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Low Carbon Technology

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Dynamic Analysis for Energy Efficiency Benchmarking and Marketing
We have assisted in the implementation of the energy efficiency policy management for energy consumed equipment and devices for Bureau of Energy as well as maintain the product registration database.
Analysis of Water-Saving Products
In order to coordinate the promotion of the Water Conservation Mark, the Water Resource Agency (MOEA) requested for the Industrial Technology Research Institute (ITRI) to establish its professional water-saving analysis laboratory.
Taiwan 2050 Calculator
The Taiwan 2050 Calculator is an energy scenario simulation tool developed through the collaboration of ITRI and the Department of Energy and Climate Change (DECC), UK. The tools are designed for public engagement, education and policy communication on energy issues.
Calcium-Looping CO<sub>2</sub> Capture Technology
Calcium-Looping technology, using the abundant limestone (CaCO3) resource in Taiwan as raw material of sorbent, is one of the post-combustion CO2 capture technology.
AI-based FTIR Gas Analyzer
We developed an automatic gas analyzer based on FTIR technology. The new technology can detect the compositions and concentrations of gases without any predetermined knowledge of gas sample.
Low-Temperature VOCs Catalyst
ITRI has successfully developed a novel VOCs nano-catalysts, which could remove more than 90% of the VOCs emitting from industries at a temperature below 200℃.
Chemical Incident Emergency Response Technology
Chemical incidents are often accompanied by the scenarios of leakage, dispersion, toxicity, fire and explosion. It will risk people's lives, social safety and industrial sustainable operation.
Novel Local Scrubber for PFCs, SiH4 and Nanoparticles
The Novel Local Scrubber (NLS) effectively cleans the hi-tech exhaust stream with ITRI's technologies.
Carbon Reduction Technology for Assisting Green Products Design
Low carbon product design and evaluation technology is where low carbon design is respectively performed at the five stages of the life cycle, including raw material, manufacturing and production, product transportation, use, and disposal/recycling.
Airborne Molecular Contaminant (AMC) Analysis
The effects of airborne molecular contaminant are recognized in recent years. SEMI Standard F21-1102 classifies molecular contaminants into four categories of airborne molecular contamination: molecular acids (MA), molecular bases (MB), molecular condensable (MC or Organics) and molecular dopants (MD).