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Development of an Advanced Waste Management and Energy Optimization Application

eleks.com

Environmental Services

Energy & Natural Resources

Information Technology

Challenges in Waste-to-Energy Plant Efficiency and Sustainability

Waste-to-energy plants face inefficiencies in operational processes, lack of real-time visibility into energy production potential, difficulties in optimizing waste flows for maximum energy recovery, and challenges in reducing CO2 emissions while maintaining profitability. Existing systems require digitization to streamline management and improve decision-making.

About the Client

A German provider of innovative technology and sustainability solutions for the waste management industry, focused on optimizing waste-to-energy plant efficiency and environmental impact.

Goals for the Waste Management Innovation Project

Transform Wasteer's vision into a scalable, functional application for waste-to-energy plant management
Digitize and automate waste flow optimization processes
Enable real-time visualization of energy production potential and cost metrics
Enhance client CO2 balance tracking and reporting capabilities
Ensure scalability and stability for future growth and industry adoption

Core System Functionalities and Features

Real-time energy production and cost visualization dashboard
AI-driven waste flow optimization algorithms
Admin panel for user management, permissions, and database control
Computer vision integration for automated waste material recognition
APIs for integration with existing plant systems and third-party platforms

Technology Stack Preferences

Cloud-native backend architecture

Data analytics and visualization frameworks

Computer vision libraries (e.g., OpenCV, TensorFlow)

Scalable microservices architecture

System Integration Requirements

Legacy plant operational systems
Environmental monitoring sensors
Client enterprise resource planning (ERP) systems
Third-party CO2 tracking platforms

Non-Functional Requirements

High availability and fault-tolerant backend
Low-latency real-time data processing
Role-based access control and data encryption
Responsive UI/UX for both desktop and mobile access
Horizontal scalability for global deployment

Expected Business and Environmental Impact

The solution will enable Wasteer to reduce operational costs by 20-30%, increase energy recovery efficiency by optimizing waste flows, and provide clients with actionable insights to improve their CO2 balances. By digitizing critical processes, the platform will position Wasteer as an industry leader in sustainable waste management innovation while creating measurable environmental benefits through enhanced resource efficiency.