tianjin plastics

22
Tianjin Plastics Brian Hider Brian Kopan Ernest Lew Juan Villa A case study in international project finance. October 8, 2008 Cal State Fullerton, MBA Program 人人人

Upload: lali

Post on 25-Feb-2016

100 views

Category:

Documents


7 download

DESCRIPTION

Tianjin Plastics. A case study in international project finance . . Brian Hider Brian Kopan Ernest Lew Juan Villa. October 8, 2008 Cal State Fullerton, MBA Program. Background. Case set in 1996 Chinese economy is growing rapidly Foreign capital needed for infrastructure in China - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Tianjin Plastics

Tianjin Plastics

Brian Hider

Brian Kopan

Ernest Lew

Juan Villa

A case study in international project finance.

October 8, 2008

Cal State Fullerton, MBA Program

人民币

Page 2: Tianjin Plastics

Background Case set in 1996 Chinese economy is

growing rapidly Foreign capital

needed for infrastructure in China

Opportunity to fund power plant project in Tianjin province

Page 3: Tianjin Plastics

TEDA Established in 1984 Planned area of 33 sq. km. Divided in 3 sub-areas Land usage restrictions by government of China Original Land Development Financing: 100%

Chinese government Goal: become a modern industrial area which is

the biggest in Asia and the best in China

Page 4: Tianjin Plastics

TEDA In 1992, TEDA FDI increased-needed for

development New Land Development Financing: combination of

China’s government & MNCs. Wholly foreign-owned companies and joint

ventures were created to develop of land MNC’s investment in the area has lead to strong

economic growth in the TEDA region.

Page 5: Tianjin Plastics

Project Structure: The Players Maple Energy (49% Equity)

US Based company, since 1989 Subsidiary of Northern States Utility Power plant projects in four countries Specialize in turnkey projects

Tianjin Plastics (46% Equity) Government run factory Specialty is energy intensive extrusion process

MOPI (5% Equity) Chinese Ministry of Power Industry

Wintel Had Rmb that could not be repatriated

Page 6: Tianjin Plastics

Project Structure: Fundamentals Project life-4 year construction, 20 year operation Operating costs fixed, paid in Rmb 20yr contract for free coal feedstock Selling price of energy guaranteed (Rmb) Profits virtually guaranteed as long as debt, equity and final

profit are in Rmb Project financed with 85% debt Forecast shows China requiring 21GW of additional power

annually for a decade (150 plants of this size)

Page 7: Tianjin Plastics

Project Finance Definition: the raising of capital to finance

an investment project where the capital providers look at the cash flows from the project as the source to:(1) Service their loans(2) Provide the return of equity (3) Provide a return on their investment

Page 8: Tianjin Plastics

Project Finance: Characteristics Separate legal entity

Separate from investors and MNC Singular focus of business Predictable cash flows from operations

Essential to securing project financing from outside partners

Finite project life Cash flows go toward servings its capital structure (debt

& equity)

Page 9: Tianjin Plastics

Exchange Rate Outlook Chinese Rmb is expected to weaken relative to

the US$ International Fisher Effect (IFE)

Higher expected inflation in China In 2000, Bank of China starts to loosen their hold on

currency Interest Rate Parity Theory (IRP)

Higher interest rates in China vs. US (13% vs. 8%) on near and long term loans.

Forecast 5% depreciation

Page 10: Tianjin Plastics

Basic Issues

+Exchange Rate risk+Lack of free markets/gov’t controlled

+Government restrictions on capital outflows

+Two days to make recommendation

Important

Urgent

Page 11: Tianjin Plastics

Immediate Issues

+Chinese gov’t can refuse to fulfill contract

+no hedging available

+Registered capital (equity investment) can’t leave country

Important

Urgent

Page 12: Tianjin Plastics

Cause/Effect

Unpredictability of project

profitability

Political instability Equity repatriation constraints

Lack of hedging options and forecast data

Partially convertible Rmb

Lack of EX/IM financing help

Page 13: Tianjin Plastics

Decision Criteria Quantitative:

Highest likely NPV Sensitivity to currency exposure Must have positive NPV

Shortest payback period

Qualitative Overall company growth strategy in TEDA

Page 14: Tianjin Plastics

NPV and Payback Period Model

1996 2020

+Operating Margin-Interest Expense-Taxes=Net Income+75% of Depr-Principal Pmt=Project Cash Flow

17% ROI Project Restriction

Maple (49%) CF in Rmb

Maple/Wintel Rmb Loan Net CF

Bal Available to Repatriate

+ Repatriated $'s

+ Maple/Wintel $ Loan Net CF

= Maple $ Cash Flow

NPV @ 18% Disc

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

3% Projected GrowthConstruction Phase

Page 15: Tianjin Plastics

Option 1 Maple Energy invests directly with US$

Maple leaves US$ in project and can’t pull them out = lose equity investment.

Debt obligations are in US$ and will be exposed to exchange rate risk.

Currency Exposures: Firm Profitability

Dollar based debt (almost 90% of debt) Profit Magnitude

Profits converted to dollars

Const. Loan + Syndicate Loans NPVRenminbi Depreciation Rate -10% -5% 0% 5%Probability 20% 70% 5% 5%1996 NPV 3.3 7.4 13.5 23.1Weighted NPV 0.7 5.2 0.7 1.2 7.7Payback Period 5 5 5 5Weighted Payback Period 1 4 0 0 5

Page 16: Tianjin Plastics

Option 2Back-to-Back loans

Maple Energy does US$/Rmb loan with another US firm doing business in China, Wintel

Currency Exposures: Firm Profitability

Dollar based debt (almost 90% of debt) Profit Magnitude

Profits converted to dollars

Back to Back Loan NPVRenminbi Depreciation Rate -10% -5% 0% 5%Probability 20% 70% 5% 5%1996 NPV 4.1 7.5 12.8 21.2Weighted NPV 0.8 5.2 0.6 1.1 7.8Payback Period 4 4 4 4Weighted Payback Period 1 3 0 0 4

Page 17: Tianjin Plastics

Option 2 (continued)Back-to-Back loans

Mechanics: Wintel has generated profits in Rmb (can’t repatriate

earnings) Wintel loans Rmb70.018 to Maple for 6 years Maple loans $8.415 to Wintel for 6 years Maple: instead of converting their US$ and making

the equity investment IN China, Maple BORROWS the Rmb from Wintel for the equity investment

Maple pays loan with Rmb from cash flows Wintel pays loan with US$

Page 18: Tianjin Plastics

Option 3Have power price paid by Tianjin Plastics indexed to dollar

Tianjin has already contracted to purchase most of the power from the plant.

This guarantees earnings would maintain their US$ value.

Not allowed by MOPI due to concerns over negative impact it might have on their Rmb invested in project.

Currency Exposures: Profit Magnitude

Profits converted to dollars

Page 19: Tianjin Plastics

Option 4Finance majority of project in Rmb (borrow locally)

Maple would borrow local Rmb. No US$ exposure since Rmb (not US$) are invested in

the project. Large exchange rate risk on profit since all profits are in

Rmb and must be converted to US$. Currency Exposures:

Profit Magnitude Profits converted to dollars

$101.5 M Deposit NPVRenminbi Depreciation Rate -10% -5% 0% 5%Probability 20% 70% 5% 5%1996 NPV (12.8) (11.5) (9.0) (4.0)Weighted NPV (2.6) (8.0) (0.4) (0.2) (11.2)Payback Period 11 11 12 12Weighted Payback Period 2 8 1 1 11

Page 20: Tianjin Plastics

Selected Option Option 2: Back-to-Back loans

Maple Energy(China)

Maple Energy(USA)

Wintel(USA)

Wintel-China(China)

Loan of Rmb 70.018m

Loan of US $8.415m

Page 21: Tianjin Plastics

Selected Option1996 NPV & Payback PeriodRenminbi Depreciation Rate -10% -5% 0% 5%Const. Loan then Syndicate Loans NPV 3.3 7.4 13.5 23.1 Payback Period 5 5 5 5

Back to Back Loan NPV 4.1 7.5 12.8 21.2 Payback Period 4 4 4 4

$101.5 M Deposit NPV (12.8) (11.5) (9.0) (4.0) Payback Period 11 11 12 12

Probability 20% 70% 5% 5%Expected

NPVConst. Loan then Syndicate Loans NPV 0.7 5.2 0.7 1.2 7.7 Payback Period 1 4 0 0 5

Back to Back Loan NPV 0.8 5.2 0.6 1.1 7.8 Payback Period 1 3 0 0 4

$101.5 M Deposit NPV (2.6) (8.0) (0.4) (0.2) (11.2) Payback Period 2 8 1 1 11

Page 22: Tianjin Plastics

Questions?