Regulations that apply to waste solar panels
Photovoltaic modules are regulated waste in most markets, and the framework differs enough between jurisdictions that a generic answer is useless. Thi
01
What the document is
The document is a national ecological environment standard issued in draft for comment by China's Ministry of Ecology and Environment, titled 《废光伏设备回收处理污染控制技术规范》 — in English, Technical specification for pollution control of waste photovoltaic power device recycling. It is described in its own foreword as a first publication.
Its stated purpose is to prevent and control environmental pollution across the recovery and treatment of waste photovoltaic equipment, and it sets technical pollution-control requirements for the whole chain: dismantling and removal, collection, transport, storage, treatment, comprehensive utilisation and disposal. It states that it can be used as a technical reference for environmental impact assessment of waste PV utilisation projects — including site selection, construction, operation, completion acceptance, pollutant discharge permitting and cleaner production review.
02
What it covers, chapter by chapter
| Chapter | Subject |
|---|---|
| 1 | Scope of application |
| 2 | Normative references |
| 3 | Terms and definitions |
| 4 | General requirements |
| 5 | Pollution control during dismantling and collection |
| 6 | Pollution control during transport and storage |
| 7 | Pollution control during the treatment process |
| 8 onwards | Comprehensive utilisation, disposal and supporting requirements |
Chapter numbering follows the draft's published table of contents. The document was in draft at the time this page was written; confirm the current status with the issuing authority before relying on it.
03
The standards it sits on top of
The specification does not stand alone. It draws on an existing body of Chinese national standards for emissions, storage and waste management, which is a useful signal of what a treatment facility is expected to control. The referenced standards include, among others:
- GB 8978 — integrated wastewater discharge standard
- GB 16297 — integrated emission standard of air pollutants
- GB 12348 — emission standard for industrial enterprise boundary environmental noise
- GB 18597 — pollution control standard for hazardous waste storage
- GB 18599 — pollution control standard for general industrial solid waste storage and landfill
- GB 31574 — emission standard for the recycled copper, aluminium, lead and zinc industries
- GB 36600 — soil environmental quality risk control standard for construction land
- GB 37822 — standard for fugitive emission control of volatile organic compounds
- HJ 527 — pollution control technical specification for waste electrical and electronic product treatment
- GB/T 23685 — general technical requirements for the recovery and utilisation of waste electrical and electronic products
04
Why this matters to an equipment buyer
Two things in the structure of the specification are worth noting from an equipment standpoint.
First, it treats dismantling as a pollution control step, not just a recovery step. That puts containment, dust control and material handling within the regulated scope, which is precisely the part of a line that is cheapest to design in and most expensive to retrofit.
Second, it runs from transport and storage through to treatment. A facility that is designed only around the machine, without planning the storage of incoming modules and the storage of each output fraction, is planning a plant that will not satisfy the full chain.
Even if you operate outside China, this document is worth reading if you are specifying a line, because it describes the whole process rather than only the equipment — most regulatory instruments address either waste classification or emissions, and few address the dismantling sequence itself.
05
Where to read it
The standard is published by China's Ministry of Ecology and Environment. Standards and draft documents are published through mee.gov.cn, where the current status and any assigned standard number are available. Because the document was in draft at the time of writing, confirm its status there rather than relying on this page.
Building to a pollution-control specification?
Tell us which parts of the chain the specification covers for your project. Containment, extraction, storage and weighing are the equipment-side answers, and we can scope them explicitly.
FAQ
Questions
What is the Chinese standard for recycling waste solar panels?
China's Ministry of Ecology and Environment has issued a national ecological environment standard in draft — 《废光伏设备回收处理污染控制技术规范》, a technical specification for pollution control in the recycling and treatment of waste photovoltaic equipment. It covers dismantling, collection, transport, storage, treatment, comprehensive utilisation and disposal, and is described in its own foreword as a first publication.
Is it in force?
At the time this page was written the document was published as a draft for comment, with the standard number and the issue and implementation dates still to be assigned. Confirm its current status with the issuing authority before relying on it for a project decision.
Does it apply to solar module manufacturers?
The draft explicitly notes that solid waste streams such as discarded components and offcuts generated during the production, installation and maintenance of photovoltaic equipment may be handled with reference to the same standard. That makes it relevant to factory scrap recovery as well as to end-of-life module treatment.
Why is this covered on an English-language equipment site?
Because it is one of the few documents that treats the dismantling sequence itself as a pollution-control subject, and our engineering is in China. If you are specifying a line anywhere and trying to think through containment, storage and separation, its structure is a useful checklist.
Send us the module mix and the through-put
Tell us what arrives at your gate and what has to leave. The engineering team replies with the station configuration, the scope boundary and the information still missing before drawings start.
- Modules — framed single-glass, double-glass, frameless, thin film, mixed
- Condition — intact, or a meaningful share damaged or bent
- Through-put — modules per hour or t/h, and your shift pattern
- Output — which fractions you sell or store, and to what specification
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