About

Our core value is to assist in creating a better environmental GIS management platform that supports integrity of our clients' value chain.

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Services

Our professional services is provided for solving environmental issues around us by using spatial solution of information management

Environmental Consulting & Management

GIS Total Solution

Cloud-based Mobile GIS Application

Real-Time Monitoring Application

On-Line Declaration & Auditing System

Products of EGIT

Projects

We have executed numerous large projects from departments of Taiwan's central government as well as actively developed projects from local governments. Our projects can be divided by three primary practice areas.

Soil & Groundwater Pollution Management

EGIT is devoted to the application of GIS on the investigation of soil and groundwater pollution and site management. We have successfully developed a mobile system platform to assist on-site operations which range from national investigation and site announcement of the central government and to the operation procedures of local site remediation and routine inspection projects for soil and groundwater.

Water Resources Conservation & Water Pollution Control Management

In the past, water pollution management mostly adopted information systems to calculate and analyze hydrology and water quality and to manage a great number of databases. Nowadays, EGIT adopts mature GIS and management systems to provide users with visual spatial information and to strengthen decision making by supporting water quality monitoring and management, pollution distribution and overall amount estimation.

Agricultural Production and Environmental Management

EGIT has made an in-depth analysis to the critical issue which harms agricultural product safety. After analyzing characteristics of existing pollutions including time-spatial distribution and variation trend integrated with massive quantity of monitoring data through traceability of GIS technology, a data exchange and sharing mechanism was established to connect results of contaminated crops with farmlands. At the same time, mobile tools and mobile labs were used for collecting in-situ data and supplementary survey records. As a result, an agricultural product safety monitoring mechanism was built to achieve the goal of sustainable operations and management of agriculture.

Air Environmental Management

EGIT has successfully integrated the resources of air quality monitoring available from various central and local government agencies and business entities through the technology in information system including software and hardware accumulated over the years and applied its expertise in this sector to convert the data into useful information. In addition, a visualization interface is developed so that users are given a faster, simpler and easier access for analysis and, thus, improve their precision and accuracy in making decision.

Integrated Environmental Management

EGIT has successfully helped government organizations and large, state-owned enterprises to digitalize the management of their business system, operating protocol, and project achievements. EGIT has also accomplished the informatization of the management of its air, water, waste products, greenhouse gas, and environmental assessment businesses by integrating the management tool platforms across departments and groups, allowing organizations to actively manage and understand the overall pictures of their business activities. EGIT offers organizations insights into their cost structure by consolidating resources to maximize operating performance and introduces mobile business management for organizations to always stay on top of information, enabling them to respond to on-the-spot questions and interviews.

Environmental Epidemiology Management

EGIT which integrates its expertise in epidemiology and GIS technology is able to convert big data collected from, for example, climates, epidemic disease, disease vector, prevention and control actions and regional environment to present the spatial & temporal change and the epidemic hot zone in a visualized approach. In addition, Self-developed modules are used to predict the possible epidemic development, which help the epidemic prevention management authorities control the possible epidemic trend currently and in the future. Moreover, Mobile hand-held devices are deployed to precisely control the breeding site of disease vectors and optimize the implementation of epidemic prevention strategy.
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