Science & Technology
Bleaglee employs cutting-edge remote sensing technology to assess global waste carbon sequestration.
Waste And Satellites:
Utilizing Big Data to Drive Effective Solutions.
Waste And Satellites:
Proprietary Machine Learning
Bleaglee is an expert in developing machine-learning techniques using our extensive waste sample and satellite imagery databases. Our unique approach ensures accurate and reliable results across various waste types, climate conditions, and seasons, making waste measurements possible throughout the year and in different agricultural land usage scenarios. Through meticulous model refinement, Bleaglee is able to measure waste properties at a precise scale of 10m x 10m, enabling precise monitoring. These advanced methods are not limited to small properties and can be efficiently deployed on a large scale, allowing waste managers to measure thousands of hectares in just a few hours, resulting in significant time and cost savings.
Waste And Satellites:
Analyzing the Past and Projecting the Future.
By implementing our tailor-made models in a designated region, Bleaglee oversees past and current alterations in soil waste. This data offers crucial understanding on the efficiency of different management methods, confirmation of operational adjustments, and the distribution of carbon credits throughout monitoring durations that may extend for years, even in the absence of initial waste sampling during carbon-intensive operations. Apart from looking back at waste monitoring, Bleaglee’s platforms facilitate the assessment, documentation, and authentication (ADA) of ongoing waste initiatives. Bleaglee provides precise waste information shortly after acquiring satellite pictures, making use of cutting-edge technology.
Waste And Satellites:
Monitoring cost reduction exceeding 90%+ for carbon.
Bleaglee provides a distinctive and affordable waste measurement solution using strong datasets and flexible models, making it possible to measure waste on a large scale that was previously too costly with conventional methods. These innovative solutions are being implemented globally to revolutionize waste management and monitoring practices.