Key facts
- Company
- NXP Semiconductors N.V.
- Industry
- Electronics & Semiconductors
- Materials
- Solvents, Water
- Processes
- Recycling
- Regions
- Asia
- Countries
- Taiwan
- Evidence through
- Sources
- 1 public sources
Material inputs to resolve
Automotive, industrial and communications semiconductors with wafer fabrication and packaging
NXP's 2025 Corporate Sustainability Report says wastewater recycling reached 61%, ahead of its 2027 60% commitment, and total waste recycling reached 94%. The report also describes 120 tonnes of molding scrap transformed annually at the Kaohsiung facility, along with hazardous streams including solvents, metal-plating waste and spent sulfuric acid. Public sources do not establish the recovered material's full specification, downstream buyers or product allocation.
61% 2025 wastewater recycling
94% 2025 total waste recycling
120 t Annual Kaohsiung molding scrap transformed
2025 Corporate sustainability report year
- Silicon wafers, photoresists, specialty gases, solvents, acids, metals, mold compounds and packaging inputs
- Ultrapure water, process chemicals, electricity and cleanroom consumables
- Molding scrap, e-scrap and wastewater streams available for qualified recovery
Outputs and residuals to resolve
- Automotive, industrial, communications and edge-processing semiconductors
- Solvents, plating waste, spent sulfuric acid, molding scrap, wastewater and packaging waste
- Recovered-material specification, product allocation and downstream buyer evidence remain open
First decision: Start with Kaohsiung molding scrap or one wastewater stream. Establish composition, recovery process, quality specification, destination and avoided virgin input.
Control
NXP designs and manufactures semiconductors for automotive, industrial, communications and other applications.
Water signal
NXP reports 61% wastewater recycling in 2025, six percentage points higher than 2024.
Waste signal
NXP reports 94% total waste recycling in 2025.
Specific lane
NXP reports 120 tons of molding scrap transformed annually at Kaohsiung with a recycling partner and identifies silica as a recoverable component.
Decision boundary
The public record supports one bounded next move: Start with Kaohsiung molding scrap or one wastewater stream. Establish composition, recovery process, quality specification, destination and avoided virgin input. It does not establish a buyer, commercial approval or supply agreement.
Material flow map
| Material or stream | Qualification gate | Process or destination | Evidence still needed |
|---|---|---|---|
| Molding scrap | Composition, silica content, contamination and consistency | Third-party repurposing route | Output spec, yield and buyer use |
| Wastewater | Quality, process compatibility and local discharge rules | On-site recycling or treatment | Volume, quality, reuse point and boundary |
| Spent solvents and acids | Hazard classification, purity and recovery safety | Treatment or material recovery | TDS, recovery yield and final destination |
This is a public screening map. It separates company-disclosed flows from open qualification work. It does not convert a destination into a buyer or an announced ambition into operating capacity.
Three defensible entry lanes
Turn Kaohsiung into a material passport
The 120-tonne figure is a starting point. The decision needs a repeatable recovered-material specification.
Next evidence: Map scrap composition, partner process, output quality, use case and avoided virgin input.
Separate recycling from recovery quality
A high recycling rate does not by itself show that a material re-enters an equivalent product system.
Next evidence: Track route, yield, quality, product allocation and residuals.
Connect water to process and watershed risk
NXP identifies high or extremely high baseline water stress at Chandler and Bangkok.
Next evidence: Join site, process, water source, recycling loop, discharge and local risk.
Evidence register
- 2025 Corporate Sustainability Report NXP, official sustainability reporting hub https://www.nxp.com/company/about-nxp/sustainability/environment/energy-water-and-waste%3AENERGY-WATER-AND-WASTE
- Water NXP, official 2025 water disclosure https://www.nxp.com/company/about-nxp/sustainability/environment/energy-water-and-waste%3AENERGY-WATER-AND-WASTE
- Resource Use and Circular Economy NXP, official waste and circularity disclosure https://www.nxp.com/company/about-nxp/sustainability/environment/energy-water-and-waste%3AENERGY-WATER-AND-WASTE
- Kaohsiung molding-scrap recycling NXP, official facility-specific circularity disclosure https://www.nxp.com/company/about-nxp/sustainability/environment/energy-water-and-waste%3AENERGY-WATER-AND-WASTE
Source hierarchy: filings and company disclosures first. The brief states what those sources support and leaves the unresolved plant, grade, permit, buyer and mass-balance questions explicit.
Material Transition editorial interpretation
NXP's strongest public material signal is unusually specific: 61% wastewater recycling in 2025, 94% total waste recycling and 120 tonnes of molding scrap transformed annually at its Kaohsiung facility. The next move is to connect those streams to a named process, a qualified output and a buyer-grade material record. The next useful working session starts with: Start with Kaohsiung molding scrap or one wastewater stream. Establish composition, recovery process, quality specification, destination and avoided virgin input.
Sources
- [1]