Recycling at Rienu

Cradle-to-grave—and back again. We don’t just “take it away.” We recover, renew, and redeploy value across
electronics, batteries, and metals—then close the loop with certified recycling and clear reports.

The Full-Circle Flow

01

Intake & Chain-of-Custody

Scheduled pickup or drop-off. Items are serialized, photographed, and tracked from door to downstream.
02

Triage & Testing

Servers & IT: wipe → bench test → grade → refurb or parts harvest
Batteries/Modules: IR & capacity test → safety checks → pack engineering suitability
Other e-waste: functional test → reuse route; non-functional → parts harvest or recycle

Second-Life First

Refurbish & Renew

restore servers, networking, laptops, AV, and industrial electronics

Battery Second-Life

qualify modules for stationary storage; integrate into new packs

Component Harvest

fans, PSUs, boards, heat sinks—everything with residual life is reused

Product Creation & Resale

New Products

second-life BESS packs, microgrid skids, edge-compute kits

Secondary Market

remarket renewed servers & gear to SMBs, MSPs, education, labs

Direct to Enterprise

buy-back & take-back programs with SLAs and upgrade paths

Certified Recycling (When Needed)

Audited U.S. refiners + Panama partner for specific streams. You get Certificates of Data Destruction (COD), Certificates of Recycling (COR), manifests, weights/grades, and yield settlement.

Deployment to Power & Compute

Power: second-life BESS integrated into microgrids (Model A: Solar+Battery; Model B: Solar+Battery+Genset)
Compute: renewed servers into edge sites or back to enterprise—extending life, cutting capex

What We Handle

E-waste

servers, storage, networking, laptops, phones, AV, industrial controls

Energy

EV/ESS modules, inverters, balance-of-system, cabling

Metals

copper, aluminum, steel, precious metal PCB streams

Two Flagship Second-Life Tracks

A) Batteries → Power (BESS & Microgrids)

  • Module testing → safe pack assembly → BMS integration
  • Skid/containerized systems from tens of kWh to multi-MWh
  • Use cases: clinics, community centers, events, ag, construction, EV charging, recycling hubs
CTA: [Price my site] • [See Model A/B]

B) Servers → Compute (Edge & Enterprise)

  • NIST-aligned wipes + COD issued
  • Refurb with thermals/firmware/QA; graded resale or redeploy to Rienu edge projects
  • Trade-in & upgrade programs; predictable refresh without rip-and-replace
CTA: [Get an asset bid] • [Sample SLA]

Compliance, Safety & Proof

  • Chain-of-custody from intake to final disposition
  • Data handling: verified wipes or physical destruction; documented serials
  • Battery safety: proper storage/transport; hazmat paperwork; downstream audit trail
  • Reporting: manifests, diversion %, CO₂e avoided, resale recovery, yield summaries

Why It Pays

30-60%

Lower capex

Re-use first = lower capex vs. new on typical IT refresh

25-50%

Ops savings

Hybrid microgrids cut diesel burn and volatility vs. gen-only

90%+

Diversion achievable

Measured impact for ESG/CSR on eligible streams

(Replace with your real metrics when ready.)

Program Models

Sovereign Nations

energy sovereignty + local refurb/O&M jobs; revenue-share options

Enterprise

multi-site take-back, centralized monitoring, SLAs, co-branding for circular wins

Buy-Back & Take-Back

predictable valuations; swap older gear into second-life channels
Bottom Line

Rienu is a recycling program that funds itself —by turning waste into
inventory, inventory into
deployments, and deployments into
measurable savings and impact.

That’s cradle-to-grave—and back again.

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