Abrasive Blasting, Shot Peening & Surface Prep calculator

Abrasive Media Reclaim Net-Value Calculator

Estimate the economic value of reclaiming abrasive with four commercial inputs: media used, recovery efficiency, virgin-media price and reclaim operating cost. The calculator applies documented separator-quality and disposal assumptions to estimate reusable media, avoided purchases, avoided disposal and net reclaim value. It is designed for comparing operating strategies, justifying maintenance and screening reclaim investments without presenting a long accounting form. The answer is a period or job value, so every input must cover the same basis. Quality acceptance remains a process decision; a positive financial result does not authorize returning contaminated or out-of-specification media to production.

What this calculator does

  • Value only media that is recovered, separated, and still fit for use, then subtract the operating cost of reclaim.
  • Use it for reclaim ROI, separator tuning, virgin-versus-recycled media sourcing, screening whether improved reclaim maintenance has a credible economic payback..
  • Value only media that is recovered, separated, and still fit for use, then subtract the operating cost of reclaim.

Formula used

  • Net reclaim value = avoided virgin-media and disposal cost minus reclaim operating cost under fixed quality-yield assumptions.
  • Fixed secondary assumptions compiled into this release: Separator usable yield: 90 %; Additional quality loss: 2 %; Avoided disposal cost: 0.08 $ / lb.

Inputs explained

  • Media circulated or consumed: Media mass entering the recovery opportunity during the interval.
  • Physical recovery efficiency: Share physically collected for reclaim.
  • Virgin media landed cost: Purchase, freight, and handling cost avoided by one reusable pound.
  • Reclaim operating cost: Labor, power, maintenance, testing, and consumables for the interval.

How to use the result

  • Best suited to reclaim ROI, separator tuning, virgin-versus-recycled media sourcing, screening whether improved reclaim maintenance has a credible economic payback..
  • The four-input result is conditional on the disclosed fixed assumptions; use a detailed engineering model when they are not representative. Does not approve reclaimed media for a specification. Does not value production, profile, or contamination risk unless entered through quality loss. Hazardous-waste classification can change disposal economics. The result excludes capital recovery, financing, floor space and production downtime unless included in reclaim operating cost.

Common questions

  • Is recovered media always reusable? No. Separator performance, particle condition, contamination, and the process specification determine usable yield. The fixed secondary assumptions are listed on this page and in the downloadable workbook so the four-input result remains auditable.
  • Why include disposal savings? Reused media may avoid a marginal disposal pound, but only when the waste classification and contract actually make that cost avoidable. The fixed secondary assumptions are listed on this page and in the downloadable workbook so the four-input result remains auditable.
  • Can net value be negative? Yes. Low yield, low virgin-media cost, or expensive reclaim operation can make reclaim uneconomic for the modeled interval. The fixed secondary assumptions are listed on this page and in the downloadable workbook so the four-input result remains auditable.
  • Does a positive answer approve the process? No. Technical and specification acceptance must be established independently. The fixed secondary assumptions are listed on this page and in the downloadable workbook so the four-input result remains auditable.
  • What should reclaim operating cost include? Include the incremental labor, electricity, maintenance parts, screens, separator service and waste-handling cost required to recover the entered media quantity. Keep capital cost separate unless you deliberately convert it to the same period basis. Consistent scope matters more than false precision in any single rate.

Last reviewed 2026-08-25.