under
NDA
GeoDrill Innovations
The platform facilitates precise calculations for well drilling efficiency at specific locations on a map, providing insights into drilling costs, maintenance expenses, taxes, and the potential electricity output of geothermal power plants.
Product Value
One unique aspect of the solution is its focus on empowering clients to update the mathematical core of the Excel file without developer assistance. This feature, powered by HyperFormula npm library, enables clients to make real-time updates to calculations, enhancing flexibility and user autonomy.
Scope of work
- Implementing map-based calculations for drilling efficiency at selected points.
- Developing an admin page for file uploads, version management, and application updates.
- Integrating HyperFormula npm library for Excel file mathematics within the application.
- Creating algorithms for geothermal gradient calculations and GeoJson file generation.
- Configuring AWS environment for deployment, load balancing, and scaling.
- Conducting research and optimization to improve algorithm performance and reduce runtime.
location
Boston, Massachusetts, USA
industry
Management Systems
technologies
Amazon Web Services
Node.js
services
Team Extension services
UI/UX Design Services
Web App Development Services
Project Overview
Geothermal Well Drilling Analysis
System enables users to obtain detailed calculations for drilling wells into the ground, including drilling costs, maintenance expenses, and potential electricity output from geothermal power plants. With a simple click on the map, users can access comprehensive drilling details for any desired location.
Admin Page Management
The platform includes an intuitive admin page for file management, version control, and application updates. Admins can upload files, manage application versions, publish updates, and oversee the latest version deployment, ensuring seamless platform operation.
Geothermal Resource Viability Assessment
This feature provides an in-depth analysis of the geothermal potential, factoring in geological data, temperature gradients, and historical drilling success rates. By leveraging advanced geospatial data and analytics, users can predict the likelihood of successful geothermal well development, estimate the sustainable yield of geothermal resources, and forecast long-term energy production capacities. This comprehensive assessment helps in making informed decisions about site selection and investment, ensuring optimal utilization of geothermal resources for power generation.
INSIDE THE PROJECT
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INSIDE THE PROJECT
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INSIDE THE PROJECT
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INSIDE THE PROJECT
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INSIDE THE PROJECT
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INSIDE THE PROJECT
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