Organization · needs-review

Adaptis

Author or publisher unknown · Publication date unknown

Materials, Waste & Circular Economy

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Author unknown. Date unknown. Adaptis. https://www.linkedin.com/company/adaptis-ai/about/ (AI & Environment Resource Hub; record org-276; collection snapshot 2026-09-15).

Classification and context

Included in the original Organization collection. Labels below are metadata based suggestions. They are not verified findings, claims of effectiveness, or endorsements.

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topic

lifecycle

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Available source metadata

Author or creator
Unknown or not supplied
Publisher
Unknown or not supplied
Publication date
Unknown or not supplied
Date precision
unknown
Geographic scope
North America
Language
unknown
Peer review
unknown
Source status
deferred-rate-limit
Last verified
Not yet verified
Snapshot import
2026-09-06
Legacy domain
Yes
Legacy subdomain
Unknown or not supplied
organization stage
Adaptis is a diverse team of carbon reduction experts supercharged by a proprietary software platform for evaluating and optimizing building performance, whole-life carbon, and capex. We generate and recommend decarbonization scenarios, build project sequences, and keep all the data live in real-time so financial decision-makers can find answers in 15 minutes, not 15 days.

Provenance and review

Source sheet: Organization · Row 280 · Original ID: org-276.

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Listed location is not necessarily the geographic reach of their work. Presence is not an endorsement. Check deferred after source rate limit · checked 2026-09-06. Metadata not yet corroborated. The import date is not the original date added.

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Related through shared environmental topics

Ordered by the number of shared provisional topic labels. This indicates a browsing connection, not agreement between sources.

Shared topics: Materials and critical minerals; E-waste and circularity

Scientific Paper · 2025-05-09

A Framework to Evaluate Machine Learning Crystal Stability Predictions

Matbench Discovery is a benchmarking framework for machine learning models used in materials discovery, highlighting the importance of task-specific metrics and demonstrating that universal interatomic potentials can effectively pre-screen stable inorganic materials in high-throughput workflows.

Nature

Shared topics: Materials and critical minerals; E-waste and circularity

Organization · North America

AIMATX

Materials, Waste & Circular Economy

Source metadata available

Shared topics: Materials and critical minerals; E-waste and circularity

Multimedia · 2025-03-14

America Wastes $6+ Billion Worth Of Recyclables A Year. Can Robots And AI Help? | AI In Action

The United States throws away $6.5 billion worth of reusable material every year, and the recycling rate has remained flat for over a decade. Now, tech companies are using artificial intelligence and robotics to make the process safer, more efficient, and more common. But can they really raise the recycling rate in a country with more than 9,000 recycling programs?

Source metadata available

Shared topics: Materials and critical minerals; E-waste and circularity

Organization · North America

Anthrogen

Materials, Waste & Circular Economy

Source metadata available