MGJ GrowMaster Carbon Filter Series | High-Efficiency Odor Control | Food-Grade Certified | Long-Lasting

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The MGJ GrowMaster Carbon Filter Series is designed for grow rooms, greenhouses, and industrial odor control. Built with food-grade virgin activated carbon, it guarantees safe and efficient performance. Featuring a 60mm deep carbon bed and 55% open-area mesh design, it significantly increases air-to-carbon contact time while maintaining strong airflow, delivering superior odor removal and VOC adsorption.

Key Benefits

✅ Food-Grade Activated Carbon – Safely removes odors, VOCs, and airborne contaminants
✅ 60mm Extra-Thick Carbon Bed – Longer service life compared to 10mm/25mm standard filters
✅ 55% Open Area Mesh – Improves airflow efficiency, reduces resistance, and ensures quiet operation
✅ Durable & Reliable – Foam sealing ring prevents leakage; reinforced aluminum housing for longevity
✅ Easy Installation – Lightweight body with mounting base for quick setup
✅ Extended Lifespan – 18-month warranty, built for long-term use ....
Code MGJ-CF60 / MGJ-CF660
Series Carbon Filter Series
Spec 60mm Carbon Bed Depth / 660mm Length
Material Virgin Activated Carbon + Aluminum Housing
Color Silver / Black
Brand MGJ GrowMaster
Model CF60-660 / Customizable Models Available
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MGJ SmartFarm Box | Integrated Indoor Plant Factory Solution

The MGJ SmartFarm Box is a fully integrated, plug-and-play smart farm in a container. It brings together multi-layer cultivation racks, LED grow lighting, HVACD (heating, ventilation, cooling, dehumidification), CO₂ enrichment, airflow management, automated fertigation & water recovery, sensor networks, and centralized control in one turnkey package.
Once delivered, simply connect power, water, and drainage, and production can begin immediately.


1. Core Value

  • Year-round stable yield: fully enclosed environment with precision “climate recipes,” unaffected by seasonal/weather fluctuations.

  • High density, high yield: multi-tier cultivation delivers 3–6× higher output per square meter compared to soil systems.

  • Resource efficiency: recirculating irrigation + LED lighting save water, power, and reduce HVAC loads.

  • Food-grade biosafety: cleanable interior, rounded corners, airflow design to minimize disease.

  • Scalable & repeatable: modular units can be expanded to clusters of 5, 10, or 50 with identical conditions.

  • Remote visibility: cloud-based dashboards, recipe deployment, data logs, and alarms minimize staffing needs.


2. Typical Configuration & Yield (Example)

Actual figures depend on crop type, light levels, and chosen cultivation system. Below are standard references.

Dimensions & Growing Area

  • 20ft SmartFarm Box: ~60–120 m² growing surface (3–5 tiers)

  • 40ft SmartFarm Box: ~120–240 m² growing surface (3–5 tiers)

  • Custom spacing for leafy greens, berries, herbs, seedlings, or medicinal crops

Weekly Output (Leafy Greens Example)

  • 20ft: 400–800 heads/week

  • 40ft: 800–1,600 heads/week
    (Assuming 21–28 day cycle with staggered harvest; berries and specialty crops calculated separately.)


3. Seven Integrated Systems

3.1 Cultivation

  • Options: NFT/DFT hydroponics, coco/rockwool substrate drip, float trays, microgreens

  • Food-grade piping, quick-connect fittings, tray-based logistics

3.2 LED Lighting

  • Efficacy: ≥2.6–3.0 µmol/J

  • Adjustable intensity 200–1,000 µmol·m⁻²·s⁻¹

  • Optional tunable spectrum (red/blue/white/FR/UV) for crop recipes

3.3 HVACD & Airflow

  • Precision temp/humidity control with dehumidification at dewpoint

  • CO₂ enrichment: 20–90% RH, ppm-based closed-loop control

  • Air circulation: ceiling-to-floor mixing with V-Flow Pro vertical fans

  • Filtration: MERV-13 or higher, optional positive pressure anteroom

  • Noise < 60 dB

3.4 Fertigation & Water

  • 8-channel automatic dosing (EC/pH controlled)

  • Recirculation with UV/ozone disinfection

  • RO/softening optional, sanitary quick-connect fittings

3.5 Sensors & Controls

  • Enviro: temp, humidity, dewpoint, CO₂, airflow, light intensity

  • Water: EC, pH, flow, temp, level, leakage detection

  • Cloud: data storage, alarms, recipe upload, API integration

3.6 Biosafety & Hygiene

  • Smooth, washable interior panels with CIP (clean-in-place) protocols

  • H₂O₂ fogging/UV sterilization between cycles

  • Mold-resistant and corrosion-proof materials

3.7 Utilities

  • Power: AC 220–240V or 380–480V 3-phase

  • 20ft unit load: 8–20 kW | 40ft: 15–40 kW

  • Water input: 0.2–0.4 m³/h | Drainage: DN40–DN50 PVC-U

  • CO₂: cylinder/dewar/generator connection

  • Connectivity: Ethernet/4G/5G


4. Crop Recipes (Examples)

  • Leafy greens/herbs: 12–18 mol DLI, EC 1.2–1.8, 2–4 °C DIF

  • Strawberries: segmented phases with 800–1,200 ppm CO₂

  • Seedlings/cloning: high humidity, low PPFD, EC 0.5–1.0

  • Medicinal/aromatic plants: precision VPD, spectrum, and CO₂ control

Custom crop recipes can be modeled for specific cultivars.


5. Workflow & Ergonomics

  • Standard SOPs: cleaning → transplanting → fertigation → monitoring → harvesting → sanitation

  • Tray-based logistics reduce labor

  • Data-driven KPI reporting (yield, survival, energy, water, uniformity)

  • Safety protocols for CO₂, power, and leakage alarms


6. Deployment & O&M

  • Factory acceptance test before shipping

  • Onsite commissioning in 1–3 days

  • Training & guided first crop cycle (remote or onsite)

  • Spare parts kit, annual maintenance, and 24/7 remote support

  • Global delivery via sea/rail/road


7. Options

  • Adjustable tiers, spectrum-tunable LEDs

  • Positive pressure entry rooms

  • V-Flow Pro air fans, MGJ-158L Pro anti-corrosion dehumidifiers

  • Carbon filters for odor management

  • Integration with tracking/traceability systems


8. ROI Outlook

  • Yield gain: 3–6× per m²

  • Water savings: up to 90% vs. field production

  • Payback: 12–24 months (depending on energy cost, crop type, and sales channel)


9. Support & Customization

  • Design consultation: crop targets, yield capacity, energy modeling

  • Trial/demo units available

  • OEM/ODM branding options

  • Full compliance with international safety and efficiency standards


MGJ SmartFarm Box transforms “controlled agriculture” into a scalable, repeatable, and profitable business model—all inside a container.

【END】


MGJ SmartFarm Box|模块化室内植物工厂一体化方案

MGJ SmartFarm Box 是为商业化作物生产而生的“即插即用”型智慧农场。我们把种植架、LED 植物照明、空调/除湿/加湿、CO₂ 富集、空气循环、营养液自动配肥与回收、传感器网络、控制与远程运维全部集成为一台预制整机,抵达现场 接上电、水、排水 即可生产。


1. 核心价值

  • 全年可控产出:全封闭环境 + 精准“气候配方”,避开季节与气候波动。

  • 高单位面积产量:多层立体栽培,单位占地产能提升 3–6 倍(视作物与层数)。

  • 水肥能源更节约:循环灌溉与回收系统,相比土培可显著降低用水;LED 光效高、热负荷小。

  • 食品级与生物安全:洁净内饰、易清洗设计、气流组织合理,降低病害风险。

  • 标准化+可复制:模块化扩容,单箱稳定后可快速部署 5、10、50 个同规格集群。

  • 远程可视化运维:云端数据记录、异常报警、处方(Recipe)下发,减少人力依赖。


2. 典型结构与产能(示例)

实际规格与产能会因作物、层数、栽培方式和目标光强而变化,下列为常见配置供选型参考。

尺寸与层架

  • 20ft SmartFarm Box:内部有效种植层面积 ≈ 60–120 m²(3–5 层)

  • 40ft SmartFarm Box:内部有效种植层面积 ≈ 120–240 m²(3–5 层)

  • 层间距与承重按目标作物(生菜/草莓/香草/育苗/药用植物等)定制

参考周产能(以速生叶菜为例)

  • 20ft:400–800 颗/周

  • 40ft:800–1,600 颗/周
    (假设单株 21–28 天周期、批次化收获;草莓/药用植物采用按串果或按鲜花干花计产的口径,另行计算)


3. “七大系统”总成

3.1 栽培系统(可选)

  • 水培:NFT/DFT 深/浅液流、滴灌基质栽培(岩棉、椰糠)、育苗漂浮盘微型嫩芽/芽菜盘

  • 标配食品级水路、快插接头、托盘化物流;整机可热水/消毒液一体冲洗

3.2 LED 植物照明

  • 光效:≥2.6–3.0 µmol/J;调光 0–100%

  • 光强覆盖:200–1,000 µmol·m⁻²·s⁻¹(按作物阶段可编程)

  • 可选可调谱(红蓝白/远红/深蓝),支持 DLI/光周期策略

3.3 环境与空气(HVACD + 气流组织)

  • 恒温恒湿:制冷/制热/除湿/加湿一体;露点除湿协同,夜间抑露

  • CO₂:ppm 级闭环控制(PPM-B1 控制器 + 调节器/发生器

  • 气流:上送下回 + V-Flow Pro 立体气流/HAF 形成缓和“赛道风”

  • 过滤:MERV-13 级进风过滤,可选正压阀与前室

  • 噪声:< 60 dB(机外 1 m,随机型差异)

3.4 营养液与水处理

  • 8 通道母液自动配肥,EC/pH 在线闭环;温控与液位联动

  • 回水收集 + 过滤 + UV/臭氧杀菌,可切换“直排/回用”模式

  • 选配 RO 反渗透 纯水、软化、自动冲洗;关键管路快拆式卫生级接头

3.5 传感器与控制

  • 环境:多点温/湿/露点/CO₂/风速/光照/DLI

  • 水路:EC/pH/水温/流量/液位/泄漏

  • 数据:1 s–1 min 采样,曲线与报表自动归档;短信/邮件/微信报警

  • 云端:处方管理、远程调参、权限与审计;支持 API 对接

3.6 清洁与生物安全

  • 光滑无孔内饰板、圆角与**“可视可及”**卫生设计

  • H₂O₂ 过氧化氢雾化/UV 消杀流程、批次间“CIP/清洗在位”SOP

  • 防霉防腐材料、设备抬高离地、地漏与回水坡度合规

3.7 供配电与公用工程

  • 电源:AC 380–480V 三相AC 220–240V(按国别与功率定制)

  • 20ft 典型总功率:8–20 kW;40ft:15–40 kW(含 HVACD 与照明)

  • 给水:≥ 0.2–0.4 m³/h;排水:PVC-U 管径 DN40–DN50

  • CO₂:钢瓶/液相杜瓦/外置发生器接口

  • 通讯:以太网/4G/5G 可选,断网本地冗余运行


4. 适配作物与栽培处方(示例)

  • 叶菜/香草:生菜、羽衣甘蓝、罗勒、薄荷、芫荽等

    • 光:DLI 12–18 mol;EC 1.2–1.8;日夜温差 2–4 ℃

  • 草莓:分苗期/营养生长期/开花坐果期分段处方

    • 光:DLI 15–25 mol;二氧化碳 800–1,200 ppm;湿度分层控露

  • 育苗/克隆:高湿低风、浅液或基质托盘;EC 0.5–1.0,低 PPFD

  • 药用与香料植物:对照谱、对照 CO₂,夜间露点与 VPD 精细管理

我们可提供处方(Recipe)建模与标定服务,把目标品种的光/温/湿/CO₂/水肥转化为可复现的工艺参数。


5. 运营与人机工程

  • SOP 全流程:清洁 → 上架/定植 → 营养液校准 → 日常巡检 → 采收与包装 → 批次清场

  • 托盘化/周转架:减少搬运;前端与后端“脏/净”物流单向流

  • 数据驱动:批次 KPI(存活率、周期、单位能耗、水耗、产量/等级)自动统计

  • 安全:CO₂、漏水、过温/过湿、配电与门禁告警


6. 交付、安装与运维

  • 整机预制与 FAT(工厂验收),到站后 1–3 天完成落地接驳与调试

  • 提供培训与首批种植陪跑(现场/远程),建立可复制的操作体系

  • 备件包 + 远程诊断 + 年度维保;支持全球海运/铁路/公路交付


7. 选配清单

  • 层数与架宽/托盘规格、可调谱 LED、正压前室/更衣、不间断电源(UPS)

  • V-Flow Pro 立体气流套件、HAF 水平风、活性炭异味净化

  • MGJ-158L Pro 工业防腐除湿机(种植/干燥区低温防腐)

  • 监控摄像、电子秤/条码、追溯系统、ESG/能耗计量


8. 投资与收益(方法论)

  • 产能 = 有效层面积 × 单位面积密度 × 周期/周转效率

  • 成本 = 能耗(HVACD + LED)+ 水肥耗材 + 人工 + 维保

  • 毛利驱动因素:商品级别(A/B 级)、损耗率、全年价格波动对冲

  • 通过处方优化、回水回用与远程运维,客户通常在 12–24 个月达到稳定运行;回收期取决于电价、租金与销售渠道(可提供测算模板)。


9. 采购与技术支持

  • 方案设计:根据目标作物与产能,输出工艺包与平面布置

  • 打样与试运行:可提供试验箱或短期代培服务

  • OEM/ODM:外观、配色、品牌与软件可定制

  • 全球发货:遵循目的国安规与能效要求,提供合规文件


MGJ SmartFarm Box——把“可复制的农业能力”装进一个箱体。

【END】