Drone environmental monitoring

Efly – Your Aerial Guardian for Smarter Pollution Control.

Description

Efly Aviation’s self-developed drone-based gas detection system offers an intelligent, automated, and scalable solution for air quality monitoring and pollutant emissions inspection. Designed to meet the rising need for real-time environmental compliance, our system integrates precision sensors, AI-powered analytics, and autonomous flight planning to ensure:

Accurate detection of industrial gas emissions (PPM-level sensitivity)
360° spatial coverage with real-time geo-referenced pollutant mapping
200% efficiency improvement vs. traditional ground-based sampling
Automated environmental risk reports & early warnings

Core Advantages---All-Scenario Adaptive Environmental Monitoring

Specification	Performance	Standard
Environmental Adaptability	-20°C to 55°C / Wind resistance 12m/s	MIL-STD-810H
Gas Detection Sensitivity	≤1ppm (NOx, SO₂, CO, CH₄, VOCs)	EPA Method 21 Compliant
Protection Rating	IP54 dust- & splash-proof	IEC 60529
Data Transmission	Real-time via 4G/5G/LoRaWAN	AES-256 Encryption
Battery Endurance	45 minutes per flight / 4 sorties/day

Core Value Propositions

Zero Manual Intervention

Autonomous flight pathing, sampling, and return

High-precision gas analytics

AI algorithm classifies 20+ pollutant types

Multi-source data fusion

Gas + meteorology + terrain for accurate modeling

Industrial compliance detection

Compares emissions against GB & EPA limits

Smart alerts & dashboards

Abnormal discharge warnings with timestamps

Flexible deployment

Mobile ground station supports on-site deployment in 30 minutes

Application Scenarios of Drone Inspection

1. Factory Emissions Monitoring

Drone-based aerial patrols detect illegal or excessive NOx, SO₂, and VOC discharges, supporting regulatory enforcement and internal compliance audits.

2. Refinery Leak Detection

Real-time methane and hydrocarbon leak mapping prevents safety hazards and environmental fines; integrates with emergency response protocols.

3. Landfill Air Quality Monitoring

Detects CH₄ and H₂S concentrations across landfill perimeters; ensures gas collection systems function effectively and prevents toxic exposure.

4. Urban Air Pollution Mapping

Large-area grid flights create heatmaps of PM2.5 and NO₂ hotspots for smart city planning, traffic emissions control, and public health research.

5. Port & Shipping Emissions Inspection

Identifies SO₂ and CO₂ concentrations from vessel exhausts; supports emission cap enforcement under IMO regulations.

Three Core Modules

1. Smart Drone Hub

Hardware:

Environmental sensor calibration cabin
Auto-docking & weatherproof charging
Self-diagnostics with remote maintenance alerts

Software:

Factory-level emission maps
Historical comparison & audit trail
Reporting templates export

2. Gas Detection Drone Kit

Sensors:

Multi-gas analyzer (NDIR, PID, Electrochemical sensors)
PM2.5/PM10 laser sensors
Meteorological unit (wind speed, temp, humidity)

Capabilities:

Multi-point emissions source localization
Leak detection accuracy ≥95%
VOC plume visualization in 3D

3. Digital Twin Platform

Features:

Emission compliance grading
Real-time pollutant dispersion modeling
AI prediction for over-limit trends

Dashboard:

Real-time blade health monitoring
Tower settlement trend analysis
Power generation loss prediction

Technical Q&A

Can it operate in hazardous environments?

Yes – equipped with explosion-proof sensors and remote operation mode for Class I Div 2 zones.

How accurate is gas source localization?

Combines concentration gradient, wind field data, and GPS with <5m error radius under calm wind conditions.

Contact Us

Contact us today to learn how Efly’s advanced drone-based gas detection solutions can help you ensure regulatory compliance, reduce risks, and protect the environment — with speed, accuracy, and intelligence.

We will contact you as soon as possible!