Geothermal Institute Brochure

7/29/2019 Geothermal Institute Brochure

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The Geothermal Institute

www.geothermal.auckland.ac.nz


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The University o AucklandThe University o Auckland is New Zealands leading and largest universit y. It is

ranked in the top 100 o the QS World University Rankings and is the highest

ranked New Zealand University in the Times Higher Education and Shanghai Jiao

Tong Academic Ranking o World Universities. The University o Auckland is aninternational centre o learning and academic excellence. It is New Zealands

pre-eminent research-led institution and has key linkages with many o the worlds

top research intensive universities.

Based in the heart o New Zealands largest and most diverse city, The University o

Auckland has the most comprehensive range o courses in the country. The

Universitys mission is to be a research-led, international university, recognised or

excellence in teaching, learning, research, creative work and administration.

In a snapshot The University o Auckland:

ComprehensiveUniversitywithfullrangeofprofessionalschoolstoPhDlevel

41,000studentsand5,400staffincluding4,700internationalstudentsfrom

over 100 countries

2,750academicstaffineightFaculties

About10,700postgraduatestudentsincluding2,100atdoctorallevel

Morethan60researchunits,centresandinstitutes

Morethan6,500researcharticles,booksandconferencepaperspublished

annually

200activepatentfamiliesandabout630grantedpatentsorpendingpatent

applications globally.

ExternalresearchfundingofNZ$218millionpain2010.

The University actively seeks to work with government, energy companies, other

universities, research organisations and commercial consultancies in geothermal

research, development and education.

Geothermal New Zealand

Buildingonmorethan60yearsexperienceinidentifyingandutilisingitsown

geothermal resources, New Zealand has signicant expertise in the development

and sustainable management o geothermal elds and in the design, construction,

operation and maintenance o geothermal power plants. New Zealand has more

than25hightemperaturegeothermalsystemsandwithmanybeautifulnatural

geothermal springs. The Wairakei geothermal system was the rst liquid-dominated

high temperature geothermal system to be developed or power generation in

1958,andsincethenNewZealandhasbeenattheforefrontofgeothermal

research and training. New Zealand has also built up an excellent reputation in the

application o geothermal energy or direct use in Industry.

Geothermal New Zealand brings many strengths to the international geothermal

sector:

NewZealandwasapioneeringeothermalgenerationinthe1950sandhasan

outstanding reputation or its geothermal expertise around the world.

Domesticgeothermalcapacityisnowsome750MW,over12%oftheelectricity

generatedinNewZealand,andwillsoonreach1,000MWplacingthecountry

amongst the largest geothermal power producers globally.

NewZealandscienticandengineeringskillshavecontributedtoover1,000

MWofgeothermalpowerdevelopmentsinternationallyandtheidenticationof

ar greater potential resources.

NewZealandhasbuiltanumberofnewdomesticplantsinrecentyears;these

are recognised as representing worlds best practices rom the application o

exploration sciences, through easibility, design, construction and operation.

GeothermalplantsinNewZealandmeetthemostrigorousenvironmental

standardsunderNewZealandsResourceManagementActandGeothermal

New Zealand carries these commitments to all projects, domestic and

international.


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The Geothermal InstituteThe University o Auckland has specialised in geothermal energy or

over30years.TheGeothermalInstituteisTheUniversityofAuckland

centreforgeothermalresearchandtraining.Since1978ithasprovided

research and training or the New Zealand and internationalgeothermal industries. It is one o the premier geothermal research and

training centres in the world.

The Geothermal Institute provides a wide array o geothermal research,

technology, education, training and consultancy through expertise

spread across a number o aculties, institutes and centres.

Geothermal Research Expertise

Faculty o Engineering

TheDepartmentofEngineeringSciencefocusesongeothermal

reservoir engineering, environmental fuids research and on the

numerical simulations o geothermal reservoirs. The group is committed

to advancing understanding o fow phenomena through mathematical,

computational and experimental means. Other departments within the

FacultyofEngineeringfocuson:processcontrolsystems,modellingand

optimisation;andthepreventionofcorrosionandscalingofgeothermal

turbines, pipes and other geothermal equipment.

www.des.auckland.ac.nz/uoa/geothermal-energy-research

TheDepartmentofCivilandEnvironmentalEngineeringhas

geotechnical laboratory acilities or measuring compressibility and

strength properties o cores rom geothermal elds. Unique equipment

is available or measuring the compressibility o cores ranging romhard rock to sot soil-like materials. Recently this has been employed in

providing material property input to subsidence modelling at the

Wairakei and Tauhara elds in New Zealand.

www.cee.auckland.ac.nz/uoa/geotechnical-research

Research Centre or Surace and Materials Science

RCSMSisaUniversitybasedResearchCentrespecialisinginmaterials

characterisation, specically at the surace and near surace o materials.

www.ecm.auckland.ac.nz/uoa/home/about/our-research/

research-areas/suraceandmaterialsscience

Industrial Inormation and Control Centre (I2C2)

ICisajointcollaborationbetweenAUTandTheUniversityof

Aucklandandwasestablishedin2007.Itisamultidisciplinarygroupof

chemical,mechanical,andelectricalengineers.TheIChasspecic

expertise on multi-phase fow modelling and process simulation or

optimisation o pipelines and geothermal process plant operations and

iscurrentlyworkingonthedevelopmentofcontrolsystemsforORC

geothermal plants.

www.i2c2.auckland.ac.nz/uoa

Faculty o Science

The School o Environment has expertise in geothermal geology,

geochemistry and geophysics with particular interest in the processes

that produce and consume fuids in and on Earths crust, the timing and

scale o fuid-fow, the structures that transmit fuids, and the interaction

ofnaturaluidswiththebiosphere.OthergroupswithintheFacultyof

Science are working on increasing enthalpy extraction o geothermalpower plants reducing silica scaling and extraction o minerals rom

geothermal elds.

www.iese.co.nz/GeothermalProgram/GeologyGeochemistry.aspx

The Institute o Earth Science and Engineering (IESE)

IESE is The University o Auckland Institute which undertakes research

and provides commercial training and services. The Institute has a

range o geothermal expertise and capabilities particularly in

geophysics and geology. Its research is ocused on the interactions o

hydrothermal fuids, rocks, ractures, and tectonic stresses in the

accessible earth. Specically in regard to geothermal its activities are

around imaging subsurace reservoirs and racture systems, detecting,

locating and analysing microearthquakes, targeting geothermal wells,

and enhancing permeability o racture systems.

www.iese.co.nz

Business School

TheEnergyCentreisaninterdisciplinaryenergyresearchandeducation

centre,locatedintheEconomicsDepartmentatTheUniversityof

Aucklands Business School. Sta comprise economists, engineers and

engineering scientists. Research ocuses at energy (electricity and gas)

markets as well as other aspects o environmental, transport and

resource economics (including water allocation, carbon pricing, etc). In

the geothermal area, aspects o particular interest/expertise are:

integration in electricity markets, resource ownership and access,

resource consent and other regulatory aspects.

www.business.auckland.ac.nz/energy

All o this geothermal expertise is coordinated through

The Geothermal Institute.

www.geothermal.auckland.ac.nz


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Geothermal Education and

TrainingThe Geothermal Institute and The University o Auckland oer a wide

range o academic degrees and proessional development courses to

meet the needs o the geothermal sector. These range rom the

professionalPostgraduateCerticateinGeothermalEnergyTechnology,

MastersofEnergy,aswellasMastersandPhDsinarangeoftopics.In

addition there are a range o short public and tailored short courses

and expert consulting, coaching and mentoring.

Morethan850studentsfrommorethan50countieshavegraduated

rom the Geothermal Institute at the University o Auckland with an

internationally recognised qualication in Geothermal Energy rom

1978tothepresent;manyofourgraduatesarenowleadersinthe

geothermal industry world-wide. The Institute works closely with the

New Zealand geothermal industry to ensure that students obtain

maximum value rom their programmes.

Postgraduate Certifcate in Geothermal Energy

Technology (PGCert)

www.engineering.auckland.ac.nz/uoa/pgcertgeothermtech

ThePGCertisaone-semesterprogramingeothermalscienceand

engineering. Applicants must have a Bachelor o Engineering or

Bachelor o Science degree or have reached an equivalent level o

qualication in Science or Engineering.

Master o Energy

www.engineering.auckland.ac.nz/master-o-energy

This is a two semester (9 month) programme o specialist postgraduate

study in energy or Engineering, Science and Business and Economics

graduates who wish to enter the energy industry with specialist electives

ingeothermalenergy.TheMasterofEnergyDegreecanbecompleted

in one semester by students who have completed the requirements or

thePostgraduateCerticateinGeothermalEnergyTechnology.

Master o Engineering (ME)

www.engineering.auckland.ac.nz/uoa/master-o-engineering

This is a two semester (9 month) all research degree oten extended to

almost12months.Topicsareavailableinmanybranchesofgeothermal

engineering.ThestandardrouteforadmissionintotheMEisby

completingaBachelorofEngineering,attainingatleastSecondClass

HonoursFirstDivision.Seethewebsiteforotherentryroutes.

Master o Science (MSc)

www.science.auckland.ac.nz/uoa/msc

Dependingonthesubjectmajororspecialisationbeingtaken,anMSc

degree may be purely research or teaching or a combination o both.

ThestandardrouteforadmissiontoaMScrequirescompletionofa

BachelorofScience(Honours)orPostgraduateDiplomainSciencewith

aB-averagein90points,atleast75ofwhichmustbeat700level.See

the website or other entry routes.

Master o Commerce

www.business.auckland.ac.nz/uoa/home/or/uture-

postgraduates/study-options-7/postgraduate-

programmes-1/mcom-quick-acts

TheMasterofCommercedegreeenablesthebeststudentstopursue

specialised knowledge through independent research, and is designed to

prepare them or specialist positions in the public and private sector. The

standardrouteforadmissionisaBComorequivalent,andamajorinthe

subject intended or this degree with an average grade o B or higher.

Doctor o Philosophy

www.auckland.ac.nz/uoa/p-doctoral-degrees#s3c1

Thisisa3to4yearresearchdegree.Thestandardentryrouteisby

completingaBachelororaMastersdegreeawardedwithminimumof

SecondClass(DivisionI)atTheUniversityofAuckland.Seethewebsite

or other entry routes.

Short Courses and Specialist Training

www.iese.co.nz/GeothermalProgramme/

QualicationsandShortCourses.aspx

The Geothermal Institute through IESE annually coordinates the delivery

o short courses on a range o geothermal topics. The course content is

typically designed or individuals already in the geothermal workorce,

and ocuses on resources, exploration, development and assessment.

IESE also provides specialist customised training to geothermal

companies and organisations both locally and internationally. Recently,

IESEhasruncoursesinChile,Indonesia,NewZealand,Australia,

Kenya,theCaribbeanandSingapore.

Short course topics include:

Geosciences

Geochemistry

Reservoirmodelling

Modelingandsimulationofmulti-phaseowinpipelinesandplant

Geothermalprocessplantcontrol&optimisation

Geothermalenergyinaction

Structuralcontrolsonuidow

The Geothermal Institute also convenes the annual New Zealand

Geothermal Workshop, which is the longest running energy conerence

in New Zealand.

Scholarships

Atotalof25ScholarshipsperannumareavailablefromtheNew

ZealandMinistryofForeignAffairs(MFAT)forstudents fromeligible

countries toattend postgraduate programmesatTheGeothermal

Institute.

Informationonthescholarshipschemes(NewZealandDevelopment

Scholarships,NewZealandPacicScholarships,NewZealandASEAN

Scholarsawards andCommonwealthScholarships)thatcanbe

accessedforthispurpose canbefoundonthewebsitewww.aid.govt.nz

Inaddition,contactsatrelevantdiplomaticpostscan also befoundonMFATswebsite

www.mat.govt.nz


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Geothermal Technology

InnovationsThe University o Auckland always seeks to bring new and improved

technologies and techniques to locating, developing and managing

geothermal energy. Recent innovations rom the Geothermal Institute

include:

Joint Geophysical Imaging

In the area o geothermal exploration, IESE oers a unique Joint

Geophysical Imaging (JGI) technology which involves combining data rom

seismographs and other geophysical instruments or analysis and

interpretation, and takes advantage o signal polarisation eects

produced by subsurace ractures. It is designed to signicantly lessen

development risks, and thereore costs, by locating optimum drilling

targets.Forexample,insomegeothermalelds,theJGIapproachhas

resultedindoublingnewwelloutputsbyndinghighpermeabilityzones.

The JGI method improves resolution o reservoir boundaries, upfow, ault,

andfracturezones,andfracturedensityandorientation.Fordevelopersit

oers a way to reduce the risk-against-returns in geothermal exploration.

Engineered Geothermal Systems Modelling and

Monitoring

IESE researchers have been developing advanced, data based models

o the complex interactions o hot rocks and fuids, erratic fow

pathways, and the deormation eects o temperature and pressure

changes or Engineered Geothermal Systems (EGS). EGS, a high-

potential geothermal technology that has not been realised on an

industrial scale, is intended to work by creating turbine-turning steamthroughwatercontactwithhotrock. Theprocessrequiresenhancing

fow pathways in such rocks. The EGS process generates small seismic

events(inducedseismicity). Bydeployingaboreholeseismicnetwork

at such project sites, the location o these microearthquakes can be

readilydetectedandtheirmagnitudesmonitored. Thisvaluableseismic

data can be interpreted or accurate well targeting and ensur ing that

seismic saety measures are ollowed. IESE sta been involved in

monitoring3EGSprojects:Basel,Paralana,andNaknek.

Deep Borehole Observatories

With one o its industrial partners, IESE has co-developed a cableless,

downhole seismometer and data acquisition array. Since datarecording is within each sonde o the array, data losses due to

transmission noise are eliminated. This new tool is especially well

suited to the recording o the aintest o seismic signals, perhaps the

smallest ever detected in deep boreholes. In more standard

applications, IESEs microearthquake monitoring networks are being

used to assist in geothermal development and management by tracking

the locations o seismicity that relate to fuid production and injection.

Geothermal Modelling: Sophisticated Reservoir

Simulator Development

TheGeothermalInstitutemodellersintheDepartmentofEngineering

Science have developed sotware tools or geothermal well-boresimulation, automated well test analysis and tracking o geothermal

tracers. In particular, this group is running large complex models o

geothermal elds in New Zealand and overseas. In order to do this,

very ast solvers have been developed as part o the reservoir simulator

as well as a range o visualisation tools to show the simulation results.

PYTHONscriptingtoolshavealsobeendevelopedtoassistwithcomplex models such as that o the Lihir geothermal system where the

excavation o a gold mine has to be included in the model.

Automated Model Calibration

An important part o current research is geothermal reservoir model

calibration which involves the choice o suitable parameter values or

quantitiessuchaspermeabilityandporosityinthereservoir.Forthe

calibration o a large model o a whole reservoir where there may be

thousands o computational elements or blocks the problem is very

dicult. The modellers are using two innovative sophisticated

approaches to solve this problem.

Fluid Rock Interaction

The Geothermal Institute modelers are currently investigating several

topics involving fuid rock interaction. The rst o these is the modeling

subsidence in geothermal elds. Their method involves using a coupling

ofthereservoirmodelingsoftwareTOUGH2witharockmechanics

simulator called ABAQUS. Available geotechnical expertise provides

insight into the compressibility properties o geothermal strata or the

ABAQUS modeling. A second study is looking at the e ect o the

injection o cold water into a hot geothermal reservoir.

Reinjection o Geothermal Fields

The Geothermal Institute modelers have recently carr ied out a review o

experience worldwide o reinjection in geothermal systems and

complemented this with a modeling study to test ideas about where it is

best to reinject: either ineld close to the production wells or ar away

rom them. Their results show that ineld reinjection should not be

preerred or hot systems like Wairakei but is desirable or hot water

systems where pressure support is required.

Control Systems or ORC Geothermal Plants

AdynamicmodelofanORCplantisbeingcompletedandwillbeused

to look at the eectiveness o dierent control strategies. The aim is to

design a control system that takes multiple actors into account such asouling, plant maintenance, resource consent compliance, reservoir

status and the optimisation o a network o electricity generation plants

based on real-time market data.


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Geothermal Research ServicesThe Geothermal Institute provides a range o o erings in Applied

Research,Consulting,Services,TestingandEquipment.

Geothermal GeosciencesGeothermalexploration

Dataintegrationandprocessing

Welltargeting

Seismictomography

Geologicalandgeochemicalsurveying

Reservoircomplexityandmodelling

ElectromagneticTEMandMTinterpretation

Jointgeophysicalimaging

Electromagnetic Profling

MT,TEM,andCSAMTproling

Leadingequipment-PhoenixGeophysicsOver1000soundingsconductedworld-wide

Jointinterpretation

Geological Mapping and Geochemical Analysis

Fieldmappingandsamplecollection

Fluidinclusionanalysis

Petrographicmicroscopy

Scanningelectronmicroscopy

X-RayPowderDiffraction

GeneralAreaDiffractionDetectionSystem

Micro-seismic Monitoring NetworksPermanentandtemporaryinstallations

Boreholeandsurface

Radiotelemetryandautomaticeventdetection

Mobilerentalnetworkforfastdeployments

Advancedandbasicdataanalysis

Custom Borehole Instrumentation

Verydeepboreholeinstrumentation

Highpressureandhightemperature

Highreliabilityusingpassivesensors

Seismology

Seismicarrayoptimisation

Boreholeseismology

Fracturedistributionanalysis

Geothermal Engineering

Reservoirmodelling

Geothermalwell-testanalysissoftware

Subsidencemodelling

Laboratorytestingofcoresfromgeothermalstratatomeasure

compressibility and other geotechnical properties

Geothermal Process Engineering

Multi-phaseowmodelling

Pipelinemodelling

Geothermalplantmodelling

Plantoptimisation

Materials Characterisation

Mineralandorganicfoulinganalysis

Fractureanalysis

Identicationofcorrosionproducts/scalingproducts

Contaminantparticlesidentication

Segregationofalloyingelementsatmetalgrainboundaries

Crystalorientationduringdeformationprocesses

Phasespresentinasample

Roughnessmeasurementsofsmoothsurfaces

Frictionalpropertiesofsurfaces

Economic Analysis

Investmentanalysis

Governancearrangementsfordevelopment&utilisation

Public Policy Analysis

Economicmodellingofdevelopment

Marketintegration

Environmental and Ecological Analysis

Assessmentofgeothermalecosystems

Environmentalimpactsofdevelopment


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Geothermal Project ExamplesThe Geothermal Institute through its aliated research groups has

undertaken a number o geothermal projects both in New Zealand and

internationally in recent years. These projects include:

Geothermal Exploration and Development

Island o Nevis, Caribbean - greeneld exploration involving a

combination o geoscientic data (geological and geophysical mapping)

led to the drilling o several successul exploration wells and the

discovery o an economically exploitable high temperature resource.

Montserrat - A geophysical survey involving two types o

electromagneticsounding(MT&CSAMT)methodswereemployedto

establish the structure and distribution o potential fuid resource on

thisvolcanicisland.Azoneofapparenthighpermeabilitywasfound

near Saint Georges Hill. This site has now become the ocus o a

potential high temperature geothermal power development.

Sumatra, Indonesia - Joint Geophysical Imaging (JGI using

electromagnetic and seismic data) o greeneld geothermal sites in

Sumatra was completed to determine drilling targets or a geothermal

power development. A seismic survey was conducted using a

combination o surace and borehole instruments, with emphasis

placedonS-wavesplittingassociatedwithzonesofaligned,high

permeability,fractures.ExistingMTdatawasanalysedforpreviously

ignoredpolarisationeffectrelatedtoorientedfractures.Followingthe

JGI data analysis, and in combination with geological data, several

potential drilling targets were identied.

Utah & Nevada, USA - geophysical and geological data acquisitionand analysis at the geothermal eld at Box Elder, Utah, and at Nye

County,Nevada.

Rwanda-Completedgeologicalandgeophysicalsurveysfor

geothermal potential and determining drilling target in Rwanda.

Olkaria, Kenya-aUNEPfundedprojecttopioneerJointGeophysical

Imaging (JGI). Beore the survey, the target area had an average

productivityof2MW/well.ByusingJGI,thedeveloperrealisedan

increaseinaverageproductivityto5MW/well.

Krafa Volcanic Field, Iceland - deployment o a network o

boreholeandsurfaceseismometers,andelectromagnetic(MTandTEM)

soundings. The integrated model o the eld provided optimum drilling

targets, and subsequent drilling yielded one o the most productive

wells in the eld.

Seismic Monitoring o Geothermal Fields

Wairakei Geothermal Field, New Zealand - installed a world-class

borehole seismic array in the oldest operating geothermal eld in New

Zealand, providing real-time date about the microearthquake activity in

theeld.Dataisusedtomonitor,manageandpossiblyexpandfuture

operations.

Montserrat, Caribbean-4boreholeseismometersandstring

metersforactivevolcanicmonitoringat250kms.

Muara Laboh, Indonesia-3boreholeand6surfacegeothermal

monitoring stations.

Coso geothermal elds, Caliornia, USA-12stationborehole

networks in 100 metre boreholes. Installation, operation, and analysis

oftheCosoGeothermalFieldseismicnetwork,leadingtothe

development o S-wave splitting tomography or locating ractures as

drilling targets. Subsequent electromagnetic and drilling studies

conrmedthelocationsandsizesofpotentialhighpermeabilityzones.

Puna, Hawaii, USA geothermal elds-8stationborehole

networks at 100 metres.

Engineered Geothermal Projects (EGS)

Basel, Switzerlandconstructionofa6stationseismometerand

accelerometermonitoringnetwork,includinginstrumentsat1.2and

2.7kmdeep,followedbythecollaborativeanalysisofinduced

seismicity.

Paralana, Australiainstallationofanetworkof8boreholestations

atdepthof1.8kms.Thisseismicnetworkprovidesreal-timefeedbackon

theeldduringdrillingandhydrofracturing.

Reservoir Modelling

Wairakei, New Zealand-3Dmodellingsupportingmanagement

decisionsbytheeldoperator,ContactEnergyLtd.Alsoanimportant

partoftheapplicationsforresourceconsentsfortheTeMihiand

Tahara2projects.

Ohaaki, New Zealand - high concentrations o carbon dioxide gas

requireddifferenttechniques.Modelsarebeingusedtoplanforfuture

sustainable productivity.

Wayang Windu, Indonesia - a modelling study or the applicationo the expansion o generation capacity.

Other Geothermal Reservoir Modelling Sites-Mokaiand

Ngawha(NewZealand),Dieng,Darajat,Silangkitang,Namora

(Indonesia),Leyte,NorthernNegros,Bacman(Philippines),Olkaria

(Kenya),EastMesa(USA),Fushime,Kakkonda(Japan)andLosHumeros

(Mexico).

Geothermal Process Engineering

Kawerau, New ZealandModellingofawholegeothermalprocess

plantwithdifferentprocesscongurationstooptimizeenergyand

removal o non condensable gases.

Ngawha, New ZealandModellingofageothermalpipelineand

processplanttooptimizeplantoperatingscenariostooptimizeenergy

recovery.


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For more inormation on the Geothermal Institute contact

Gary Putt

ExecutiveDirectorGeothermalInstitute

DirectorBusinessDevelopmentUniServices

Phone:+6499238206

Email:[email protected]

Auckland UniServices LimitedLevel 10, UniServices House

70SymondsStreet,Auckland

Or

PrivateBag92019AMC,

Auckland1142,NewZealand.

Proessor Mike OSullivan

GeothermalInstituteAcademicDirector

Phone:+6493737599ext.88393

Email:[email protected]

Level3,UniServicesHouse

70SymondsStreet,AucklandOr

PrivateBag92019AMC,

Auckland1142,NewZealand.

Website:www.geothermal.auckland.ac.nz Email:[email protected]

Auckland UniServices LimitedAuckland UniServices Limited is the largest research and development

company o its kind in the Australasia and a wholly owned company o

The University o Auckland. UniServices provides world-class scientic,

industrial and educational solutions or businesses and governments.

ClientshaveaccesstoTheUniversityofAucklandsleadingcommunity

o researchers to work on a variety o industry related issues or

problem solving and end-to-end solutions.

UniServices manages all o The Universitys intellectual property

and is responsible or all research-based consultancy partnerships,

commercialisationoftechnologywithover300licencesfor

intellectual property as well as contracted education programmes.

UniServcieshaslaunchedmorethan30NewZealandbusinesses

fromUniversityresearchandcurrentlyhasmorethan2,000

projectsin36countriesaroundtheworld.

Its easy to do business with UniServices. Experienced Business

Managerscanhelpnavigatedifcultmarkets,supportR&Dand

commercialisation, and access government unding.

UniServicescantranslatebusinessR&Dneedstopulltogetherateam

o world class experts to create a solution. Whether its a single

contract or an on-going permanent supplier relationship, UniServices is

fexible enough to accommodate a businesss specic requirements.

Their priority is to help a company achieve their goals. Their services

are designed to meet businesses short and long term needs through

building strong partnerships with the University and business.

UniServicesworksincollaborationwithbusinesses.R&Dwith

UniServices is:

Yours,youownit

Valueadded

ResponsiveManageable

Focussed

Tailored

Accessible

Engagement with UniServices is tailored to what you need:

Consulting

Contractresearch

Technologylicensing

Testing

Facilities

GaryPutt,DirectorBusinessDevelopment

Phone:+6499238206

Emails:[email protected]@uniservices.co.nz

Auckland UniServices Limited,

Level10,UniServicesHouse,70SymondsStreet,Auckland.

PrivateBag92019AMC,Auckland1142,NewZealand.

www.uniservices.co.nz

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