Exhibitor List
| Company | SZ SOARABILITY TECHNOLOGY LLC |
| Country | China |
| Products | Information technology Environmental monitoring techniques and equipment |
| Hall | E5 |
| Booth | D76 |
| Website | www.soarability.tech |
| Introduction | Founded in 2016, Soarability focuses on developing class-leading environmental mobile monitoring solutions for better quality and more efficient decision-making, bringing ultra-high-spatial-resolution environmental data within reach.
Soarability's solutions have helped 1100+ users across 38 countries identify and analyze: hazardous gases, air pollution, greenhouse gases (GHG), meteorology, radiation and more. |
Products
| CitySense Mobile Environmental Sensing System |
 |
| Sniffer4D Multi-gas Sensing & Mapping System Versatile & Powerful Generalists Class-leading multi-gas sensing solutions that can be seamlessly integrated with UAV platforms. These solutions sense up to 9 gases at a time and display their 3-D distributions in real-time, providing timely actionable insights for decision makers. |
 |
| Sniffer4D Greenhouse Gases (CO2 & CH4) Sensing Sniffer4D Greenhouse Gases Solution provides a multi-dimensional detection system that maximizes the utilization of aerial and ground mobile monitoring, acquiring the 3D greenhouse gases distribution information. As an innovative "Top-down" method to measure carbon emissions, our solution can help companies,governments and scientific institutions meet the needs for carbon emission detection, contributing to a net zero carbon world. |
 |
| Sniffer4D Ultrasonic Wind Speed & Direction Sensing Module Sniffer4D Ultrasonic Wind Speed & Direction Sensing Module offers real-time capture of temperature, humidity, atmospheric pressure, wind speed and wind direction. Its built-in algorithms for translational motion compensation, attitude compensation, and rotational motion compensation allow real-time wind speed & direction outputting for the northeaster, achieving accurate meteorological measurements while the drone is in motion. |
 |
| Ship Fuel Sulfur Content (FSC) Estimation High FSC Ship Quick Screening UAV-based ship emission & fuel sulfur content (FSC) monitoring system automatically estimates the fuel sulfur contents of the ships using Soarability's proprietary advanced inversion algorithm. By flying Sniffer4D into ship gas plumes, the sniffing system analyzes the gas composition in real-time, helping the authority identify potential ships that use fuel out of legal standards for the long-term. |
 |
| UAV-based Smart Water Sampling System Speedip is an intelligent system specially designed for UAV-based BVLOS water sampling. It provides large water sampling volume, powerful situational awareness and a variety of user-friendly functions. Speedip aims to help users improve efficiency and reduce cost in sampling point navigation, water sample collection at designated depth, data logging, work reporting, etc. |
 |
| Sniffer4D Gas Sampling Module Take air samples from almost any desired position by integrating smart gas sampling capability to UAVs. Close the "Sense→Sample→Lab Test" loop. By connecting with Sniffer4D V2 and UAV, the aerial gas sampling system offers gas sampling function to UAV-based solutions. Combined with real-time gas monitoring from Sniffer4D, the system is able to close the "Sense→Sample→Lab Test" loop. |
 |
| Sniffer4D Nuclear Radiation Sensing A safe, efficient, and accurate way to obtain 3D nuclear radiation dose rate distribution. Assess the scene from a safer distance. By seamless integration with UAV platforms, Sniffer4D Nuclear Radiation Sensing System generates real-time 3-D distributions of y-ray and x-ray dose/dose rate while flying. The solution can provide accurate and intuitive information, continuously serving users in emergency radiation detection & mapping, cargo nuclear radiation inspection, plant inspection, etc. |
 |
| "Attach & Go" Ground-based Gas Sensing "Attach & Go" Ground-based Gas Sensing solution, an agile, simple, and non-damaging solution for quickly mounting Sniffer4D multi-gas and GHG systems to most ground vehicles. |
 |
