Hoover & Keith Inc

About H&K Inc.

Hoover & Keith Inc. is an independent consulting firm,

located in Houston, TX, offering a full range of services

for projects having requirements for:

Architectural and Building Acoustics

Industrial Noise and Vibration Control

Mechanical and HVAC Equipment Noise Control

Environmental Noise Assessment

Sound Reinforcement Systems

Audio-Visual Systems

Lighting and Rigging Systems

Background...

Established in 1978, our staff's experience in consulting dates back to the mid-1950's. Hoover & Keith Inc. has provided consulting services in acoustics and systems design to architects, engineers, managers and building owners for a range of architectural, environmental, and industrial projects. Some of our past architectural projects include office buildings, schools, hotels, recording studios, performing arts facilities, theatres, churches, residential, laboratory, and medical facilities. Our past industrial noise control projects have been performed for petro-chemical plants, power stations, natural gas compressor stations, pipelines, ports and loading facilities, offshore drilling platforms and ships, and manufacturing plants.

Scope of Services...

Hoover & Keith Inc. provides consulting services suited to the particular needs of the client. The consultants at H&K Inc. assist the architect and client in developing a total solution that integrates acoustics, sound system, and audio-visual system design with other architectural and engineering considerations. Our projects have included work on the initial design of facilities as well as modifications. Services include establishment of appropriate sound and vibration criteria, analysis of system needs, preparation of initial recommendations, detailed system design documentation (plans and specifications), on-site acoustical measurement and analysis, bid review, construction observation and reporting, and final system testing and adjustment. Because H&K Inc. maintains a comprehensive range of precision test equipment, sound and vibration measurements may also be conducted when appropriate.