Mixed recycling stream
INDUSTRIAL SORTING | CLARITY RECOVER™

Recover More Value From
Mixed Waste Streams.

Improve recovery, tighten bale specs, and build a clearer case for sorting upgrades on difficult streams such as black plastics, films, flexible packaging, mixed polymers, multilayer packaging, and other visually ambiguous materials.

Validated on Difficult Streams

Public-safe evaluation stories can focus on black plastics, films, flexible packaging, mixed polymers, multilayer packaging, and other difficult recycling streams.

Structured Material Evaluation

The public proof story is evaluation-based: test on real material, return reviewable evidence, and reserve hard metrics for customer-safe case studies.

Decision-Ready Deliverables

Evaluations can return footage, purity delta, contamination delta, ROI modeling, a recommendation, and a practical next-step timeline.

Who This Is For
MRF and recycling operators improving recovery on difficult lines
Plant leaders responsible for bale quality and contamination rates
Commercial teams evaluating upgrade ROI and commodity impact
Technical evaluators validating fit with existing sorting workflows
The Challenge

When Valuable Material Is Still Leaving the Line

1The Problem

Conventional systems often struggle with black plastics, films, multilayer materials, and visually ambiguous packaging, leaving recoverable value in residue or lowering output quality.

2The Solution

Clarity Recover classifies materials by spectral signature in real time so recycling teams can recover more target material and make sorting decisions that are easier to prove internally.

See What Conventional Sensors Miss

Use spectral information to separate materials that look similar in standard optical workflows.

Handle Difficult Packaging Formats

Evaluate black plastics, films, flexible packaging, mixed polymers, and other hard-to-sort streams.

Prove the Upgrade on Your Stream

Customer-safe material tests return synchronized footage, purity and contamination deltas, and a decision-ready recovery model.

Black plastics on a conveyor
Hard-to-Sort Inputs
Black plastics, films, flexible packaging, multilayer packaging, mixed polymers
Evaluation Outputs
Footage, purity delta, contamination delta, ROI model, recommendation, timeline
Example Evaluation Output

Customer-safe example available under NDA. Live evaluations are scoped around your target stream, your line conditions, and the output quality decision you need to make.

Request a Customer-Safe Example
What You Receive
Detection footage synchronized to the sorting run
Recovery report with purity and contamination change
Estimated value uplift based on the evaluated stream
Recommendation for next-step testing or deployment scope

Project Scoping Process

Move from stream definition to a decision-ready evaluation path.

STEP 1 — Define the Stream

Identify the line, residue fraction, or target commodity where additional recovery matters most.

STEP 2 — Run the Evaluation

Scope the test around your material sample, throughput assumptions, and the output criteria your team uses.

STEP 3 — Review the Recovery Model

Use the measured results to evaluate whether additional recovery justifies further testing or deployment.

FAQ

Questions Buyers Ask Before They Scope an Evaluation

What materials can we evaluate first?

Teams usually start with the line, residue fraction, or packaging format where additional recovery or better bale quality matters most.

What does an evaluation deliver?

A package with synchronized detection footage, purity and contamination context, estimated value uplift, and a practical next-step recommendation.

How is success measured?

Success is defined around recovery improvement, output quality, and the commercial criteria your team already tracks.

Can this fit our current line?

Yes. Evaluations are scoped around your material sample, throughput assumptions, and the decision workflow your operations team already uses.