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Engineering Laboratory / Building Energy & Environment Division

Indoor Air Quality and Ventilation Group

Projects/Programs

Displaying 1 - 4 of 4
NIST researcher setting up air cleaner experiments in large stainless steel environmental chamber

Contaminant Control in High-Performance Buildings

Ongoing
Objective To better understand how strategies to achieve resilient buildings will impact chemical reactions, rates, and concentrations of high-priority indoor air contaminants. To develop test methods and building control strategies to reduce chemical levels in low-energy buildings, and to enable

Premise Plumbing Systems for High-Performance Buildings

Ongoing
Objective To develop new measurement methods, modeling approaches, and data to support improvements in building plumbing design, utility consumption, and water quality. The results of these efforts are intended to support standards development and industry programs to advance innovative technology
L researcher Steven Emmerich adjusts a multi-gas analyzer that will measure carbon monoxide, oxygen, carbon dioxide and hydrocarbons concentrations produced by such a generator located, against safety advice, in a garage.

Ventilation and Indoor Air Quality in Low-Energy Buildings

Ongoing
Objective: To develop tools to quantify and verify high-performance IAQ in buildings, provide input data to improve usability of the tools including building models, develop methods needed to support and verify the applicability of these tools to improving the effectiveness of high-performance
CO2 Estimate

Ventilation Performance for Novel Sustainability and Resilience Challenges

Ongoing
Objective: To develop tools, metrics, and data to enable sustainable, resilient, high-performance building and ventilation system design and operation in response to current and future challenges. Also, to develop a methodology to evaluate potential changes to ventilation and IAQ standards so their