David A Lofts from 950 Oak St, West Linn, OR 97034, age 67, Phone: 5033058404

License Records

David Arthur Lofts

License #:

6633 - Expired

Issued Date:

Oct 27, 1981

Renew Date:

May 31, 1996

Expiration Date:

May 31, 1996

Type:

Certified Public Accountant

Resumes

High Yield, Leveraged Loans And Distressed Debt

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Position:

Managing Director - High Yield and Special Situations at Global Hunter Securities

Location:

Lake Oswego, Oregon

Industry:

Investment Banking

Work:

Global Hunter Securities since Apr 2011
Managing Director - High Yield and Special Situations
Evolution Securities Jun 2009 - Apr 2011
Head of US Fixed Income
The Royal Bank of Scotland Nov 2006 - Mar 2009
Managing Director - Head of European High Yield, Leveraged Loan and Distressed Debt Distribution
Jefferies & Company - london area, united kingdom Apr 2004 - Nov 2007
Managing Director - Head of European High Yield and Distressed Debt

Education:

Harvard Business School 1983 - 1985
MBA University of Oregon - Charles H. Lundquist College of Business
Bachelor of Arts (B.A.), Accounting

Skills:

High Yield
Special Situations
Leveraged Finance
Fixed Income
Loans
Private Equity
Hedge Funds
Emerging Markets
Capital Markets
Bonds
Financial Modeling
Valuation
Investment Banking
Distressed Debt
Equities
Institutional Investments
Securities
Bloomberg
Portfolio Management
Debt Restructuring
Asset Management
Trading
Investments

David Lofts

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David Lofts

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Position:

Managing Director, Head of Leveraged Credit Sales at the Royal Bank of Scotland

Location:

Portland, Oregon Area

Industry:

Financial Services

Work:

the Royal Bank of Scotland
Managing Director, Head of Leveraged Credit Sales

David Lofts

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Us Patents

Concrete Mixing System With Cement/Water Premixer
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US Patent:

53520351, Oct 4, 1994
Filed:

Mar 23, 1993
Appl. No.:

8/036192
Inventors:

Donald J. Macaulay - Sherwood OR
David S. Lofts - Vancouver WA
Assignee:

Hydromix, Inc. - Tualatin OR
International Classification:

B28C 514
B28C 534
B28C 704
B01F 708
US Classification:

366 15
Abstract:

A system for mixing cementitious material, liquid and aggregate to form concrete includes a cementitious material measuring device which provides dry cementitious material to an enclosed screw conveyor assembly. The dry cementitious material is thoroughly mixed with a liquid within the screw conveyor to form a flowable slurry without producing external cement dust pollution. The slurry is output by the screw conveyor into a final product mixing chamber where the flowable slurry is mixed together with aggregate to form concrete. The screw conveyor assembly has an in-line input and output, and space-saving diverging/converging conveyor sections, to facilitate the retrofitting of existing concrete mixing plants. The conveyor assembly includes a cement metering function as well as a slurry mixing function. A selectively openable and closable bypass gate permits the dry cementitious material to be sent directly to the final product mixing chamber in the event of conveyor failure.

Method For Mixing Concrete Using A Cementitious Material/Liquid Premixer
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US Patent:

54274486, Jun 27, 1995
Filed:

Jun 23, 1994
Appl. No.:

8/265004
Inventors:

Donald J. Macaulay - Sherwood OR
David S. Lofts - Vancouver WA
Assignee:

Hydromix, Inc. - Tualatin OR
International Classification:

B28C 514
B28C 534
B28C 704
US Classification:

366 6
Abstract:

A method of mixing cementitious material, liquid, and aggregate uses a cementitious material/liquid premixer to form concrete. The method of mixing includes: dispensing cementitious material through a material outlet; receiving the cementitious material into an enclosed screw conveyor assembly and moving the cementitious material with said screw conveyor toward a conveyor outlet; introducing liquid into the screw conveyor so as to deposit a quantity of the liquid into the cementitious material as the cementitious material is moving toward the conveyor outlet; agitating and mixing the liquid and the cementitious material together by movement of the screw conveyor, thereby forming a flowable slurry; and discharging the flowable slurry from the conveyor outlet into a final product mixing chamber where aggregate material will be introduced.