先看数据：火灾为什么已经是分选厂的头号运营风险

The Numbers: Fire Is Now the Top Operational Risk at Sorting Plants

Fire Rover 的 Ryan Fogelman 自 2016 年起统计北美公开报道的废弃物与回收设施火灾。2025 年全年 448 起，超过 2024 年创下的 430 起纪录，比 360 起的年均值高出近 25%；进入 2026 年，1 月 25 起、2 月 31 起，2 月是他统计以来最糟的一个 2 月。这只是「公开报道」的部分——Exponent 引用美国国家废弃物与回收协会（NWRA）2024 年报告指出，MRF 每年实际发生的火灾超过 5,000 起。美国 EPA 2021 年的专题研究《An Analysis of Lithium-ion Battery Fires in Waste Management and Recycling》发现，发生锂电池火灾的 MRF 中有 78% 不得不呼叫消防救援，而填埋场这一比例仅为 40%；MRF 的人员受伤率与财产损失也是各类设施中最高的。得州普莱诺一座设施 2016 年火灾后，修复与重开花费超过 3,000 万美元。

Ryan Fogelman of Fire Rover has tracked publicly reported waste and recycling facility fires across the US and Canada since 2016. 2025 closed with 448 incidents — above the previous record of 430 in 2024 and nearly 25% above the 360-incident annual average. The trend continued into 2026 with 25 incidents in January and 31 in February, the worst February in his dataset. And that is only what is publicly reported: Exponent, citing a 2024 National Waste & Recycling Association report, notes that more than 5,000 fires occur at materials recovery facilities each year. EPA's 2021 study 'An Analysis of Lithium-ion Battery Fires in Waste Management and Recycling' found that 78% of MRFs experiencing a lithium-ion fire had to call emergency responders, versus 40% of landfills, with MRFs also reporting the highest worker injury and monetary damage rates. One facility in Plano, Texas, cost more than $30 million to repair and reopen after a 2016 fire.

点火源变了：锂电池、气雾罐与压力容器

The Ignition Sources Have Changed

行业共识已经从「偶发事故」转向「系统性风险」。2025 年 12 月，NWRA、Recycled Materials Association（ReMA）与 Solid Waste Association of North America（SWANA）联合发布《Guide for Developing Lithium-Ion Battery Management Practices at Materials Recovery Facilities》，聚焦可疑电池的早期识别与隔离、以识别与响应为核心的员工培训、安全储存与搬运、针对锂电池火行为的应急预案，以及面向公众的投放教育。Fogelman 还提出所谓「vape effect」：一次性电子烟这类内置锂电池、外壳薄、极易被随手丢弃的产品，使 2022–2025 年的事故量比 2016–2021 年均值高出约 26%。除电池外，压力气瓶、气雾罐、被不当丢弃的化学品、商业客户送来的「热料」以及设备摩擦火花，同样是常见起火源。

The industry view has shifted from isolated incidents to systemic risk. In December 2025 the NWRA, the Recycled Materials Association (ReMA) and the Solid Waste Association of North America (SWANA) jointly published the 'Guide for Developing Lithium-Ion Battery Management Practices at Materials Recovery Facilities', focusing on early identification and isolation of suspect batteries, training centred on recognition and response, safe storage and handling, emergency planning that accounts for lithium-ion fire behaviour, and public education. Fogelman also describes a 'vape effect': disposable vaping devices combine lithium-ion cells with thin casings and casual disposal, and reported incidents rose about 26% from 2022 to 2025 against the 2016–2021 average. Beyond batteries, pressurised cylinders, aerosol cans, improperly discarded chemicals, hot loads from commercial generators and equipment sparks remain frequent ignition sources.

保洁不是面子工程：它直接决定火势能不能蔓延

Housekeeping Is Not Cosmetic — It Governs Fire Spread

行业防火实践里，「Improve Housekeeping」与来料筛查、设备维护并列为三大基础手段，逻辑很直白：清扫减少的是可燃物基数与蔓延通道。具体动作包括保持翻卸平台（tipping floor）清空、清除积存的可燃粉尘、保证打包件之间的间距、定期倒垛防止料堆内部蓄热。一个常被低估的细节是设备周边与皮带下方的纸屑、塑料膜和细粉：输送机摩擦、轴承过热本就是常见点火源，而这些部位恰恰是人工扫帚最难覆盖、也最容易被跳过的区域。把这些点位纳入固定清扫路线，成本远低于一次停线。

Across published fire-prevention practice, improved housekeeping sits alongside load screening and equipment maintenance as a core control, for a simple reason: cleaning removes fuel and interrupts spread paths. Concrete actions include keeping tipping floors clear, removing combustible dust, maintaining proper spacing between bales, and rotating stockpiles to prevent heat build-up. An under-rated detail is the paper, film and fine dust that accumulates around equipment and beneath conveyors: conveyor friction and overheated bearings are common ignition sources, and those are exactly the areas a hand broom reaches least and crews skip most often. Adding them to a fixed cleaning route costs far less than one line shutdown.

分区清扫方案：频次、设备与目标

A Zone-by-Zone Cleaning Plan

翻卸平台：每班次结束及交接班前，用驾驶式或手推式扫地机清空散落物，重点是墙角与推堆机作业死角，目标是让平台恢复到可目视检查地面的状态；建议配备中大型扫地机以缩短占用时间。分选线走廊与设备下方：每日一次，用工业吸尘器吸除细粉与碎屑，避免扫帚扬尘落回皮带；停机检修窗口内清理轴承座、电机散热面。打包与成品堆放区：每周清理一次地面碎料，同时核查垛间距。厂区外围道路与卸料坡道：用大型驾驶式扫地机或道路清扫机定期作业，减少车辆带入的可燃碎屑与扬尘。破碎与筛分区域粉尘负载最高，若存在可燃粉尘，应按 NFPA 652 的要求先完成粉尘危害分析（DHA），据此决定清扫频次与设备防爆等级。

Tipping floor: sweep at end of shift and before handover with a ride-on or walk-behind sweeper, prioritising wall lines and loader blind spots, with the goal of restoring a visually inspectable floor; a larger machine shortens floor occupancy. Sort-line aisles and under-equipment areas: daily industrial vacuuming of fines and debris rather than sweeping dust back onto the belt, plus cleaning of bearing housings and motor cooling surfaces during maintenance windows. Baling and finished-goods storage: weekly floor clearing with a bale-spacing check. Yard roads and tipping ramps: periodic sweeping with a large ride-on or road sweeper to remove combustible debris tracked in by vehicles. Shredding and screening areas carry the highest dust load; where combustible dust is present, complete a Dust Hazard Analysis under NFPA 652 first and let its conclusions set cleaning frequency and equipment protection level.

设备选型：哪些能上，哪些绝对不能上

Equipment Selection: What Works and What Must Never Be Used

扫地机方面，MRF 与中转站地面多为耐磨混凝土、碎料尺寸跨度大，应优先选择带大容量垃圾斗、可承受硬物冲击的驾驶式机型（如 YLBA320、YLBA5300 一类中大型扫地机），并配置滤芯自动振尘以应对高粉尘负载；狭窄走廊与设备间可用小型手推式补位。工业吸尘器用于细粉与设备周边，建议选择大桶容、可配前置滤袋的机型（如 YLBC110、YLBC030），避免频繁停机换袋。喷雾设备可用于卸料口与破碎口的抑尘和除臭（如 YLCB136 气压式喷雾器），减少扬尘带来的能见度与呼吸暴露问题。需要明确的禁忌是：不得用普通吸尘器或扫地机处理冒烟、发热或疑似受损的电池、气雾罐与压力容器——这类物料应按设施的隔离程序用不燃容器单独收纳；存在可燃粉尘的区域必须使用符合防爆要求的设备与接地导电软管，普通工业吸尘器在此类环境中本身就是点火源。

For sweeping, MRF and transfer-station floors are abrasion-resistant concrete carrying debris of widely varying size, so favour ride-on machines with large hoppers and impact-tolerant construction (mid-to-large units in the YLBA320 / YLBA5300 class) with automatic filter shaking for high dust loads; compact walk-behind machines cover narrow aisles and plant rooms. For fines and equipment surrounds, choose large-capacity industrial vacuums that accept pre-filter bags (YLBC110, YLBC030) to avoid constant bag changes. Sprayers can suppress dust and odour at tipping and shredder mouths (for example the YLCB136 pneumatic sprayer), improving visibility and reducing respirable exposure. The hard prohibitions: never use a general-purpose vacuum or sweeper on smoking, hot or visibly damaged batteries, aerosol cans or pressurised containers — those go into non-combustible isolation containers under the facility's procedure; and in combustible-dust areas use only explosion-protected equipment with grounded conductive hoses, because an ordinary industrial vacuum is itself an ignition source there.

把清扫写进流程：巡检、热点识别与记录

Write Cleaning Into the Process: Patrols, Hot Spots, Records

把保洁与火灾防控绑定的最简单办法，是让清扫人员同时承担一线观察职责。班前巡查关注：翻卸平台有无冒烟或异味的「热料」；输送机有无异常停机、焦糊味、火花；轴承与电机有无过热迹象。许多设施已把手持红外测温仪或热成像纳入日常巡检，用于在明火出现前发现蓄热点。清扫作业本身应留痕：记录区域、时间、清出物料类型与异常发现，既是保险与合规的证据链，也能反过来优化频次——某个点位反复出现细粉堆积，通常意味着上游有泄漏或密封失效。需要强调的是，一线保洁与操作人员不应被默认当作消防第一响应力量，除非经过完整培训并配备相应装备。

The simplest way to tie housekeeping to fire prevention is to give cleaning staff a frontline observation role. Pre-shift checks should look for hot loads smoking or giving off unusual odours on the tipping floor; conveyors showing unexplained stoppages, burning smells or sparks; and bearings or motors running hot. Many facilities now include handheld infrared thermometers or thermal cameras in daily rounds to catch heat build-up before flames appear. Cleaning itself should leave a record — zone, time, material removed, anomalies found — which serves both as an insurance and compliance trail and as a feedback loop: repeated fine-dust accumulation at one point usually means an upstream leak or failed seal. Importantly, cleaning and operations staff should not be treated as the default first-response fire team unless fully trained and properly equipped.

别忽略人身安全：这个行业的伤害率本就偏高

Worker Safety Context: An Already High-Risk Sector

美国劳工统计局（BLS）数据显示，固体废弃物收集岗位每 100 名工人约报告 5 起工伤，填埋场为 2.8 起，物料回收设施（MRF）为 5.8 起，而全私营行业平均为 2.3 起。2023 年，垃圾与可回收物收集工每 10 万名全职当量工人中有 41.4 人因工死亡，位列全美第四危险职业。SWANA 公共政策与传播高级总监 Kristyn Oldendorf 指出，许多严重事故源于可预防的行为或工作条件。这意味着清洁设备的选型不只看效率：驾驶式机型的视野与倒车影像、扫地机的低噪音（便于听到警报与呼喊）、吸尘器的整机密封（减少粉尘暴露）都直接关联到人身安全指标。

US Bureau of Labor Statistics data show about five injuries per 100 workers in solid waste collection, 2.8 at landfills and 5.8 at materials recovery facilities, against 2.3 across all private industry. In 2023, refuse and recyclable material collectors recorded 41.4 fatal injuries per 100,000 full-time workers, the fourth-deadliest occupation in the country. SWANA's senior director of public policy and communications, Kristyn Oldendorf, notes that many serious incidents stem from preventable behaviours or working conditions. That reframes equipment selection: ride-on visibility and reversing cameras, low sweeper noise so alarms and shouted warnings are audible, and fully sealed vacuum bodies that limit dust exposure all map directly onto safety outcomes.

给设施管理者与设备采购方的落地清单

Action Checklist for Facility Managers and Buyers

① 用 NFPA 652 的 DHA 结论确定哪些区域属可燃粉尘环境，据此划分普通设备与防爆设备的使用边界；② 按翻卸平台/分选线/打包区/外围道路四类分区设定清扫频次与责任人；③ 采购时明确工况参数：地面材质、单次清扫面积、碎料最大尺寸、粉尘类型与是否可燃、连续作业时长；④ 在设备旁配置不燃隔离容器与明确标识，供发现可疑电池时即时使用；⑤ 把清扫记录并入设施的防火与保险文档。ApexClean（常州永乐环境工程有限公司）提供驾驶式与手推式扫地机、工业吸尘器、高压清洗与喷雾抑尘等整套环卫与工业清洁设备，可按现场工况配置，并支持 OEM/ODM 与 CE、ISO9001 体系文件配套。

1) Use NFPA 652 DHA findings to define which zones are combustible-dust environments and where standard versus explosion-protected equipment may be used. 2) Set cleaning frequency and named ownership for four zones: tipping floor, sort line, baling area, yard roads. 3) Specify duty conditions when purchasing: floor material, area per pass, maximum debris size, dust type and combustibility, and continuous run time. 4) Station clearly labelled non-combustible isolation containers next to equipment for suspect batteries. 5) Fold cleaning records into the facility's fire-protection and insurance documentation. ApexClean (Changzhou Yongle Environmental Engineering Co., Ltd.) supplies ride-on and walk-behind sweepers, industrial vacuums, pressure washers and dust-suppression sprayers configurable to site conditions, with OEM/ODM support and CE / ISO 9001 documentation.