CONACYTCONACYT--SENERSENER--HydrocarbonHydrocarbon Industry FundIndustry Fund

Jaime JimJaime Jiméénez Viacobo, Engineernez Viacobo, Engineer

Assistant Director, Business SchoolsAssistant Director, Business Schools and Technological Cooperationand Technological Cooperation

With support fromWith support from Rafael Ramos Palmeros, EngineerRafael Ramos Palmeros, Engineer

Fund Secretary,Fund Secretary, PetrPetróóleos Mexicanos leos Mexicanos

2

Contents

• Hydrocarbon Industry Driving Forces

• Hydrocarbon Industry Fund

• Specific Fund Requirements

• New Fund Framework

3

GLOBAL TECHNOLOGICAL DRIVING FORCES IN THEOIL INDUSTRY

Canada• Heavy crude oils

North Sea• HPHT

Complexes.

Caspian Sea• Development.• Gas.• Elimination of H2

S

Russia• Attending to huge

gas fields.

Gulf of Mexico• Exploration / Development.• Subsalt images.

Middle East• Optimizing mature fields.• Sour gas.• Carbonates.

South America• Optimizing existing

gas discoveries.

Venezuela• Heavy crude oils

West Africa

• Deepwater production.

• Ultra deep water.• Innovations with

respect to LNG.• Satellite

development. Australia• Attending to huge

gas fields.

In General:

•Mature fields •Sour gas•Heavy crude oils •Deep water and ultra deep water•Handling water •Improved seismic images 

By Geographic Region:

NOT EXHAUSTIVE

4

Contents

• Hydrocarbon Industry Driving Forces

• Hydrocarbon Industry Fund

• Specific Fund Requirements

• New Fund Framework

5

The objective of the CONACYT-Secretariat of Energy (SENER)-

Hydrocarbon Industry Fund

is:

a)

Applied technology and scientific research, both for exploiting, exploring and refining

hydrocarbons, as well as producing basic petrochemicals.

b)

Technological development, assimilation, innovation and adoption

in the areas set out in the previous paragraph.

• In addition, the Fund considers support to create specialized human resources

in the oil industry in order to complement the technological development, assimilation, innovation and adoption

that will be the driving force behind such Fund.

CONACYT-SECRETARIAT OF ENERGY-HYDROCARBON INDUSTRY FUND

6

CONACYT SENER PEMEX

HYDROCARBONFUND

TR&D IES[?], CENTRES,LABORATORIES,

COMPANIES, INSTITUTIONS

Representatives Representative s

Representatives

Projec

t $

Technical and Mgmt.Committee

(TMC)

Training $

TR&D Needs

LOCALIES[?]

FOREIGNIES[?]

OILCOMPANY

PEMEXAGREEMENT

OILCOMPANIES

WITHPEMEX

AGREEMENT

Project $

TR&D Needs

Call fo

r Bids

GOVERNED & OPERATED BY ITS OWN RULES

PURSUANT TODETERMINATION BY THE TMC

Allocation/Exception

Direct

Appointment/Call for

Bids

Technological Research and Development (TR&D) Human Resources Training

Functional Framework

PEOPLE

DEVELOPING LOCAL TECHNICAL

SKILLS

CONACYT-SECRETARIAT OFENERGY-HYDROCARBON INDUSTRY FUND

Allocation/

Exception

7

CONACYT-SECREATRIAT OF ENERGY-HYDROCARBONINDUSTRY FUND PRIORITIES

• To fulfill its objective, the Hydrocarbon Fund will channel financial resources that allow it to carry out the applied technology and scientific research projects in the aforementioned areas, making the following areas a priority :

Exploring in order to increase the reserve

recovery ratePriority Areas

8

CONACYT-SENER-HYDROCARBON FUND OUTCOMESAMOUNTS AUTHORIZED – LEADING INSTITUTIONS

AMOUNT AUTHORIZED USD

ANIDE 9,000,000 CIMAV 4,000,000

CINVESTAV 2,200,000 CIQA 3,000,000

IIE 1,800,000 IMP 124,000,000

IMTA 420,000 POLIOLES 3,500,000 TEMPLE 20,000,000 UNAM 7,000,000

$175,000,000

CALLS2009-012009-022009-032010-012010-02

9

CONACYT-SENER-HYDROCARBON FUNDNATIONAL AND INTERNATIONAL INSTITUTIONS

INTERNATIONAL DOWELL SCHLUMBERGER DE MEXICO, S.A. DE C.V.

INSTITUT DE RECHERCHERS SUR LA CATALYSE ET I'ENVIRONNEMENT DE LYON

UNIVERSITY OF TEXAS AT SAN ANTONIO, US.GEO & CHEMICAL RESEARCH AND ENGINEERING, INC

UNIVERSITY OF MANCHESTERUNIVERSIDAD DE ZARAGOZA

NATIONAL

ANIDE INAOEUNIVERSIDAD DEL 

PAPALOAPAN

BUAP ININUNIVERSIDAD 

VERACRUZANA

CIDEI ITCM U.A.TAMAULIPASCIMAV ITESM U.GUANAJUATOCIQA ITCH U.ISTMOI.P.N U.N.A.M U.A.C.MEXICOCICESE U.A.M U.A.CAMPECHE.CICY U.A.S.L.P U.A.CARMEN

COMIMSA U.A.C.JUAREZIIE U.A.BAJA CALIFORNIA

28

7

10

Contents

• Hydrocarbon Industry Driving Forces

• Hydrocarbon Industry Fund

• Specific Fund Requirements

• New Fund Framework

Specific Requirement by Subsidiary Organization

CONACYT -

SENER -

HydrocarbonIndustry Fund

CallsSubsidiary 

OrganizationSpecific 

Requirements

2009‐01

2009‐02

2009‐03

2010‐01

2010‐02

2010‐03

2011‐01 

PEP 29

PR 21

PGPB 6

DCO 1

Total 57

Specific Requirements Aimed at Heavy Crude Oils

5 Requirements Aimed at Heavy Crude Oils

Leader Participants

D9/CH2009‐03Improving heavy oil flow inside the borehole and in  transport on surface. 130363 IMP

. UNIVERSIDAD DE GUANAJUATO

. UNIVERSIDAD AUTÓNOMA DE SAN LUIS POTOSÍ

. INSTITUTO TECNOLÓGICO DE CIUDAD MADERO

55,961,330.00

D1/CH2009‐03 Dewatering and desalinating crude oil. XD3/CH2010‐03

Determining experimental correlations  for characterizing  heavy crude oils. 160015 UNAM

. DOWELL SCHLUMBERGER DE MEXICO, S.A. DE C.V.

. GRUPO SSC SA DE CV 86,054,963.00

D1/CH2011‐01

Improving the quality of heavy and extra‐heavy  oil, on offshore production platformsand taking advantage of products generatedin that process.

D2/CH2011‐01Improving  heavy and extra‐heavy oil flow,On offshore production platforms

To be Add

ressed

Publishe

d

Add

ressed

Not Add

ressed

Project

Institution

Amount ApproveRequirement Specific Requirement Title

Addressed Not Addressed To be Addressed Published

7

1 1

2

6 Requirements Aimed at Recovery

Specific Requirements Aimed at Recovery

Leader Participants

119942 IMP. UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO. CENTRO DE INVESTIGACIÓN EN MATEMÁTICAS, AC 

45,734,161.00

120173 ANIDE . GEO & CHEMICAL RESEARCH AND ENGINEERING, INC 18,901,505.00

D1 b/CH2009‐01Water alternating gas (WAG) injection as an improvedrecovery system 116606 IMP

. UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO

. CENTRO DE INVESTIGACIÓN EN MATEMÁTICAS, AC 45,136,682.00

D12/CH2010‐01 Control water in the deposit 143686 IMP . UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO 99,096,408.00

D6/CH2010‐02Data mining applications when exploringPetroleum deposits 146515 IMP

. CENTRO DE INVESTIGACION EN MATEMATICAS AC

. CENTRODE INVESTIGACIONY DE ESTUDIOSAVANZADOS DEL I.P.N.. INSTITUTO DE INVESTIGACIONES ELECTRICAS. INSTITUTONACIONALDEASTROFISICAOPTICAYELECTRONICA. INSTITUTO POLITECNICO NACIONAL

46,754,520.00

D9/CH2010‐02RM processes in fractured carbonate deposits withhigh salinity and temperature based on the design,development and escalation of ad hoc chemicalproducts

146735 IMP

. INSTITUTO POLITECNICO NACIONAL

. UNIVERSIDADAUTONOMADE LA CIUDADDEMEXICO. UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO

82,665,927.00

D10/CH2010‐02Developing technology to generate steam at thebottom of the borehole 147061 IMP

. INSTITUTO POLITECNICO NACIONAL119,019,904.00

To be Add

ressed

Publishe

d

Add

ressed

Not Add

ressed

D1 a/CH2009‐01Injecting air into the deposit as an improvedrecovery system

Project

Institution

Amount ApprovedRequirement Specific Requirement Title

14

Contents

• Hydrocarbon Industry Driving Forces

• Hydrocarbon Industry Fund

• Specific Fund Requirements

• New Fund Framework

15

GO

AL:

CLE

AR

, TIM

ELY,

MEA

SUR

AB

LE, H

IGH

IMPA

CT

INFRASTRUCTURE AND EQUIPMENT

TECHNOLOGICAL PLATFORM: IMPROVED RECOVERY

APPLIEDRESEARCH

TECHNOLOGICALDEVELOPMENT

TECHNOLOGICALASSIMILATION/VALIDATION

ESCALATIONLAUNCH/IMPROVEMENT/OPTIMIZATION

ResearchGroups

Thematic Research Networks 

1. NUMERICALSIMULATORS

2. STEAMBOILER

3. SURFACE ACTIVE 

AGENTS

4. CHEMICAL PRODUCTS

1.1. NUMERICALSIMULATORS

2.1 STEAMBOILER

3.1 SURFACE 

ACTIVE AGENTS

4.1 CHEMICAL PRODUCTS

2.1.1. STEAMBOILER

4.1.1.CHEMICAL PRODUCTS

1. CO2INJECTION

2. AIRINJECTION

3. STEAMINJECTION  

4. THERMALMETHODS  

1. PORE - CAPILLARITY - ABSORPTION PHENOMENA

2. POROUS MEDIUM PHENOMENA

SPECIALIZED HUMAN RESOURCES TRAINING

LEVEL OF INVESTMENT

Framework Example

≥

5 years

INFRASTRUCTURE AND EQUIPMENT

Developing Technological Base Suppliers 

TEC

HN

OLO

GIC

AL

TEST

ING

, TR

AN

SFER

ENC

E A

ND

A

SSIM

ILA

TIO

N

16

PetrPetróóleos Mexicanos Law and Regulationsleos Mexicanos Law and RegulationsAcquisitions, Leases and Services LawAcquisitions, Leases and Services Law

Federal Duties ActFederal Duties ActScience and Technology LawScience and Technology Law

PEP

IMPLEMENTING IN PRODUCTION PROCESSES

PxR PGPBTRANS-VERSA-LES

TR&D ASSIMILATION RESULTSTR&D ASSIMILATION RESULTS

DEVELOPING SUPPLIERSDEVELOPING SUPPLIERS

RESEARCH,RESEARCH,TECHNOLOGICALTECHNOLOGICALDEVELOPMENTDEVELOPMENTAND SPECIALIZEDAND SPECIALIZEDH.R. TRAINING H.R. TRAINING PROGRAMPROGRAM

TECHNOLOGICALTECHNOLOGICALSTRATEGICSTRATEGICPROGRAMPROGRAM

PEMEX BUSINESS PLANPEMEX BUSINESS PLAN

DEFININGDEFININGTECHNOLOGICALTECHNOLOGICALPLATFORMSPLATFORMSAND OTHERAND OTHER

TR&D TR&D NEEDSNEEDS

CONACYTCONACYT‐‐SENERSENERHYDROCARBONHYDROCARBONINDUSTRY FUNDINDUSTRY FUND

(AND INNOVATION)(AND INNOVATION)

TRANSFERENCE OF TR&D OUTCOMESTRANSFERENCE OF TR&D OUTCOMES(QUANTITY, QUALITY, SPECIFICATION, TIMELINESS)(QUANTITY, QUALITY, SPECIFICATION, TIMELINESS)

PROCESSESPROCESSES•• CALLSCALLS•• EVALUATIONEVALUATION••FOLLOWFOLLOW‐‐UPUP

PLATFORMSPLATFORMS PROJECTPROJECT(PROTOTYPE)(PROTOTYPE)

PROTOTYPESPROTOTYPES ESCALATIONESCALATION DEMONSTRATIONDEMONSTRATION

(COMMERCIAL)(COMMERCIAL)

COMPLETE

COMPLETE

CYCLE

CYCLE

1 2

3

45

6

COMPANIES COMPLETE CYCLECOMPANIES COMPLETE CYCLE

Technological Platform and Desired Outcome Framework

17

PEMEX Assimilation Unit and Co-Developer

Transferring Research Outcomes

Specialized Skills Training

Applied ResearchTechnological

Route

Developing Technological Base

SuppliersInnovative

Infrastructure

Technologies in Operation

Technological Platform

associated with a Technological

Challengewith short-,

medium- and long-term

research outcomes

Thank you!