Regen is a deployable
chemical recovery engine.
It deploys to industrial sites, strips target contaminants from waste, and produces recovered feedstock that goes back into the supply chain it came from.
1 — Deploy
Ship to our centralised Nelson facility. Or bring Regen to you. It deploys to your site, processes 6 tonnes per day, and leaves when the job is done. No fixed infrastructure. No consenting a permanent facility. No trucking thousands of tonnes of hazardous material across the country.
2 — Separate
Regen isolates target chemical contaminants from process waste, sludge, and contaminated soil. Recovered material is returned as usable feedstock at spec-grade quality. Proven recovery rates of up to 92% depending on stream composition and quality.
3 — Return
Valuable separated fractions are converted to spec-grade feedstock and returned to the supply chain at a fraction of virgin cost. You're not paying to dispose of waste. You're converting a liability into an input. The economics get better the more toxic the stream.
How industry is using Regen
Remediating Contaminated Soils

91%+ contaminants stripped
Regen's soil wash skids process bulk contaminated material on-site — extracting contaminants, POPs and heavy metals from the soil matrix and reducing contamination to below landfill acceptance thresholds. Clean soil stays on-site. Concentrated contaminant fraction is recovered or destroyed. Total volume to landfill drops by up to 60%. Total volume to export drops further.
Recovering Timber Process Chemicals

30-90% of input mass recovered
CCA, MCA, and boron waste from timber treatment is currently diluted and buried. Regen separates the recoverable chemical fraction, de-bulks total mass by up to 90%, and returns spec-grade feedstock to industry at a cost below virgin supply. Processing every major mill's waste streams that the incumbent disposal chain won't touch.
Reducing Volume to Landfill

60%+ landfill diversion
For recyclers, waste operators, councils, and industrial sites — Regen offers a lower per-kilo disposal cost than dilution, encapsulation, or hazardous landfill. The difference: recovered feedstock offsets processing cost. Your waste still holds value that we extract before the residual goes to landfill compliant. Less liability. Less landfill. Less cost. More back.
Other Streams

CCA, MCA, BORON
Process Chemicals

GLYCOLS
Industrial Coolants

MEK, IPA, BA
Industrial Solvents

ZINC + COPPER-BASED
Industrial Residues

WASH SOLUTIONS
Chemical Wash

MIXED SLUDGES
Process Sludge
Job Example
10T input
10T → 5T 50% volume reduction
5T → 2T
+ 3T treated landfillable bulk
2T recovered
70% (7T) landfill diversion
Get an Instant Cost Estimate
Select your waste stream, enter the volume, and see how Graymark Regen compares to your current disposal options.
All estimates indicative and ex-GST.
Regen Highlights
Interception
& Separation
Front-end skids process bulk contaminated soil — HAIL sites, sheep dip legacy, orchard land, industrial contamination. 91%+ contaminant reduction in a single pass. Processed soil meets TCLP / landfill acceptance criteria. Directly applicable to the thousands of sites on regional council HAIL registers costing millions to remediate.

Automated Dosing
& Remote Monitoring
Each Regen unit runs automated reagent dosing with real-time measurement and remote monitoring. Throughput, chemistry, and discharge quality are tracked continuously — not sampled weekly. AI layers help us optimise recovery processes. This means consistent output quality and full audit trail for every batch processed.

Spec-Grade
Feedstock Return
Back-end distillation and re-concentration skids produce spec-grade recovered chemicals — CCA, MCA, copper, boron, solvents — validated by independent lab analysis and accepted by industry partners including Koppers. Recovered material offsets your processing cost.

The infrastructure exists. What's your waste costing you?
Get a processing estimate in 60 seconds, or send a sample for trial — no commitment. We'll characterise the material, quote the job, and show you the comparison.

