Search

Manfred Zapka Phones & Addresses

  • Las Vegas, NV
  • 212 Koko Isle Cir, Honolulu, HI 96825
  • 2333 Kapiolani Blvd, Honolulu, HI 96826 (808) 955-0179
  • Quincy, MA

Work

Company: Great places & spaces Mar 2019 Position: Co-founder and chief operations officer

Education

Degree: Doctorates, Doctor of Philosophy School / High School: University of Hawaii at Manoa Specialities: Engineering, Philosophy

Skills

Sustainability • Environmental Awareness • Environmental Consulting • Strategic Planning • Environmental Impact Assessment • Environmental Compliance • Remediation • Water • Environmental Management Systems • Project Management • Renewable Energy • Energy Efficiency • Environmental Policy • Green Building • Public Speaking • Research • Climate Change • Sustainable Development • Energy • Sustainable Energy • Proposal Writing • Energy Conservation • Environmental Science • Energy Management • Energy Policy • Feasibility Studies • Leed • Alternative Energy • Water Quality • Water Resources • Energy Audits • Solar Energy • Cleantech • Leed Ap • Interpersonal Relationships • Geographic Information Systems • Leadership In Energy and Environmental D... • Groundwater • Environmental Permitting • Gis

Languages

German • French • English

Ranks

Certificate: State of Hawaii

Industries

Higher Education

Resumes

Resumes

Manfred Zapka Photo 1

Co-Founder And Chief Operations Officer

View page
Location:
Honolulu, HI
Industry:
Higher Education
Work:
Great Places & Spaces
Co-Founder and Chief Operations Officer

Healthy Building Expert A Servive Mark of Sustainable Design & Consulting
Principal

Independent Writer
Writer of Technical and Non-Technical Publications

Saic 2010 - 2012
Consulting Employee

University of Hawaii at Manoa 2010 - 2012
Adjunct Professor For Sustainable System Design
Education:
University of Hawaii at Manoa
Doctorates, Doctor of Philosophy, Engineering, Philosophy
University of Hawaii at Manoa
Master of Science, Masters, Engineering
Technical University of Brunswick, Germany
Master of Science, Masters, Civil Engineering
Skills:
Sustainability
Environmental Awareness
Environmental Consulting
Strategic Planning
Environmental Impact Assessment
Environmental Compliance
Remediation
Water
Environmental Management Systems
Project Management
Renewable Energy
Energy Efficiency
Environmental Policy
Green Building
Public Speaking
Research
Climate Change
Sustainable Development
Energy
Sustainable Energy
Proposal Writing
Energy Conservation
Environmental Science
Energy Management
Energy Policy
Feasibility Studies
Leed
Alternative Energy
Water Quality
Water Resources
Energy Audits
Solar Energy
Cleantech
Leed Ap
Interpersonal Relationships
Geographic Information Systems
Leadership In Energy and Environmental Design
Groundwater
Environmental Permitting
Gis
Languages:
German
French
English
Certifications:
State of Hawaii
U.s. Green Building Council
Institute For Sustainable Infrastructure
Association of Energy Engineers
Pe- Professional Engineer
Leed Ap - Building Design and Construction (Leed Bd+C)
Env Sp Envision Sustainability Professional
Cem - Certified Energy Manager
Cea - Certified Energy Auditor
Well Ap

Business Records

Name / Title
Company / Classification
Phones & Addresses
Manfred Zapka
Mbr
Sustainable Design & Consulting LLC
Business Consulting
1588 Saint Louis Dr, Honolulu, HI 96816

Publications

Us Patents

Seawater Pre-Deaerator For Open-Cycle Ocean Thermal Energy Conversion Applications

View page
US Patent:
50965441, Mar 17, 1992
Filed:
May 12, 1989
Appl. No.:
7/350912
Inventors:
Manfred J. Zapka - Honolulu HI
Hans-Jurgen Krock - Honolulu HI
Assignee:
The Research Corporation of the University of Hawaii - Honolulu HI
International Classification:
B01D 306
B01D 1900
US Classification:
202176
Abstract:
A seawater deaerator has a large reservoir through which seawater slowly flows. Gas is injected into the bottom of the reservoir through porous aeration stones forming bubble nuclei. The seed bubbles move upward through the seawater in the reservoir expanding but not coalescing, and withdrawing dissolved gas from the seawater. The deaerated seawater flows out of the reservoir and subsequently flows through spouts into a flash evaporator. Gas is withdrawn from a low pressure gas chamber at the top of the reservoir by a vacuum pump. The exhaust of the vacuum pump supplies gas to the air injectors.

Small Waterplane Twin Hull Vessel

View page
US Patent:
53139062, May 24, 1994
Filed:
Jun 22, 1992
Appl. No.:
7/903014
Inventors:
Manfred J. Zapka - Honolulu HI
Assignee:
Pacific Marine Supply Co., Ltd. - Honolulu HI
International Classification:
B63B 112
US Classification:
114274
Abstract:
A small waterplane area twin hull (SWATH) vessel is disclosed which includes a pair of normally submerged hulls that provide buoyancy support for the vessel. An upper hull platform located above the design water line of the vessel is connected to the submerged hulls by at least two pairs of struts respectively associated with each of the submerged hulls. The submerged hulls are arranged to define an acute angle between them. In one embodiment the vertex of the angle is rearward of the submerged hull and in another embodiment it is forward of the submerged hull. In other embodiments of the invention the struts are arranged to define dihedral angles between the struts and the upper hull platform. In addition, the struts may be angled with respect to the center line of the vessel.

Seawater Pre-Deaerator Process For Open-Cycle Ocean Thermal Energy Conversion Applications

View page
US Patent:
52078752, May 4, 1993
Filed:
Jan 9, 1992
Appl. No.:
7/803069
Inventors:
Manfred J. Zapka - Honolulu HI
Hans-Jurgen Krock - Honolulu HI
Assignee:
University of Hawaii - Honolulu HI
International Classification:
B01D 306
B01D 1900
US Classification:
203 11
Abstract:
A seawater deaerator has a large reservoir through which seawater slowly flows. Gas is injected into the bottom of the reservoir through porous aeration stones forming bubble nuclei. The seed bubbles move upward through the seawater in the reservoir expanding but not coalescing, and withdrawing dissolved gas from the seawater. The deaerated seawater flows out of the reservoir and subsequently flows through spouts into a flash evaporator. Gas is withdrawn from a low pressure gas chamber at the top of the reservoir by a vacuum pump. The exhaust of the vacuum pump supplies gas to the air injectors.
Manfred J Zapka from Las Vegas, NV, age ~70 Get Report