• Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

  • Erickson-Hall Construction Co. was selected by the Navy to build a 40,000 SF lab to perform metrology and critical measurement analysis. Precise temperature control of +/- 0.5 degrees and precise humidity control of +/- 5% was required in some labs. To achieve this, double wall systems were framed to act as return air plenums and perforated metal ceilings were used to provide laminar air flow.

Measurement Science & Technology Lab

“Erickson-Hall Construction Co. proved to be a professional and competent construction company. The facility has operated flawlessly since delivery and I can't imagine a more successful team. Although they faced considerable challenges to build this Advanced Precision Measurement Lab, with a limited budget, and in stressful and uncertain times following 9/11, they delivered on schedule, on budget, a facility that works and works exceptionally well.”

S.C. Miller,
Captain, United States Navy