HENRY S ALBRO
Water and Wastewater in Townsend, MA
License number
Massachusetts 5853
Issued Date
Jul 12, 1997
Expiration Date
Dec 31, 2003
Type
Drinking Water Operator
Address
Address
Townsend, MA 01474
Personal information
See more information about HENRY S ALBRO at radaris.comName
Address
Phone
41 Bayberry Hill Rd, West Townsend, MA 01474
Townsend, MA
41 Bayberry Hill Rd, West Townsend, MA 01474
Professional information
See more information about HENRY S ALBRO at trustoria.com
Chief Operating Officer- Inventor At Bal-Last Interlocking Ballast Systems
Chief Operating Officer- Inventor At Bal-Last Interlocking Ballast Systems
Position:
Marketing and Sales Engineer at F. R. Mahony & Associates, Inc., Chief Operating Officer- Inventor at Bal-Last Interlocking Ballast Systems
Location:
Greater Boston Area
Industry:
Environmental Services
Work:
F. R. Mahony & Associates, Inc.
- Rockland/Southbridge and Townsend, MA since Jun 2000
-
Marketing and Sales Engineer
Bal-Last Interlocking Ballast Systems
- Townsend, MA since Apr 2010
-
Chief Operating Officer- Inventor
Town of Pepperell, MA
Sep 1978 - Jun 2000
-
Wastewater Superintendent
Greenville, NH
1977 - 1978
-
Wastewater Plant Operator
T. F. Moran Inc.
- Bedford, NH 1974 - 1975
-
Water Pollution Technician
J. H Hogg & Associates
- Medicine Hat Alberta, Canada 1974 - 1975
-
Technician
Education:
University of Lowell 1977 - 1978
Vermont Technical College 1974 - 1976
Associates, Civil Engineering
Vermont Technical College 1974 - 1976
Associates, Civil Engineering
Interests:
Woodworking, fishing, camping
Honor & Awards:
E. Sherman Chase Award - NEWEA 1991
Operator of the Year - MWPCA 1991
Honorable Mention Operation Excellence - MWPCA 1980
NEWEA Quarter Century Award
NEWEA 5S Member
Interlocking Ballast Block
Interlocking Ballast Block
US Patent:
2011028, Nov 17, 2011
Filed:
May 12, 2011
Appl. No.:
13/106093
Inventors:
Henry S. Albro - West Townsend MA, US
International Classification:
B65D 88/78
US Classification:
405 60
Abstract:
A ballast system is provided for use with least partially buried pre-formed chamber, the system having at least one ring formed of a plurality of interlocking ballast block ring segments; each ring segment being configured with at least one male interconnect and at least one female interconnect, each said female interconnect being configured to receive a corresponding male interconnect, each ring segment comprising a containment form shell and cast mass; and corrosion resistant locking pins whereby each female interconnect is secured to a corresponding male interconnect.