Intelligence
Transforming Energy Sector into Digital EDGE
Transformation Digital Artificial Intelligence
Transforming Energy Sector into Digital EDGE
Transforming Energy Sector into Digital EDGE
Transforming Energy Sector into Digital EDGE
The dual shock of the COVID-19 pandemic and a sharp decline in oil prices has created significant challenges for oil companies worldwide. As a result, some may be tempted to stop their investments in digitizing their operations. For most companies, however, the case for investing in digital is as strong as ever. Despite the ongoing energy transition, oil will remain an important part of the energy mix for the foreseeable future. The Internationals and National Oil companies are well-placed given their low costs of production. However, they too need to transform their business to reinforce their natural cost advantage, boost efficiency and remain competitive and resilient to demand and price shocks. Digital transformation is a critical element in this respect.
“DEAP VISION” is a Tech company that develop software operation management with digital technologies and AI to automate workflows for maximising productivity meanwhile improving environment, health and safety employee. "DEAP VISION” increase profitability through the design and deployment of integrated software in a cloud native environment while meeting new EHS standards and ESG regulations for climate change improvement.
EHS (Environment Health & Safety) and ESG (Environment Social and Governance) software solutions are responsible for maintaining adequate balance among various environmental themes, including regulatory compliance, corporate sustainability toward protecting of environment, accident avoidance, environmental audit and inspection, process standardization, incident response.
Improve its Health, Safety & Environment management and ultimately reduce the risks and impacts associated with its operations, activities, products, and services on its employees and contractors. The HSE software complies with the International standard OHSAS 18001 and ISO 14001.
EHS & ESG solutions are becoming a core part of every business organization to bring transformation in business continuity, profitable growth, corporate social responsibilities, and operational excellence related to environmental interaction. The integrated environment of government regulations, legal forces, economic conditions, and technologies have convinced organizations from multiple industries to implement EHS solutions as a basic operational need. More importantly, organizations are trying to avoid any future operational expenses due to environmental protection and risks involved with hazardous situations
Technology such as DEAP VISION is 100% fitting with the digital oilfield industry trends and EHS & ESG standard.
Transform and Digitalize Energy industry while meeting new Environment criteria to achieve zero carbon emissions by 2030
The software use interactive Map, count, track and monitor when operators are moving inside the facility, or Check-In, Check-Out or come to the facility across all the safety Entry/Exit gates. Detects H2S Gas leaks, Methane emissions, etc.
By implementing e-Tracksys, an extensive monitoring by zone and alarm management system directs critical data to key personnel, while intelligent alerts can be used for taking proactive actions to production upsets or changing conditions which will reduce failures.
Environmental criteria consider how a company safeguards the environment, including corporate policies addressing climate change, for example. - In collaboration with our local partner WoodServ, Deap Vision use thermal camera & real time digital data to monitor Emissions, Methane, H2S and utilize solar and clever priority systems to reduce and avoid the need to burn diesel.
Social criteria examine how it manages relationships with employees, suppliers, customers, and the communities where it operates. We train & educate personnel local to the areas where are equipment is deployed. Furthermore, we make the greatest and intentional efforts to source equipment and materials from the local market to sustain local communities and ensure minimal reliance on importing goods, therefore further reducing our environmental & logistical emissions imprint.
Relying on local supply results in a lower carbon footprint and encourages local support of small to medium size enterprises (SME). We have found better and faster commitment & dedication from SMEs. Governance deals with a company’s leadership, executive pay, audits, internal controls, and shareholder rights. Deap Vision Aside from Iso etc , we are dedicated to adhering to annual external audits of environmental emissions at all our facilities with continual success in approvals & certifications from Clients.
In addition to audits measuring our contribution to In country total value added manufacturing & services. Quarterly shareholder and board meetings with specific emphasis on continually reporting & monitoring health, safety and environmental. Quarterly reminders to all staff of EHS and ESG initiatives.
“e-Tracksys” Secure platform gateway, high performance offering :
e-tracksys solution improve Environment, Health, Security Access Control and prevent fatality Scenarios using Sensors, IOT, RIFD, Bluetooth, record location with Digital Video Surveillance technology using Certified Cameras and Video analytics surveillance.
EHS & ESG solutions will prevent catastrophe Scenarios using multiple criteria as Environment, Social, Culture, with new Digital Surveillance technologies. Artificial Intelligence is fully integrated into the Monitoring control surveillance system that allows the user to access real time Data, Cloud services, then drive useful insights for climate change improvement.
Improving safety by Monitoring Gas leaks and fugitive emissions (H2S, Methane, CO2, etc…). Optical gas imaging technology for
detecting methane, other hydrocarbons, and volatile organic compound (VOC) emissions in areas such as well sites and offshore platforms
Thermal sensitivity, or Noise-Equivalent Temperature Difference (NETD), measures the smallest temperature difference that a thermal imaging camera can detect in the presence of electronic circuit noise. ... Thermal sensitivity is measured in milliKelvins (mK).
June 2022
API Facial Recognition integrated into e-TrackSys
Use Intelligent & Secure Technology for Automated Digitized Processes
Edge Computing Performance for critical decision
A digital twin is a virtual representation of an object or system that spans its lifecycle, is updated from real-time data, and uses simulation, machine learning and reasoning to help decision-making.
Industry digitalization, IoT, AI, machine learning are some of the many concepts that have enabled the emergence of digital twins. Simulation Digital Twins are a next-generation hybrid AI technology providing a 360° simulation that predicts the evolution of an organisation in uncertain environments to better understand the impact of decisions and to optimize all levels of enterprise planning.
Our Digital platform deployed with Cloud Services Solutions enables organizations of any size to deliver Simulation Digital Twins in a highly scalable, powerful, and collaborative environment.
Leverage simulation data to train and test AI models in a risk-free, virtual environment and enhance monitoring, situational awareness, and failure detection in any situation even when data is missing. Benefit from low sensitivity to data exhaustivity and embrace the capacity to overcome issues of data quality.
Platform and Software as a Service, Edge Computing, Centralized Data Center, Extensible Cloud Computing & Storage, Data Analitycs
Automated Decisions Process, Access to Data Analytics, Use Intelligent & Secure Technology, Incorporate AI and automation into business processes for competitive advantage and fast impact
Incorporate Cloud Computing Performance into business processes for competitive advantage and fast impact
Maximizing productivity, non-productive time, and increase profitability.
Artificial Intelligence & Data Analytics
Increase intelligence for better/fast decision using Blockchain technology for O&G Industry
Reduce your Daily Operation Risks, Improve your Safety
Prevent catastrophe Scenarios using EHS & ESG Software
REDUCING GREENHOUSE GAS EMISSIONS OF ENGINES IN THE OIL AND GAS SECTOR FOR IMPROVED SUSTAINABILITY
"Facing the challenge of safety of offshore oil and gas activities" by 2025 and with a proposal for a Regulation including Digital Monitoring Process & control Surveillance“on safety of offshore oil and gas prospection, exploration and production activities.”
To analyze a number of “landmark” accidents – such as the Macondo, Montara and Piper Alpha accidents – and review the lessons learned from these accidents, especially for the regulators and the operators and how they contribute to better control of the different phases of risk management; and to perform an analysis of accidents collected in the Digital Surveillance System and investigate the accident statistics of the sector.
Information technology segment is anticipated to surge on account of growing demand for continuous yield tracking, real-time decision support, and enhancing ROI. Leading oil and gas players are increasing their IT expenditure in order to improve their business processes and digital asset management solutions. Ongoing industry collaborations coupled with increasing local R&D investments toward digital strategies development will positively stimulate the digital oilfield industry landscape. Digital transformation is the adoption of digital technology by a company. Common goals for its implementation are to improve efficiency, value, or innovation.
Turning Technology into Business Transformation”, digital transformation involves a “radical rethinking of how an organisation uses technology, people and processes to fundamentally change business performance.” The key routes to implement digital transformation are via multiple criteria:
It increases Efficiency and Accuracy of processes so that employees can focus on work that is their expertise, It facilitates teamwork by breaking down silos and improves transparency and strategic oversight, It boosts security and compliance, It makes the business more agile, It builds a more rewarding work and workplace culture.
The oil and gas industry is comprised of thousands of companies. These firms are roughly split into three categories : upstream, midstream, and downstream. The journey of one drop of resource can include hundreds of separate entities, companies, processes, and legal agreements.
The implementation of blockchain technology in oil and gas trading can lower costs associated with the maintenance of various trading systems. Furthermore, blockchain can also reduce costs associated with labor, data management, data visibility, settlement delays, and inter-system communication.
Blockchain has attracted huge attention and is now being actively pursued in the energy sector. The blockchain technology has four key features that are applied to the different use cases.
Transparency is guaranteed for all transactions, allowing settlement speeds close to real time and building the basis for traceability and trust between actors.
Trust is created through a shared reading of the blockchain, reducing the number of intermediaries. A lower number of intermediaries reduces the cost of compliance, reconciliation and transactions, allowing the creation of marketplaces with lower entry barriers, enabling the trading of smaller quantities.
Efficiency gains through blockchain reduce costs: it requires fewer intermediaries, simplifies processes and infrastructures and ultimately increases operational efficiency. The allocation mechanisms can be designed to provide incentives for “good” behaviour throughout the value chain. Operational efficiency is further improved through the digitalisation of assets.
Control and security can be provided inherently through the blockchain design. Encryption levels are better for transactions, increased data protection and limited settlement risk and fraud risk. Decentralisation prevents market abuse through monopolies and requires less of the associated legislation, costs and regulatory oversight.
It demonstrates that the use of blockchain technology facilitate and track gas trades reduced overall costs by 30–40%.
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