Delaware | 1-14204 | 06-0853042 |
(State or Other Jurisdiction of Incorporation) | (Commission File Number) | (IRS Employer Identification No.) |
3 Great Pasture Road, Danbury, Connecticut | 06813 |
(Address of Principal Executive Offices) | (Zip Code) |
¨ | Written communications pursuant to Rule 425 under the Securities Act (17 CFR 230.425) | |
¨ | Soliciting material pursuant to Rule 14a-12 under the Exchange Act (17 CFR 240.14a-12) | |
¨ | Pre-commencement communications pursuant to Rule 14d-2(b) under the Exchange Act (17 CFR 240.14d-2(b)) | |
¨ | Pre-commencement communications pursuant to Rule 13e-4(c) under the Exchange Act (17 CFR 240.13e-4(c)) |
(d) Exhibits. | |||
Exhibit No. | Description | ||
10.1 | Purchase and Sale Contract dated October 31, 2012 | ||
10.2 | Cell Technology Transfer and License Agreement dated October 31, 2012 | ||
10.3 | Amendment to TTA and STTA dated October 31, 2012 | ||
99.1 | FuelCell Energy, Inc. Press Release issued November 5, 2012 | ||
99.2 | FuelCell Energy, Inc. Press Release issued November 5, 2012 |
FUELCELL ENERGY, INC. | ||
Date: November 6, 2012 | By: | /s/ Michael S. Bishop |
Michael S. Bishop | ||
Senior Vice President, Chief Financial Officer, Corporate Secretary and Treasurer |
Exhibit No. | Description | |||
10.1 | Purchase and Sale Contract dated October 31, 2012 | |||
10.2 | Cell Technology Transfer and License Agreement dated October 31, 2012 | |||
10.3 | Amendment to TTA and STTA dated October 31, 2012 | |||
99.1 | FuelCell Energy, Inc. Press Release issued November 5, 2012 | |||
99.2 | FuelCell Energy, Inc. Press Release issued November 5, 2012 |
1.1 | “2011 Purchase and Sale Contract” means the contract executed by the Parties as of May 26, 2011 as to the purchase and sale of the DFC Components Kits manufactured by Seller. |
1.2 | “Advance Payment Guarantee” has the meaning ascribed to it in Section 4.2.2. |
1.3 | “Balance of Plant” or “BOP” means all subsystems for operation and generation of electrical power by DFC's MCFCs in one or more stacks and including, but not limited to, fuel pre-treatment boilers, water recovery, fuel exhaust burner, inverter, control system, utility interface and start-up and stand-by equipment. For the avoidance of doubt, BOP shall mean all components of the DFC Power Plant other than the Fuel Cell Stack Module. |
1.4 | “Balance of Plant Skid” or “BOP Skid” means structural skid(s) with all BOP components for the Power Plant with the exception of the Fuel Cell Module. |
1.5 | “Buyer’s Carrier” shall mean the freight forwarder engaged by Buyer at Buyer’s sole discretion, to which Buyer shall assign responsibility for taking delivery of the Equipment. |
1.6 | “Buyer’s Receiving Site” shall mean a location in the same country as the Seller’s Delivery Site for DFC Modules, Non-Repeating Components, and/or Repeating Components; and which location shall otherwise be designated at the sole discretion of the Buyer. |
1.7 | “Commissioning” shall mean that period which begins with the first achievement of the idle condition (“Hot Standby”) at the Site, after installation of BOP, Module, and related equipment in accordance with the DFC Manuals or POSCO Plant Manuals and execution of the Certificate of Mechanical Completion (CMC), and ends with Final Acceptance. |
1.8 | “Consumables” shall mean the water treatment salts, catalysts, adsorbents, purge gases, specialty gases, filters, gaskets, o-rings, fasteners and washers which are specified in the Service Provider’s maintenance manual and necessary for the Power Plant to perform its functions. Specifically excluded from the definition of “Consumables” are Utilities. |
1.9 | “Contract” means this contract and the Annexes hereto, the Specifications and all other agreements and documents, including the amendments and supplements duly made hereto between the Buyer and the Seller to ascertain the rights and obligations of the Parties upon agreement. |
1.11 | “Contract Year” means the period commencing on November 1 of any calendar year and ending on October 31 of the immediately following calendar year, except for Contract Year 2013, which means the period commencing on May 1, 2013 until October 31, 2013. |
1.12 | “Contract Year 2015 Invoicing Date” has the meaning ascribed to it in Section 4.2.4 A. |
1.13 | “Contract Year 2016 Invoicing Date” has the meaning ascribed to it in Section 4.2.4 A. |
1.14 | “Day” and “Month” mean a calendar day and month respectively according to the Gregorian calendar. |
1.15 | “Delivery Milestones” has the meaning ascribed to it in Section 3.2.1 (C). |
1.16 | “DFC Components” means a quantity of Repeating Components (RC) and Non-Repeating Components (NRC) from which a complete DFC Module may be assembled. |
1.17 | “DFC Component Kit” or “Module Kit” shall mean one set of RC and NRC (DFC Components) and other components necessary for the assembly of one complete DFC Module. |
1.18 | “DFC Components Specifications” means the specifications attached to this Contract as Appendix B. |
1.19 | “DFC Manuals” means the documents normally prepared and routinely provided by Seller which contain, but are not necessarily limited to, instructions for installation, operation, initial start-up, field procedures, instrumentation and controls, and maintenance of the DFC Plants. |
1.20 | “DFC Module” means those components which comprise the fuel cell stack itself, including the stack enclosure vessel, the fuel cell stack and its supporting hardware, including individual fuel cells and cell assemblies, anodes, cathodes, current collector plates, matrixes, manifolds, instrumentation, assembly and compression hardware and/or the stack enclosure vessel. |
1.21 | “DFC Power Plants” or “DFC Plants” means the complete power plants manufactured by Seller at the facilities of Seller or its sub-vendors, including BOP and DFC Modules. |
1.22 | “DFC Specifications” means the documents prepared by Seller containing performance specifications for the DFC Plants. |
1.23 | “Dispute” shall have the meaning set forth in Section 15.1. |
1.24 | “Documentation” shall have the meaning specified in Section 3.4.3. |
1.25 | “Effective Date” means the date first written above. |
1.26 | “Engineer” means the person designated by the Buyer as engineer, with notification of such designation being sent to the Seller, for the purpose of the inspection and testing stipulated in Article 9 hereof, or in absence of such notification, the word Engineer means the Buyer or its duly authorized representatives. |
1.27 | “Equipment” means the DFC Components Kits, Repeating Components, Non-Repeating Components, and/or any machinery, equipment, apparatus, instruments, ship loose items, materials and other items which may be supplied by Seller pursuant to this Contract. |
1.28 | “EXW” or “Ex Works” shall have the meaning assigned as published by the United Nations Commission on International Trade Law in the “International Commercial Terms (INCOTERMS 2010) ” as amended, except as may be otherwise provided herein. |
1.29 | “Facilities” means the connections, interfaces, and supporting equipment for the Plant, including the support system, slab or pedestal on which the Plant is located, fuel supply, electrical distribution system, and equipment connected to the Plant’s interface points but excluding the Plant itself. |
1.30 | “FA Test” shall have the meaning set forth in Section 9.2.1. |
1.31 | “FCE Products” shall mean DFC Power Plants currently designated DFC300MA, DFC1500 and DFC3000 with introductory ratings of 300 kW, 1.4 MW and 2.8 MW, respectively and modifications and improvements thereof, regardless of how designated by Seller, which are made available, or in the future may be made available, for commercial use or sale by Seller. |
1.32 | “FM Notice” shall have the meaning set forth in Section 14.1. |
1.33 | “Force Majeure” shall mean unforeseen circumstances beyond the reasonable control and without the fault or negligence of either Party and which such Party is unable to prevent or provide against the exercise of reasonable diligence including, acts of God, any acts or omissions of any civil or military authority, earthquakes, strikes or other labor disturbances, wars (declared or undeclared), terrorist and similar criminal acts, epidemics, civil unrest and riots. |
1.34 | “Fuel Cell Module”, “DFC Module” or “Module” shall mean those components which comprise the fuel cell stack itself, including the stack enclosure vessel, the fuel cell stack, ship loose items related to the module end post and its supporting hardware, including individual fuel cells and cell assemblies, anodes, cathodes, current collector plates, matrixes, manifolds, instrumentation, assembly and compression hardware and/or the stack enclosure vessel, purchased by the Buyer pursuant to this Contract, the description and the quantity of which are set forth in Annex A to this Contract. |
1.35 | “Hindered Party” and “Non-Hindered Party” shall have, respectively, the meaning set forth in Section 14.1. |
1.36 | “ICC” shall have the meaning set forth in Section 15.2. |
1.37 | “Initial Down-payment” has the meaning ascribed to it in Section 4.2.1. |
1.38 | “Inspection Report” shall have the meaning set forth in Section 9.1. |
1.39 | “Master Services Agreement” means (i) the agreement executed between the Parties as of April 4, 2008 as the same may be modified, amended, or novated from time to time in accordance with the terms and conditions thereof, or (ii) the agreement to be executed between the Parties regarding each Party’s respective obligations as to the maintenance and operation of the DFC Plants or POSCO Plants, as the case may be, purchased by a Third Party Owner. |
1.40 | “Module Specifications” mean the Specifications attached to this Contract as Appendix A. |
1.41 | “NewCo” means a company to be established by Buyer in Korea to construct, assemble, manufacture, use, sell, import, distribute, maintain, service and/or repair the POSCO Products and POSCO Parts |
1.42 | “Non-Repeating Components” or “NRC” means parts and components of the DFC Modules other than RC, necessary to assemble a DFC Module. |
1.43 | “NRC Localization Plan” means the agreement executed between the Parties as of April 24, 2012 regarding a detailed plan of NRC procurement from Korean vendors. |
1.44 | “POSCO Plant” or “Plant” shall mean the carbonate-based fuel cell power plant which is manufactured by Buyer using the Direct FuelCell® technology of the Seller. |
1.45 | “POSCO Plant Specifications” means the documents prepared by Buyer or POSCO Affiliate, which contain performance specifications for the POSCO Plant, as further described in paragraph 3.4.4 hereunder. |
1.46 | “POSCO Plant Manuals” means the documents prepared by Buyer or POSCO Affiliate which contain instructions for installation, operation, and maintenance of the POSCO Plant. |
1.47 | “POSCO Energy Fuel Cell Stack Module Manufacturing Facility” means a facility in Korea for stack assembly and conditioning activities to complete the manufacture of DFC Modules using DFC Components Kits. |
1.48 | “POSCO Products” means any products, regardless of designation, which are the same as, or a modification or derivation in whole or in part of FCE Products. |
1.49 | “POSCO Parts” means any parts or components of POSCO Products other than the DFC Module. |
1.50 | “Purchase Order” means any order for purchase issued by Buyer to Seller indicating types, quantities, and agreed prices for products or services Seller will provide to Buyer. |
1.51 | “Repeating Components” or “RC” shall consist of discrete fuel cell packages assembled from active components, excluding NRC, which are necessary for the assembly of DFC Modules. |
1.52 | “Rules” shall have the meaning set forth in Section 15.2. |
1.53 | “Seller’s Delivery Site(s)” shall mean the point of EXW delivery of the Equipment. |
1.54 | “Service Agreement” means a long term service agreement in respect of the Plant between the Buyer (or its designee) and the Third Party Owner. |
1.55 | “Site” means the location upon which the Plant and the Facilities will be installed and erected in accordance with the specifications and requirements of which are set forth in Appendix A (Specifications). |
1.56 | “Spares” shall have the meaning set forth in Article 30. |
1.57 | “Third Party Owner” means any company or other entity that purchases the Equipment from the Buyer and operates the Facilities at the Site. |
1.58 | “Warranty Period” shall have the meaning set forth in Section 10.1. |
1.59 | “UoM” mean the units of measurement. |
1.60 | “Utilities” shall mean air, water, wastewater, fuel and electric startup power required to operate the Power Plant. |
i. | For delivery in Contract Year 2013, twelve (12) DFC Components Kits with pricing and delivery dates as indicated in Annex A hereunder; and |
ii. | For delivery in Contract Year 2014 starting from November 1, 2013, twenty-nine (29) DFC Components Kits with pricing and delivery dates as indicated in Annex A hereunder; and |
iii. | For delivery in Contract Year 2015 starting from November 1, 2014, twenty-four (24) DFC Components Kits with pricing and delivery dates as indicated in Annex A hereunder; and |
iv. | For delivery in Contract Year 2016 starting from November 1, 2015, twenty-two (22) DFC Components Kits with pricing and delivery dates as indicated in Annex A hereunder. |
i. | Thirty (30) days prior to March 1, 2014, for Contract Year 2015 deliveries, and thirty (30) days prior to March 1, 2015, for Contract Year 2016 deliveries, the Parties shall commence reviewing the nickel price on the London Metals Exchange (“LME Nickel Price”). If the 30-day trailing average LME Nickel Price deviates more or less than 50 U.S. cents from the Baseline Nickel Price, and only for such nickel price deviation, the Parties shall commence re-negotiating Module Kit pricing for the affected Contract Year. Each price adjustment, if occurred, shall apply to one year of deliveries. There shall be no pricing adjustment for deliveries in Contract Year 2013 or Contract Year 2014. The amount of pricing adjustments in each case shall be based on good faith mutual agreement between the Parties. |
ii. | FCE agrees to provide supporting documentation showing the impact of LME Nickel Price changes on Module Kit pricing to POSCO Energy (i.e. evidence supporting approximately * change in Module Kit cost) (i) within fifteen (15) days from the Effective Date and (ii) upon the commencement of the pricing review for each affected Contract Year. |
iii. | Nickel price fluctuations in the range * per pound shall have no impact on Module Kit pricing. |
iv. | Parties intend to agree on revised Module Kit pricing by March 30, 2014 for Contract Year 2015 deliveries, and by March 30, 2015 for Contract Year deliveries, unless Parties otherwise agree. |
3.4.4 | Buyer shall be responsible for establishing the POSCO Plant Specifications and the POSCO Plant Manuals (collectively, “POSCO Plant Specifications and Manuals”). Buyer agrees that the POSCO Plant Specifications and Manuals shall use the DFC Specifications and DFC Manuals as a guide. Buyer additionally agrees that the POSCO Plant Specifications and Manuals shall not exceed the performance levels established in the DFC Specifications and DFC Manuals, nor shall such POSCO Plant Specifications and Manuals allow operating conditions any more severe than such contained in the DFC Specifications and DFC Manuals, without the prior written approval of Seller. |
4.1 | The Contract Total Price set forth in Annex A covers the Scope of Contract set forth in Article 3 above, subject to Section 3.3.2 and Section 4.1.1 below. |
4.2 | Payment Terms |
4.2.3 | Payments for DFC Components Kits sold to Buyer designated for delivery in Contract Year 2013 and Contract Year 2014 as indicated in Annex A, shall be made by the Buyer to the Seller in accordance with the following schedule; provided, that Seller has met the applicable Delivery Milestones: |
A. | The first payment in the amount of eleven point forty-three percent (11.43%) of the price of individual DFC Components Kits shall be allocated from the Initial Down-payment. |
B. | The second payment in the amount of twenty-eight point fifty-seven percent (28.57%) of the aggregate price of DFC Components Kits designated for delivery in Contract Year 2013 and Contract Year 2014 shall be invoiced on December 15, 2012, it being understood and agreed that this payment shall be received by FCE no later than January 15, 2013. |
C. | The third payment in the amount of fifteen percent (15%) of the price of individual DFC Components Kits (RC and/or NRC) shall be invoiced twelve (12) weeks prior to EXW shipment date. |
D. | The fourth payment in the amount of twenty percent (20%) of the price of individual DFC Components Kits (RC and/or NRC) shall be invoiced four (4) weeks prior to EXW shipment date. |
E. | The fifth payment in the amount of twenty-five percent (25%) of the price of individual DFC Components Kits (RC and/or NRC) shall be invoiced at the EXW shipment date. |
4.2.4 | Payments for DFC Components Kits sold to Buyer for delivery in Contract Year 2015 and Contract Year 2016 as indicated in Annex A, shall be made by the Buyer to the Seller in accordance with the following schedule; provided, that Seller has met the applicable Delivery Milestones: |
A. | The first payment in the amount of fifteen percent (15%) of the total price of all DFC Components Kits to be delivered in Contract Year 2015 shall be invoiced on December 15, 2013 (hereafter the “Contract Year 2015 Initial Invoicing Date”), and the first payment in the amount of fifteen percent (15%) of the total price of all DFC Component Kits to be delivered in Contract Year 2016 shall be invoiced on December 1, 2014 (hereafter the “Contract Year 2016 Initial Invoicing Date”). |
B. | The second payment in the amount of twenty-five percent (25%) of the aggregate price of DFC Components Kits to be delivered in Contract Year 2015 shall be invoiced fourteen (14) weeks after the Contract Year 2015 Initial Invoicing Date; and the second payment in the amount of twenty-five percent (25%) of the aggregate price of DFC Component Kits to be delivered in Contract Year 2016 shall be invoiced fourteen (14) weeks after the Contract Year 2016 Initial Invoicing Date. |
C. | The third payment in the amount of fifteen percent (15%) of the price of individual DFC Components Kits shall be invoiced twelve (12) weeks prior to the EXW shipment date of individual DFC Components Kits. |
D. | The fourth payment in the amount of twenty percent (20%) of the price of individual DFC Components Kits shall be invoiced four (4) weeks prior to EXW shipment date of individual DFC Components Kits. |
E. | The fifth payment in the amount of twenty-five percent (25%) of the price of individual DFC Components Kits shall be invoiced at the EXW shipment date of individual DFC Components Kits. |
6.2 | Communication |
6.3 | Liquidated Damages for Delayed Delivery. |
6.5 | Inspection; Rejection |
6.6 | Insurance. Seller shall bear the cost of insuring the Equipment prior to the time of EXW Delivery. Buyer shall bear the cost of insuring the Equipment from the time of EXW Delivery. |
A. | For: POSCO Energy; |
B. | Contract number or name of Contract; |
C. | Port of destination; |
D. | Item number, package number in sequence and quantity per package; |
E. | Commodity description; |
F. | Net weight, gross weight, dimension and cubic measurement; |
G. | Shipper's marks; |
H. | Origin of the Equipment/Port of Export; |
I. | Caution marks, if necessary; and |
J. | Shipping mark. |
• | Regulated Articles: All non-manufactured wood packaging materials such as pallets, crating, dunnage, packing blocks, etc. |
• | Exempted Articles: Manufactured wood packaging materials such as plywood, particle board, oriented strand board, veneer, etc. |
• | Regulated Areas: All countries. |
• | Requirements: All imported wood packaging materials should be treated by following methods, and present the mark which certifies the approved treatment on two opposite sides of the article. |
• | Treatment methods: Heat Treatment (HT) or Methyl Bromide (MB) fumigation according to the Annex Ⅰ of ISPM No. 15. |
• | The mark should contain the valid symbol approved by IPPC, country code, unique number of the producer/treatment facility assigned by the NPPO of exporting countries, treatment methods (HT, MB). |
• | Only HT is accepted as a proper treatment for coniferous wood packaging materials from pine wood nematode distributed countries. |
• | Subjected countries : Japan, China, Taiwan, US, Canada, Mexico, Portugal, Vietnam (pine wood) |
• | Non-compliance Measures |
• | Treatment, Disposal or Return to the origin at the expense of the Seller. |
A. | Appropriate drawings, reports, guidelines, manuals, programs, software, and data for assembly of the DFC Components into DFC Modules; |
B. | All drawings, manuals and reports shall be complete, neat and legible, for the purpose of their use to permit adequate review, and operation as applicable; |
C. | All drawings, manuals and reports shall be in accordance with the Specifications provided in Appendix A and/or Appendix B. |
9. | PERFORMANCE GUARANTEES AND ACCEPTANCE TESTS |
(A) | If Buyer elects not to correct defects by Replacement from Buyer’s Inventory, and the correction of defective DFC Component Kits and/or any other Equipment thereof by Seller is not achieved within fourteen (14) days from the Seller’s receipt of the Buyer’s Notice of Defect as set forth in Section 10.2.1(A), Buyer may commence correcting the defects at the Buyer’s expense to be reimbursable by Seller, through repair of the defective DFC Component Kits and/or any other Equipment thereof. In the event that Buyer corrects the defects through a repair, such repairs are subject to Seller’s prior approval, which shall be given to Buyer within three (3) days after the Seller’s receipt of Buyer’s notice of such repair. Seller shall reimburse the expenses incurred by Buyer for correction of the defects made in pursuance of this provision within thirty (30) days from the date of its receipt of the Buyer's invoice of such expenses. Notwithstanding the correction procedures by Buyer as set forth herein, the Seller’s obligation to commence investigation and submit a report to Buyer remains the same as indicated in Section 10.2.1(C). |
(B) | If the correction of defective DFC Component Kits and/or any other Equipment thereof by Seller is not achieved within the time periods indicated in Section 10.2.1(B), Section 6.5.2 or Section 9.1 hereinabove, Buyer may commence correcting the defects at the Buyer’s expense to be reimbursable by Seller, through repairing or replacing the defected DFC Component Kits and/or any other Equipment thereof. In the event that Buyer corrects the defects through a repair, such repairs are subject to Seller’s prior approval, which shall be given to Buyer within three (3) days after the Seller’s receipt of Buyer’s notice of such repair. In the event that Seller does not provide its approval to Buyer within three (3) days, Buyer may commence correcting the defects through a replacement on its own, and Seller shall supplement new DFC Component Kits and/or any other Equipment in conformance with the DFC Components Specifications to Buyer within thirty (30) days from the date on which the time period for Seller to replace the defective DFC Component Kits and/or any other Equipment thereof in accordance with Section 10.2.1(B), Section 6.5.2, or Section 9.1 expires. Seller shall reimburse the expenses incurred by Buyer for correction of the defects made in pursuance |
16.1.1 | Buyer may suspend the delivery of and the progress payments for the remaining unshipped Items as indicated in Annex A in pursuance of Section 3.2.7 or Section 10.2.1(C). If the suspension according to this Section continues for more than ninety (90) days without appropriate remedy by Seller, this Contract shall automatically terminate in accordance with Section 16.1.3. |
16.1.2 | If the Seller should materially breach the provisions of this Contract other than as set forth in Section 16.1.3, Section 16.1.4 or Section 16.1.5, which breach is not cured within sixty (60) days following the Seller’s receipt from the Buyer’s notice of such breach, the Contract shall automatically terminate unless the Buyer waives such termination within thirty (30) days (or such longer time period as the Buyer and the Seller may hereafter agree in writing) after 60-day cure period end. In the event of such termination, Seller shall refund to Buyer all payments theretofore made to Seller, less direct costs and non-cancelable commitments already incurred by Seller for |
16.1.3 | Termination for Prolonged Suspension. In the event that the suspension continues for more than ninety (90) days in pursuance of Section 16.1.1, then this Contract shall automatically terminate unless the Buyer waives such termination within thirty (30) days (or such longer time period as the Buyer and the Seller may hereafter agree in writing) after the 90 day suspension period pursuant to Section 16.1.1 ends. In the event of such termination, Seller shall refund to Buyer all payments theretofore made to Seller, less direct costs and non-cancelable commitments already incurred by Seller for the manufacture and assembly of the DFC Component Kits that could have been delivered to Buyer but for such termination. Upon such termination, Seller shall also be (i) obligated to ship to Buyer all parts and material which Seller has purchased in fulfillment of this Contract, and for which Seller has received payment from Buyer prior to such termination and (ii) responsible for direct costs and non-cancelable commitments (if any) related to installation and assembly of the DFC Component Kits into the Module as well as of the Module into a complete Plant, which has been incurred by Buyer prior to the date of termination. Upon such automatic termination, Buyer shall take commercially reasonable steps to minimize the Seller’s expenses in cooperation with Seller. |
16.1.4 | Termination for Delivery Delay. In the event that the liquidated damage due to the delay in delivery of any DFC Components or any Equipment under Article 6.3 or Article 10.2.3 has reached the maximum amount set forth in each Section, then the Contract shall automatically terminate unless the Buyer waives such termination within thirty (30) days (or such longer period as the Buyer and the Seller may hereafter agree in writing) after the date on which the liquidated damages has reached such amount. In the event of such termination, Seller shall refund to Buyer all payments theretofore made to Seller, less direct costs and non-cancelable commitments already incurred by Seller for the manufacture and assembly of the DFC Component Kits that could have been delivered to Buyer but for such termination. Upon such termination, Seller shall also be (i) obligated to ship to Buyer all parts and material which Seller has purchased in fulfillment of this Contract, and for which Seller has received payment from Buyer prior to such termination and (ii) responsible for direct costs and non-cancelable commitments (if any) related to installation and assembly of the DFC Component Kits into the Module as well as of the Module into a complete Plant, which has been incurred by Buyer prior to the date of termination. Upon such automatic termination, Buyer shall take its commercially reasonable steps to minimize the Seller’s expenses in cooperation with Seller. |
16.1.5 | Termination for Insolvency Event. In the event that: |
(a) | FCE becomes bankrupt, insolvent, dissolves, takes steps to obtain or obtains or is granted a court decision for the suspension of payment obligations or institutes reorganization, liquidation or any similar proceedings; |
(b) | A trustee, administrator, liquidator, custodian, provisional manager, or similar Person in a proceeding referred to in paragraph (a) above is appointed (i) with consent, approval or non-objection of FCE, or (b) if FCE has objected to or has not consented to or approved of such appointment, such appointment has not been set aside or stayed within sixty (60) days of the date thereof; or |
(c) | A court having jurisdiction enters an order winding-up or otherwise confirming the bankruptcy or insolvency of FCE, which order or confirmation (i) is made with the consent, approval or non-objection of FCE, or (ii) if FCE has objected to or has not consented to or approved of such order or confirmation, such order or confirmation has not been set aside or stayed within sixty (60) days of the date hereof, |
16.2 | Termination Due to the Buyer’s Default |
16.2.1 | In the event of a payment-related material breach of this Contract by Buyer which extends longer than thirty (30) days after the date payment is due, then Seller may, at its option, either (i) stop work, terminate the Contract for breach and initiate suit for collection of outstanding balances; or (ii) stop work, invoice Buyer in advance for all remaining payments due under this Contract, and continue performance of this Contract upon receipt of such payments from Buyer, with appropriate schedule adjustments needed for any delay. |
16.2.2 | If Buyer elects to delay authorizing shipment of the Module Kits with scheduled EXW shipment dates pursuant to the schedule in Annex A through no fault of Seller, and such delay is extended for more than 120 days for any such given Module Kit or two or more such Module Kits for more than 60 days each, then Seller may, at its sole discretion, terminate this Contract by providing written notice to Buyer, and in the event of such termination, Seller shall be entitled to retain advance payments received up to such date as Seller’s cost coverage and damage award. Buyer shall be responsible for direct costs and non-cancelable commitments (if any) already incurred by Seller for the manufacture and assembly of the DFC Component Kits that could have been delivered to Buyer but for such termination in excess of the advance payments received up to the time of such termination. Upon such termination, Seller shall take commercially reasonable steps to minimize the Buyer’s expenses in cooperation with Buyer. |
Contract Year | Item # overall | Item # by year | Kits per month | EXW Shipment Date | Contract Year | Item # overall | Item # by year | Kits per month | EXW Shipment Date |
2013 | 73 | 1 | 2 | 8-May-13 | 2015 | 117 | 4 | 2 | 19-Dec-14 |
2013 | 74 | 2 | 2 | 22-May-13 | 2015 | 118 | 5 | 2 | 7-Jan-15 |
2013 | 75 | 3 | 2 | 12-Jun-13 | 2015 | 119 | 6 | 2 | 23-Jan-15 |
2013 | 76 | 4 | 2 | 26-Jun-13 | 2015 | 120 | 7 | 2 | 6-Feb-15 |
2013 | 77 | 5 | 2 | 10-Jul-13 | 2015 | 121 | 8 | 2 | 20-Feb-15 |
2013 | 78 | 6 | 2 | 24-Jul-13 | 2015 | 122 | 9 | 2 | 6-Mar-15 |
2013 | 79 | 7 | 2 | 14-Aug-13 | 2015 | 123 | 10 | 2 | 20-Mar-15 |
2013 | 80 | 8 | 2 | 28-Aug-13 | 2015 | 124 | 11 | 2 | 3-Apr-15 |
2013 | 81 | 9 | 2 | 11-Sep-13 | 2015 | 125 | 12 | 2 | 17-Apr-15 |
2013 | 82 | 10 | 2 | 25-Sep-13 | 2015 | 126 | 13 | 2 | 8-May-15 |
2013 | 83 | 11 | 2 | 9-Oct-13 | 2015 | 127 | 14 | 2 | 22-May-15 |
2013 | 84 | 12 | 2 | 23-Oct-13 | 2015 | 128 | 15 | 2 | 5-Jun-15 |
2014 | 85 | 1 | 2 | 8-Nov-13 | 2015 | 129 | 16 | 2 | 19-Jun-15 |
2014 | 86 | 2 | 2 | 22-Nov-13 | 2015 | 130 | 17 | 2 | 10-Jul-15 |
2014 | 87 | 3 | 2 | 6-Dec-13 | 2015 | 131 | 18 | 2 | 24-Jul-15 |
2014 | 88 | 4 | 2 | 20-Dec-13 | 2015 | 132 | 19 | 2 | 7-Aug-15 |
2014 | 89 | 5 | 3 | 7-Jan-14 | 2015 | 133 | 20 | 2 | 21-Aug-15 |
2014 | 90 | 6 | 3 | 16-Jan-14 | 2015 | 134 | 21 | 2 | 4-Sep-15 |
2014 | 91 | 7 | 3 | 28-Jan-14 | 2015 | 135 | 22 | 2 | 18-Sep-15 |
2014 | 92 | 8 | 2 | 7-Feb-14 | 2015 | 136 | 23 | 2 | 5-Oct-15 |
2014 | 93 | 9 | 2 | 21-Feb-14 | 2015 | 137 | 24 | 2 | 19-Oct-15 |
2014 | 94 | 10 | 3 | 4-Mar-14 | 2016 | 138 | 1 | 2 | 6-Nov-15 |
2014 | 95 | 11 | 3 | 13-Mar-14 | 2016 | 139 | 2 | 2 | 20-Nov-15 |
2014 | 96 | 12 | 3 | 24-Mar-14 | 2016 | 140 | 3 | 2 | 4-Dec-15 |
2014 | 97 | 13 | 2 | 4-Apr-14 | 2016 | 141 | 4 | 2 | 18-Dec-15 |
2014 | 98 | 14 | 2 | 18-Apr-14 | 2016 | 142 | 5 | 2 | 8-Jan-16 |
2014 | 99 | 15 | 3 | 1-May-14 | 2016 | 143 | 6 | 2 | 22-Jan-16 |
2014 | 100 | 16 | 3 | 12-May-14 | 2016 | 144 | 7 | 2 | 5-Feb-16 |
2014 | 101 | 17 | 3 | 21-May-14 | 2016 | 145 | 8 | 2 | 19-Feb-16 |
2014 | 102 | 18 | 2 | 6-Jun-14 | 2016 | 146 | 9 | 2 | 4-Mar-16 |
2014 | 103 | 19 | 2 | 20-Jun-14 | 2016 | 147 | 10 | 2 | 18-Mar-16 |
2014 | 104 | 20 | 3 | 2-Jul-14 | 2016 | 148 | 11 | 2 | 8-Apr-16 |
2014 | 105 | 21 | 3 | 14-Jul-14 | 2016 | 149 | 12 | 2 | 22-Apr-16 |
2014 | 106 | 22 | 3 | 23-Jul-14 | 2016 | 150 | 13 | 2 | 6-May-16 |
2014 | 107 | 23 | 2 | 1-Aug-14 | 2016 | 151 | 14 | 2 | 20-May-16 |
2014 | 108 | 24 | 2 | 22-Aug-14 | 2016 | 152 | 15 | 2 | 3-Jun-16 |
2014 | 109 | 25 | 3 | 3-Sep-14 | 2016 | 153 | 16 | 2 | 17-Jun-16 |
2014 | 110 | 26 | 3 | 12-Sep-14 | 2016 | 154 | 17 | 2 | 8-Jul-16 |
2014 | 111 | 27 | 3 | 23-Sep-14 | 2016 | 155 | 18 | 2 | 22-Jul-16 |
2014 | 112 | 28 | 2 | 10-Oct-14 | 2016 | 156 | 19 | 2 | 5-Aug-16 |
2014 | 113 | 29 | 2 | 24-Oct-14 | 2016 | 157 | 20 | 2 | 22-Aug-16 |
2015 | 114 | 1 | 2 | 7-Nov-14 | 2016 | 158 | 21 | 1 | 23-Sep-16 |
2015 | 115 | 2 | 2 | 21-Nov-14 | 2016 | 159 | 22 | 1 | 21-Oct-16 |
2015 | 116 | 3 | 2 | 5-Dec-14 |
Contract Year | Description | Quantity | Price per Unit | Extended Price | ||
2013 | DFC Module Kits (1.4MW output) | 12 | * | * | ||
2014 | DFC Module Kits (1.4MW output) | 29 | * | * | ||
2015 | DFC Module Kits (1.4MW output) | 24 | * | * | ||
2016 | DFC Module Kits (1.4MW output) | 22 | * | * | ||
Contract Price: | $181,387,313.00 |
Part Number | Description | Order Qty | Unit Price | Extended Price |
* | * | * | * | * |
Anode Inlet, Natural Gas Fuel | Anode Inlet, Digester Gas Fuel | Air Flow (at module inlet, after air blower, combination of primary and secondary air) | ||||
Temperature, deg F | * | * | * | |||
Volume Flow, SCFM | * | * | * | |||
Molar Flow, lbmol/hour | * | * | * | |||
Mass Flow, lb/h | * | * | * | |||
Components | lb-mole/hr | mole % | lb-mole/hr | mole % | lb-mole/hr | mole % |
Hydrogen | * | * | * | * | * | * |
Methane | * | * | * | * | * | * |
Carbon Monoxide | * | * | * | * | * | * |
Carbon Dioxide | * | * | * | * | * | * |
Water | * | * | * | * | * | * |
Nitrogen | * | * | * | * | * | * |
Oxygen | * | * | * | * | * | * |
Total | * | * | * | * | * | * |
Contaminant | Air limit, ppb | Fuel limit, ppb |
Total sulfur compounds | * | * |
Total halogens, halides, or hypochlorite | * | * |
Particulates | * | * |
Siloxanes | * | * |
Metals | * | * |
Mercury | * | * |
Lead | * | * |
Selenium | * | * |
Cadmium | * | * |
Arsenic | * | * |
Vanadium | * | * |
Tin | * | * |
Potassium | * | * |
Sodium | * | * |
Zinc | * | * |
Barium | * | * |
Iron | * | * |
Chromium | * | * |
Life Impacting Event | Allowed in 5 year life | Allowed per year | Impact on life if exceeded | |||
* | * | * | * | * | * | * |
Gaylord Pack or Crate | Dimensions | Weight | Gaylord Pack or Crate | Dimensions | Weight |
Gaylord #1 | 41"x41"x34" | 888 lbs | A6 | 156"x 8"x 8" | 500 lbs |
Gaylord #2 | 54"x47"x40" | 636 lbs | A7 | 114" x 45" x 34" | 365 lbs |
Gaylord #3 | 55"x48"x39" | 283 lbs | A8 | 114" x 45" x 34" | 365 lbs |
Gaylord #4 | 64"x64"x30" | 1213 lbs | A9 | 73" x 41" x 27" | 312 lbs |
Gaylord #5 | 65"x41"x29" | 882 lbs | A10 | 48" x 24" x 17" | 180 lbs |
Gaylord #6 | 65"x41"x29" | 882 lbs | Crate 1 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #7 | 65"x41"x29" | 882 lbs | Crate 2 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #8 | 65"x41"x29" | 882 lbs | Crate 3 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #9 | 57"x35"x32" | 784 lbs | Crate 4 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #10 | 57"x35"x32" | 784 lbs | Crate 5 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #11 | 57"x35"x32" | 784 lbs | Crate 6 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #12 | 57"x35"x32" | 784 lbs | Crate 7 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #13 | 53"x50"x22" | 2370 lbs | Crate 8 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #14 | 53"x50"x22" | 2370 lbs | Crate 9 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #15 | 53"x50"x22" | 2370 lbs | Crate 10 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #16 | 53"x50"x22" | 2370 lbs | Crate 11 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #19 & #20 | 42"x37"x66" | 143 lbs | Crate 12 of 26 | 67"x37"x39" | 2140 lbs |
Gaylord #21 & #22 | 42"x37"x66" | 143 lbs | Crate 13 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #24 | 128"x68"x43" | 1987 lbs | Crate 14 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #25 | 128"x68"x43" | 1987 lbs | Crate 15 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #26 | 128"x68"x58" | 2579 lbs | Crate 16 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #27 | 128"x68"x58" | 2579 lbs | Crate 17 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #28 | 96"x37"x18" | 219 lbs | Crate 18 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #29 | 147"x6"diameter | 13 lbs | Crate 19 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #30 | 112"x23"x22" | 351 lbs | Crate 20 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #31 | 75"x51"x36" | 297 lbs | Crate 21 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #32 | 60"x44"x30" | 249 lbs | Crate 22 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #34 | 128"x48"x68" | 1998 lbs | Crate 23 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #35 | 55"x55"x83" | 574 lbs | Crate 24 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #36 | 44"x44"x56" | 329 lbs | Crate 25 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #37 | 75"x35"x29" | 724 lbs | Crate 26 of 26 | 67"x37"x39" | 2140 lbs |
TRPack #38 | 44"x44"x47" | 592 lbs | Crate 1 of 1 | 67"x37"x39" | 1885 lbs |
TRPack #39 | 44"x44"x70" | 603 lbs | Crate 1 of 7 | 63"x37"x30" | 1170 lbs |
TRPack #40 | 44"x49"x42" | 359 lbs | Crate 2 of 7 | 63"x37"x30" | 1170 lbs |
Vessel & Base Assembly | 19'4.5"x13'6.5"x13'2-5/8" | 34750 lbs | Crate 3 of 7 | 63"x37"x30" | 1170 lbs |
A1 | 99" x 84" x 19" | 1002 lbs | Crate 4 of 7 | 63"x37"x30" | 1170 lbs |
A2 | 45"x12"x11" | 200 lbs | Crate 5 of 7 | 63"x37"x30" | 1170 lbs |
A3 | 140" x 68" x 32 " | 1144 lbs | Crate 6 of 7 | 63"x37"x30" | 1170 lbs |
A4 | 48"x 41"x 33" | 160 lbs | Crate 7 of 7 | 63"x37"x30" | 1170 lbs |
A5 | 54"x 42"x 23" | 342 lbs | Crate 1 of 1 | 63"x37"x30" | 1180 lbs |
Item | Numbers per Kit | |
Cell Packages | 1,300 | |
Reforming Units | 264 | |
Matrix | 1,604 | |
End Cells | 8 | |
Low Fill | 20 | |
High Fill | 16 |
1. | General Procedures |
1.1. | Seller agrees that Buyer has a right to use Buyer’s existing components of RC and NRC supplied by Seller and stored in Buyer’s inventory. |
1.2. | Buyer agrees to apply ‘First-In, First-Out’ (“FIFO”) inventory management consuming the oldest inventory items first. |
1.3. | If any DFC components delivered by Seller are found to be defective or deficient, Buyer bears the responsibility of claiming the defect or deficiency to the Seller using Seller’s stacking log system within 48 hours after the initial finding. Seller shall avoid Buyer’s production stoppage by enabling Buyer to replace the claimed parts with components from the next available kit item or from Buyer’s spares inventory during the process of Seller’s warranty disposition of claimed component. |
1.4. | For the purpose of reducing human error and mistakes, manual data logging is not allowed during Buyer’s final assembly operation. |
1.5. | During all stages of assembly and test of DFC modules by Buyer, Seller shall maintain the right to have its technical representative(s) present at Buyer’s Plant at the Seller’s own cost, for the purpose of ensuring Buyer’s compliance to Seller’s standard procedures and quality standard. The performance of the aforesaid functions by the Seller’s technical representative(s) shall in no way relieve Buyer of its obligations under this agreement. |
1.6 | Failure to adhere to the above requirements by Buyer may void Seller’s warranties. |
2. | Pricing |
2.1. | Preannounced Replenishment of Spares. Subject to the requirements set forth below, Seller agrees to provide spare RC and NRC components with pricing outlined in Annex B of this Contract. |
2.1.1. | Purchase Quantity Requirement. Buyer agrees that spares purchase quantity should amount to the minimum RC packing unit as defined in Appendix C Table 8A for the purpose of reducing cost of logistics. |
2.1.2. | Lead time. The Parties agree that Seller requires minimum 12 months lead time for Seller’s production planning and resource arrangement. |
2.2. | Special Replenishment of Spares. Seller agrees to provide special shipment(s) of replacement kit components with the pricing outlined in Section 8 of this Appendix, provided Buyer’s replenishment request fails to meet the condition set forth in section 2.1.1 or section 2.1.2 above. |
3. | Payment Terms. 100% amount shall be invoiced upon Purchase Order. Payments shall be due 30 days from the invoice date. |
4. | Deliveries |
4.1. | Place. All Spares are to be shipped on the basis of EXW Seller’s delivery site. |
4.2. | Transport Documents. As soon as each shipment, as provided for in this Article, is made, Seller shall send to Buyer complete sets of documents, Three (3) sets via the ship's master and Three (3) sets by air courier service and by electronic mail, each set consisting of the following transport documents: |
5. | Warranties, Remedies and Limitations |
5.1. | Warranty. Only Manufacturers’ standard warranty shall be in effect for all material purchased herein. This warranty period is 21 months from Ex Works delivery. |
5.2. | Title. Seller warrants to Buyer that it will convey good title to the goods sold hereunder. Seller's liability and Buyer's remedy under this warranty are limited to the removal of any title defect or, at the election of Seller, to the replacement of the goods or parts thereof which are defective in title. |
5.3. | Seller shall not be liable and the Warranties stipulated in this Article shall not apply if and to the extent that the Equipment damaged or altered pursuant to the following: |
5.3.1. | Damage in transit, improper storage or handling, incorrect or negligent operations or improper maintenance; |
5.3.2. | Any alterations made by Buyer without the consent of Seller; |
5.3.3. | Normal wear and tear. |
5.4. | Exclusive Remedy. Except as otherwise set forth herein, the remedies set forth in this Article are the exclusive remedies for all claims based on failure of or defect in the Equipment provided under this Contract, whether the failure or defect arises before or during the warranty period and whether a claim, however instituted, is based on contract, indemnity, warranty, tort (including negligence), strict liability or otherwise. THE FOREGOING WARRANTIES ARE EXCLUSIVE AND ARE IN LIEU OF ALL OTHER WARRANTIES AND GUARANTEES WHETHER WRITTEN, ORAL, IMPLIED OR STATUTORY. NO IMPLIED STATUTORY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE SHALL APPLY. |
5.5 | The provisions under this Article 5. Warranties, Remedies and Limitations are guidance only, and shall not be interpreted as the commercial terms of any Purchase Order. |
6. | Liquidated Damages |
6.1. | Liquidated Damages for Delayed Delivery: In the event the EXW delivery date of the Equipment is delayed beyond 12 months from Buyer’s issuance of Purchase Order for Preannounced Replenishment or dates indicated in Appendix B for Special Replenishment through the fault of the Seller, the Buyer is entitled to claim liquidated damages per day of delay in an amount equivalent to 0.11% of the price for the delayed Equipment. Such liquidated damages shall not exceed seven percent (7%) of the price of the delayed Equipment. In no event shall Seller be considered liable for any cost, expense or consequence of any nature by Buyer for any late deliveries by any vendor or supplier of any of the goods or materials being provided under this Contract. |
6.2 | The provisions under this Article 6. Liquidated Damages are guidance only, and shall not be interpreted as the commercial terms of any Purchase Order. |
7. | Templates of RC packages with Minimum Quantity Requirement |
7.1. | POSCO Energy shall use the templates indicated in Table 8.A for ordering RC. |
7.2. | Each template shows minimum quantity requirement per standard shipping unit (crate) with constituent parts of standard packing unit for RC shipment. |
7.3. | Each RC spares purchase shall consist of identification of templates required by POSCO Energy and the order quantity of each template. |
8. | Pricing for Special Replenishment Spares |
part number | part description | qty | UoM | lead time (weeks) | EXW FCE price each | EXW FCE price ext |
* | * | * | * | * | * | * |
I. DEFINITIONS | 6 | ||
II. LICENSE GRANT | 14 | ||
2.1 FCE Technology License | 14 | ||
2.2 Grant of Distribution Rights | 14 | ||
2.3 POSCO Technology License | 15 | ||
2.4 (a) License to POSCO Energy Upon Expiration of the Term | 15 | ||
2.4 (b) License to FCE Upon Expiration of the Term | 16 | ||
2.5 Use of “FCE” Trademarks | 16 | ||
2.6 Transfer of Technical Data | 16 | ||
2.7 Joint Committee(s) | 17 | ||
2.8 Regular Exchange of Technical Data | 18 | ||
2.9 New Product Development and Improvements | 18 | ||
2.10 Joint Development of New Application Technology and New Application Products | 18 | ||
III. OWNERSHIP OF INTELLECTUAL PROPERTY | 18 | ||
3.1 Ownership of FCE Technology | 18 | ||
3.2 Ownership of POSCO Technology | 18 | ||
3.3 Jointly Developed Technology | 19 | ||
IV. ROYALTIES | 19 | ||
4.1 Royalty Payments. | 19 | ||
4.2 No Other Royalties, Payments, Etc | 20 | ||
4.3 Royalty Report. | 20 | ||
4.4 Royalty Determination Firm | 21 | ||
V. CUSTOMER RESPONSIBILITY | 21 | ||
5.1 End User Warranty | 21 | ||
VI. COVENANTS | 21 | ||
6.1 POSCO Energy Obligations | 21 | ||
6.2 FCE Obligations | 22 | ||
6.3 DOE Approval | 22 | ||
6.4 Other Third Party Approvals | 22 | ||
6.5 Notification of Certain Matters | 22 | ||
6.6 Obligations Relating to FCE Intellectual Property | 22 | ||
6.7 Obligations Relating to POSOC Technology | 23 | ||
6.8 DFC Technology | 23 | ||
VII. REPRESENTATIONS AND WARRANTIES | 23 | ||
7.1 Representations and Warranties of FCE | 23 | ||
7.2 Representations and Warranties of POSCO Energy | 25 | ||
VIII. TERM | 26 | ||
8.1 Term | 26 | ||
8.2 Extension | 26 | ||
8.3 Effectiveness of this Agreement; Effective Date | 26 | ||
IX. TERMINATION | 26 | ||
9.1 Termination by Mutual Agreement | 26 |
9.2 FCE Termination by Material Breach of POSCO Energy. | 26 | ||
9.3 POSCO Energy Termination by Material Breach of FCE. | 27 | ||
9.4 Return of FCE Technology | 28 | ||
9.5 Return of POSCO Technology | 28 | ||
9.6 Survival | 29 | ||
X. INDEMNIFICATION | 29 | ||
10.1 POSCO Energy Obligations | 29 | ||
10.2 FCE Obligations | 30 | ||
10.3 Limitation of Damage | 30 | ||
XI. CONFIDENTIAL INFORMATION | 30 | ||
11.1 Obligations of the Parties | 31 | ||
11.2 POSCO Affiliate | 31 | ||
11.3 FCE and POSCO Energy Obligations | 31 | ||
11.4 Non-Competition | 31 | ||
XII. NOTICES | 32 | ||
XIII. ENTIRE AGREEMENT | 33 | ||
XIV. APPLICABLE LAW AND ARBITRATION | 33 | ||
14.1 Governing Law | 33 | ||
14.2 Efforts to Resolve by Mutual Agreement | 33 | ||
14.3 ICC Arbitration | 34 | ||
14.4 Waiver of Jury Trial | 34 | ||
XV. MISCELLANEOUS | 34 | ||
15.1 Amendment; Waiver | 34 | ||
15.2 Severability | 35 | ||
15.3 Government Information | 35 | ||
15.4 Independent Contractors | 35 | ||
15.5 Assignment | 35 | ||
15.6 No Third Party Beneficiary | 35 | ||
15.7 Headings | 36 | ||
15.8 Right to Injunction; Specific Performance | 36 | ||
15.9 Force Majeure | 36 | ||
15.10 Counterparts | 36 | ||
15.11 Bankruptcy Rights | 36 | ||
XVI. SALES TARGETS | 37 |
Exhibits: | |
Exhibit A: | CTTP |
Exhibit B: | Form of DOE Approval |
Exhibit C: | List of FCE Patents |
Exhibit D: | Sales Targets |
Schedules: | |
Schedule A: | POSCO Affiliates |
Schedule B: | Countries of Asia Market and Non-Asia Market |
Schedule C: | FCE Previously Granted Distribution Rights |
Schedule D: | FCE Third Parties under a Confidentiality Agreement |
Schedule E: | Roadmap |
(i) | the Alliance Agreement, dated as of February 7, 2007; |
(ii) | the Technology Transfer, Distribution and Licensing Agreement, dated as of February 7, 2007, (the “TTA”); and |
(iii) | the Stack Technology Transfer and License Agreement dated as of October 27, 2009 (the “STTA”). |
(i) | the technology and know-how to manufacture RC, including but not limited to raw materials, anode, cathode, matrix, flow corrugation, bipolar plate, electrolyte, reforming unit, unitization/assembly of cell packages; |
(ii) | the technology and know-how relating to RC Manufacturing Facilities, and RC Assessment, RC Repair, and RC Production Management, Work Progress Management, Quality Control, and RC Quality Assurance, Inspection and Testing Protocols, and RC Design, Stack Design and Diagnosis, as defined hereunder; |
(iii) | any improvements and/or derivations of the FCE Product Line, which, for the avoidance of doubt, includes any portion of the New Applications Technology that constitutes improvements and/or derivations to the DFC Cells; |
(iv) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE |
(v) | the New Technology; |
(vi) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE except as subject to appropriate confidentiality agreements, related to RC manufacturing facility, including but not limited to design, operation control, management, maintenance, repair, and tooling; |
(vii) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE except as subject to appropriate confidentiality agreements, related to RC manufacturing production and work process management, including but not limited to process and quality control, process and production management, scheduling, safety management, problem tracking, root cause analysis, and improvement; |
(viii) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE except as subject to appropriate confidentiality agreements, related to RC quality management, including but not limited to quality control methodology, quality control chart, quality assurance, supplier quality management, critical to quality, critical to process, critical to factor, and failure mode and effect analysis; |
(ix) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE except as subject to appropriate confidentiality agreements, related to the RC materials, parts, and components; the RC design, manufacturing, Assessment, Repairing and Quality Improvement; the Stack and/or Stack Module design, control and assessment. For the avoidance of doubt, the Stack and/or Stack Module design shall include, but not be limited to the design of a new DFC stack module when changes in the power output, the number of cells/stack, the number of stacks/module, and/or layout/configuration of the present stack (module) are required, |
(x) | all technical information, know-how and other technical, engineering and design information and data, as available and/or currently used by FCE, including all information and know-how provided by third parties to FCE except as subject to appropriate confidentiality agreements, related to the |
(xi) | All technical information, know-how and other technical, engineering and design information and data related to the evaluation and assessment including but not limited to the standard procedure, technology, equipment, facilities and methodologies for RC, NRC, single cell, sub-scale Stack, short Stack, full Stack, and Stack Module; and |
(xii) | All technical information, know-how and other technical, engineering and design information and data, as available and/or when it becomes available, which were not fully transferred under STTP due to the limitation of access to RC related technology or information. |
(b) | The CTTP Transfer Plan shall include, but not be limited to the plans to: (i) draft and finalize the initial CTTP draft to be completed by the Effective Date of this Agreement, (ii) monitor the transfer progress in view of the CTTP as jointly deemed necessary, (iii) modify or update the CTTP, and (iv) assist and function as the communication channel between the Parties. |
(e) | The Fuel Cell Stack technology transfer shall include, but is not limited to transfer of FCE Know-How related to: (i) stack design technology, (ii) design of new DFC stack modules, without limitation, when changes in the power output, the number of cells/stack, the number of stacks/module, and/or layout/configuration of the present stack (module) are required. |
i. | A payment in the amount of USD $10 million (the “Upfront Payment”) shall be paid by POSCO Energy and received by FCE on or before Effective Date but no later than October 31, 2012. |
ii. | A payment in the amount of USD $2 million shall be paid by POSCO Energy and received by FCE upon Parties’ completion of CTTP Milestone 1 (as defined in CTTP Appendix A) but no later than December 31, 2013 (“1st Milestone Payment”). |
iii. | A payment in the amount of USD $2 million shall be paid by POSCO Energy and received by FCE upon Parties’ completion of CTTP Milestone 2 (as defined in CTTP Appendix A) but no later than June 30, 2014 (“2nd Milestone Payment”). |
iv. | A payment in the amount of USD $2 million shall be paid by POSCO Energy and received by FCE upon Parties’ completion of CTTP Milestone 3 (as defined in CTTP) but no later than December 31, 2014 (“3rd Milestone Payment”). |
v. | A payment in the amount of USD $2 million shall be paid by POSCO Energy and received by FCE upon Parties’ completion of CTTP Milestone 4 (as defined in CTTP) but no later than June 30, 2015 (“4th Milestone Payment”). |
1. | Types of Information to be Transferred |
1.1 | Cell Technology Information |
1.3 | Integrated Global Supply Plan |
1.4 | Service Technology Transfer |
2. | Method of Transfer |
3. | Obligation to Exercise Good Faith Efforts |
4.1 | Tracking. |
4.2 | Payment Default Rate |
5.1 | Process |
5.1.1 | Independent Development |
5.1.2.1 | Resource Allocation and Development Costs |
i) | Training session for general and/or specific design activity (Annex B) |
ii) | Periodic and/or ad hoc Q&A session |
iii) | Participation of POSCO Energy in FCE’s existing projects upon FCE’s prior consent |
iv) | Project jointly conducted by both companies |
B.1 | Repeating Component Manufacturing Realization |
B.1.1. | Manufacturing Information to be transferred |
B.1.2 | Facility Design Basis and Costs |
B.1.3 | Method for the Technology Transfer |
B.1.3.1 | Personnel |
B.1.3.2 | Mechanism for the Transfer of Technology |
B.1.3.3 | Training |
B.1.3.4 | Organization and Personnel Recommendations |
a. | Program Reviews are conducted to ensure that milestones have been met in accordance with the requirements as defined in Appendix “A”. |
b. | Facility Design Reviews are technical reviews of repeating component manufacturing facilities, and they are conducted to ensure best practices in manufacturing are captured prior to commencing construction activities. FCE proposes both preliminary and final Facility Design Reviews. |
c. | Quality Reviews are joint reviews of Quality Assurance Methodologies conducted per Section B.4. |
B.1.4 | Repeating Component Manufacturing Facility |
B.1.4.1 | Building |
B.1.4.2 | Equipment |
B.1.4.3 | Logistics and Customs |
B.1.4.4 | Technical Support, Commissioning and Training |
B.1.4.5 | Method of Payment |
B.1.5 | Use of Affiliates |
B.1.6 | Dispatch of Technical Personnel |
B.1.7 | Roles and Responsibilities |
B.1.8 | Deliverables |
B.2. | Quality Plans |
B.3. | Quality Audits |
C.1. | Integrated Global Supply Plan |
C.2 | Compensation for the Labor |
C.2.1 | Travel Expenses |
Appendix “A” | Repeating Component Manufacturing Facility Program Schedule |
Appendix “B” | Repeating Component Manufacturing Process Information to be transferred by CTTP |
Appendix “D” | Repeating Component Manufacturing Facility Roles and Responsibilities Matrix |
Appendix “E” | Repeating Component Manufacturing Facility Sample Organization Structure |
Appendix “F” | Repeating Component Manufacturing Facility Capital Equipment Procurement Strategy |
Appendix “G” | Repeating Component Manufacturing Facility Program Milestones and Deliverables |
Attachment 1 | Payment Standard for Traveling Expenses by FCE’s Employees |
Attachment 2 | FCE Standard Service Labor Rate |
Attachment 3 | Formal Process for Request and Approval of Technology Changes (4-Step Process) |
Table 1 | FCE Post Test Procedures |
Annex A | Other Available Documents |
Document Type | Description |
* | * |
Phases and Tasks | FCE | PE |
* | * | * |
Technology and Know-how | Description |
* | * |
1) | Transportation, food, and lodging expenses shall be paid for the traveling personnel except for the amount corresponding to purposes other than the affairs involving POSCO Energy or POSCO Affiliate. |
4) | Traveling personnel’s food and lodging expenses shall be paid by the number of days spent for the business trip in case of food expenses and the number of days requiring lodging in case of lodging expenses in accordance with Schedule B. In the case of business trip by air travel, however, lodging and food expenses shall be paid only in the cases requiring lodging due to events beyond one’s control. |
Item | Airfare | Railroad / Auto / Passage Fare | |
Domestic | International | ||
Officer | Business Class | Business Class | Actual Expense |
Employee | Economy Class | Business Class |
Item | Food Expenses (Actual Expense) | Lodging (Actual Expenses) |
Officer | Actual Expense | Actual Expense (Standard Room) |
Employee | 80 Per Diem | 140 |
◦ | Payment Date : 30 days within the date on the bill issued by FCE if there are no debatable issues |
◦ | Payment Method : wire transfer to a bank account designated by FCE |
Labor Category | Rate,$/hour |
Engineer - Product/Manufacturing | |
Hourly Rate | * |
Service Team Leader | |
Hourly Rate | * |
Technician - MFG or Service | |
Hourly Rate | * |
Advanced Technology/R&D | |
Hourly Rate | * |
Project, Construction, or Customer Manager | |
Hourly Rate | * |
I. | U.S. Patents Held by FCE |
Title | Inventor(s) | Status | Application No. | Patent No. | |
1 | Improved anode structure for molten carbonate fuel cell | A. Hilmi C. Yuh M. Farooque | Patented | 11538922 | 8,062,779 |
2 | Anode with Ceramic Additives for Molten Carbonate Fuel Cell | Hilmi, Abdelkader Yuh, Chao-Yi Farooque, Mohammad | Patented | 12054997 | 8,163,437 |
3 | Fuel Cell Anode and Fuel Cell | Doyon J | Patented | 8336870 | 5,558,948 |
4 | Dual-Porosity Ribbed Fuel Cell Cathode | R. Johnsen, C. Yuh and M. Alexander | Patented | 10226450 | 6,890,679 |
5 | Continuous Method for Manufacture of Uniform Size Flake or Powder | J. Doyon and T. Lucas | Patented | 10171148 | 6,884,269 |
6 | Continuous Method and Apparatus for Manufacture of Uniform Size Flake or Powder | J. Doyon and T. Lucas | Patented | 10835786 | 7,060,219 |
7 | Electrolyte Matrix for Molten Carbonate Fuel Cells | Huang C Yuh C | Patented | 766518 | 5,869,203 |
8 | Method of Making Matrix for Carbonate Fuel Cells | C. Huang, C. Yuh, J. Doyon | Patented | 9135811 | 5,997,794 |
9 | Bipolar separator plate for use in a fuel cell assembly and for preventing poisoning of reforming catalyst | C. Yuh | Patented | 12016564 | 7,985,512 |
10 | Process for preparing a separator plate for a melt carbonate fuel cell and separator plate prepared according to this process | Nitschke, Felix | Wind, Jorg | Huber, Heinz | Patented | 695860 | 5,698,337 |
11 | Bipolar Separator | Farooque M Doyon J D Primerano T | Patented | 8725286 | 5,773,161 |
12 | Bipolar Separator for Use in a Fuel Cell Assembly | M. Farooque, M. Primerano, C. Yuh | Patented | 9135737 | 6,159,627 |
13 | Bipolar Separator Plate with Improved Wet Seals | C. Yuh, J. Li, M. Primerano, and T. Lucas | Patented | 9451132 | 6,372,374 |
14 | Method of Coating a Support Plate and Fuel Cell Provided with Such a Support Plate | R.C. Makkus E. Bullock A.H.H. Janssen Y. Denos M. Cassier | Patented | 9807025 | 6,761,927 |
15 | Fuel Cell Plate Structure Having Baffles in Wet Seal Area | Z. Ma C. Yuh D. Kelley M. Farooque W. Beesley | Patented | 11396151 | 7,740,988 |
16 | Cathode Side Hardware for Carbonate Fuel Cells | G. Xu C. Yuh M. Farooque | Patented | 10867975 | 7,914,946 |
17 | Cathode Side Hardware for Carbonate Fuel Cells | G. Xu C. Yuh | Patented | 11137018 | 7,919,214 |
18 | Fuel Cell Assembly and Method of Making Same | Correa, Salvador E. Lucas, Thomas M. Novacco, Lawrence J. | Patented | 11746911 | 8,137,741 |
19 | Sol-gel Coated Cathode Side Hardware for Carbonate Fuel Cells | C. Huang and J. Li | Patented | 9848023 | 6,645,657 |
20 | Method of Manufacturing an Electrochemical Cell | Sitters, Eric Franciscus Van Heuveln, Frederik Hendrik | Patented | 793846 | 5,885,309 |
21 | Inactive end cell assembly for fuel cells for improved electrolyte management and electrical contact | C. Yuh, R. Johnsen and M. Farooque | Patented | 10407544 | 7,201,985 |
22 | Internal Reforming Fuel Cell Assembly With Simplified Fuel Feed | M. Farooque, L.J. Novacco, J.P. Allen | Patented | 9251196 | 6,200,696 |
23 | High performance internal reforming unit for high temperature fuel cells | Z. Ma R. Venkataraman L. Novacco | Patented | 11030747 | 7,431,746 |
24 | Flexible Fuel Cell Gas Manifold System | M. Cramer; J. Shah; R. Hayes and D. Kelley | Patented | 10264866 | 6,887,611 |
25 | Retention System for Fuel Cell Stack Manifolds | S. Blanchet, M. Cramer and R. Zepko | Patented | 9636452 | 6,461,756 |
26 | Fuel Cell End Unit with Integrated Heat Exchanger | S. Blanchet P. Patel | Patented | 10329182 | 7,070,874 |
27 | Fuel Cell End Unit with Integrated Heat Exchanger | S. Blanchet P. Patel | Patented | 11436748 | 7,393,605 |
28 | Fuel Cell Stack Compressive Loading System | S. Blanchet | Patented | 10329116 | 6,797,425 |
29 | Fuel Cell Stack Compression System | S. Blanchet, M. Cramer and R. Hayes | Patented | 9651921 | 6,413,665 |
30 | Fuel Cell System with Mixer/Eductor | S. Blanchet and P. Patel | Patented | 10187495 | 6,902,840 |
31 | Wet-Seal Caulk for Carbonate Fuel Cell | D. Kelley C. Yuh M. Farooque | Patented | 11396154 | 8,057,955 |
32 | Fibrous ceramic material and method for making same | C. Yuh D. Kelley N. Jalani | Patented | 12233427 | 8,088,697 |
33 | Manifold gasket accommodating differential movement of fuel cell stack | D. Kelley M. Farooque | Patented | 11022977 | 7,294,427 |
34 | Ultra-Smooth Dielectric Members for Liquid Electrolyte Fuel Cells | Li J Maru H | Patented | 9736549 | 6,514,636 |
35 | Fuel cell system including a unit for electrical isolation of a fuel cell stack from a manifold assembly and method therefor | M. Farooque D. Kelley K. Davis | Patented | 11020593 | 7,276,304 |
36 | Dielectric frame assembly and fuel cell manifold | E. Hansell K. Dickson M. Farooque D. Kelley P. Gilbert | Patented | 11020592 | 7,494,736 |
37 | Modular Fuel-Cell Stack Assembly | W. Urko andP. Patel | Patented | 10916235 | 7,323,270 |
38 | Modular Fuel-Cell Stack Assembly | P. Patel | Patented | 11970411 | 7,754,393 |
39 | High-lithium electrolyte for use in molten carbonate fuel cells and method for making same | A. Hilmi C. Yuh M. Farooque | Patented | 11130378 | 7,524,576 |
40 | Carbonate Fuel Cell and Components Thereof for In-Situ Delayed Addition of Carbonate Electrolyte | R. Johnsen C. Yuh M. Farooque | Patented | 11139758 | 7,939,219 |
41 | Method for producing plate-shaped components or combinations of components | De Rooij, Robert Nammensma, Pieter | Patented | 9194360 | 6,217,812 |
42 | Carbonate Fuel Cell Matrix | M. Farooque C. Yuh | Patented | 8319269 | 5,580,673 |
43 | Carbonate Fuel Cell with Direct Recycle of Anode Exhaust to Cathode | Bernard R M. | Patented | 8237675 | 5,422,195 |
44 | Fuel Cell Sub-Assembly with a Plurality of Dimples | J. Allen | Patented | 8698439 | 5,795,665 |
45 | Catalyst Assembly for Internal Reforming Fuel Cell | M. Farooque P. Patel J. Allen | Patented | 8667980 | 5,660,941 |
46 | Catalyst and/or Electrolyte Loaded Plate and Method of Making Same | C. Haung, C. Yuh, M. Farooque | Patented | 10361393 | 6,942,943 |
47 | Electrolyte Creepage Barrier for Liquid Electolyte Fuel Cells | J. Li, M. Farooque, C. Yuh | Patented | 10405569 | 7,320,838 |
48 | Manifold and Sealing Assembly for Fuel Cell Stack | D. Kelley and R. Hayes | Patented | 9797021 | 6,531,237 |
49 | Corrugated Current Collector for Direct Internal Reforming Fuel Cells | S. Blanchet, L. Novacco and J. Doyon | Patented | 9891690 | 6,492,045 |
50 | Anode Support for Carbonate Fuel Cells | C. Yuh and J. Li | Patented | 10028599 | 6,719,946 |
51 | Compliant Manifold Gasket | M. Farooque C. Yuh M. Cramer D. Kelley | Patented | 10627035 | 6,964,825 |
52 | Reforming Catalyst and Method and Apparatus for Making and Loading Same | S. Katikaneni S. Correa E. Gladke | Patented | 11280633 | 7,655,196 |
53 | In-Situ Removal of Electrolyte from Gas Oxidizer | S. Katikaneni M. Farooque | Patented | 11022914 | 7,381,487 |
54 | Reactant Flow Arrangement of a Power System of Several Internal Reforming Fuel Cell Stacks | N. J. J. Dekker R. G. Fellows | Patented | 9297835 | 6,344,289 |
55 | Flow Control Assembly for Use with Fuel Cell Systems Operating on Fuels with Varying Fuel Composition | J. Daly F. Jahnke S. Koehler | Patented | 11931746 | 8,062,804 |
56 | Gasket for Molten Carbonate Fuel Cell | Farooque, Mohammad Allen, Jeff | Patented | 7570034 | 5,110,692 |
57 | High-Efficiency Dual-Stack Molten Carbonate Fuel Cell System | F. Jahnke M. Farooque H. Ghezel-Ayagh | Patented | 13275524 | 8,236,458 |
58 | Catalyst assembly for use in anode gas oxidizing systems of high temperature fuel cells | S. Blanchet S. Katikaneni | Patented | 11195146 | 7,678,483 |
59 | Control assembly for controlling a fuel cell system during shutdown and restart | R. Venkataraman M. Farooque G. Carlson G. Berntsen D. Beachy S. Peterhans M. Bischoff | Patented | 11202010 | 7,736,777 |
60 | Low Flow Bypass | K. Arneson F. Jahnke G. Berntsen | Patented | 11404551 | 7,939,215 |
61 | Fuel Cell System with Recycle of Anode Exhaust Gas | F. Jahnke S. Parab | Patented | 10439132 | 7,060,382 |
62 | Fuel Cell Assembly Using Multiple Fuel Cell Stacks and Control Method Therefor | G. Berntsen J. Doyon | Patented | 11430107 | 7,800,340 |
63 | Carbonate Fuel Cell System with Thermally Integrated Gasification | Steinfeld G Meyers S J Lee A | Patented | 8368430 | 5,554,453 |
64 | Metal-Ceramic Joint Assembly | J. Li | Patented | 9292440 | 6,410,161 |
65 | Assembly for and Method of Housing an Object, Such as Fuel Cell Balance of Plant Equipment, for Transport to and Storage at a User Location | K. Arneson L. Ernst Jr. A. Durante G. Chenot | Patented | 11409873 | 7,556,472 |
66 | High-Capacity Sulfur Adsorbent Bed and Gas Desulfurization Method | S. Katikaneni S. Parab | Patented | 10628653 | 7,063,732 |
67 | Method and system for recovering high power output operation of high temperature fuel cells using a rapid load recovery procedure | J. Daly W. Livingood R. Venkataraman M. Farooque | Patented | 11475475 | 8,202,661 |
II. | U.S. Applications Held by FCE |
Title | Inventor(s) | Status | Application No. | |
1 | Molten carbonate fuel cell cathode with mixed oxide coating | Hilmi, Abdelkader Yuh, Chao-Yi | Pending | 10755483 |
2 | Coated Support Material for Use in Fabricating a Fuel Cell Matrix and Method of Forming Same Using Alkaline Precursors | Xu, Gengfu Yuh, Chao-Yi | Pending | 11462810 |
3 | Fuel Cell Assembly and Method of Making Same | S. Correa T. Lucas L. Novacco | Pending | 13424028 |
4 | Internal Reforming Fuel Cell Assembly with External Manifold and Selective Catalyst Loading for Staging Fuel Supply Within High Temperature Fuel Cell Stack | Z. Ma M. Farooque R. Venkataraman | Pending | 12720328 |
5 | Modular Fuel Cell Stack Assembly Including Anode Gas Oxidizer and Integrated External Manifolds for Use in Fuel Cell Stack Modules | Z. Ma M. Farooque R. Venkataraman M. Cramer A. Barlow | Pending | 12996437 |
6 | Flow Distribution Control Baffle Plate For Fuel Cells | J. McInerney L. Ernst M. Farooque E. Hansell D. Nedu K. Davis W. Snyder M. Quantannens | Pending | 13016519 |
7 | Method and manufacturing assembly for sintering fuel cell electrodes and impregnating porous electrodes with electrolyte powders by induction heating for mass production | T. Lucas W. Zhu T. Vailionis | Pending | 13198600 |
8 | High Performance Electrolyte For Molten Carbonate Cells | A. Hilmi C. Yuh M. Farooque | Pending | 12840736 |
9 | Bipolar Separator Assembly For Fuel Cells And Method Of Making Same | W. Morris L. Novacco M. Primerano | Pending | 13150838 |
10 | Gas flow control assembly for use with fuel cell systems operating on fuels with varying fuel composition | R. Venkataraman G. Berntsen G. L. Carlson F. C. Jahnke A. J. Leo | Pending | 11089799 |
11 | On-line Monitoring Assembly for Detection of Sulfur Breakthrough in a Desulfurizer Assembly and Sulfur Breakthrough Detection Method | S. P. Kaitikaneni J. M. Daly | Pending | 11782989 |
12 | Water recovery assembly for use in high temperature fuel cell systems | F. C. Jahnke J. M. Daly A. J. Leo | Pending | 11971663 |
13 | Water Recovery Assembly for Transferring Water from Fuel Cell Cathode Exhaust | F. C. Jahnke J. M. Daly | Pending | 12042231 |
14 | Fuel Humidifier Assembly for Use in High Temperature Fuel Cell Systems | F. C. Jahnke J. M. Daly M. A. Lilback | Pending | 12393623 |
15 | Fuel Cell with Electrical Short Circuit Prevention Means | C. Yuh M. Farooque A. Hilmi R. Johnsen G. Xu | Pending | 12424196 |
16 | Fuel Cell System Manifold Seal | G. DiCostanzo D. Kelley L. Ernst, JR. | Pending | 12608175 |
17 | Sulfur Breakthrough Detection Assembly for use in a Fuel Utilization System and Sulfur Breakthrough Detection Method | J. M. Daly | Pending | 12951679 |
18 | Pre-Processing Assembly for Pre-Processing Fuel Feedstocks for use in a Fuel Cell System | S. Katikaneni J. M. Daly M. Farooque | Pending | 13006959 |
III. | Non-U.S. Patents and Applications Held by FCE |
Title | Inventor(s) | Country | Application No. / Publication No. / Patent No. |
1 | Improved anode structure for molten carbonate fuel cell | A. Hilmi C. Yuh M. Farooque | KR | 2009-7009153 |
EP | 7843653.2 | |||
2 | Fuel Cell Anode and Fuel Cell | Doyon J | DE | 69514317.4 |
3 | Molten carbonate fuel cell cathode with mixed oxide coating | Hilmi, Abdelkader Yuh, Chao-Yi | KR | 772237 |
4 | Continuous Method for Manufacture of Uniform Size Flake or Powder | J. Doyon and T. Lucas | JP | 2005-529737 |
EP | 2792529.6 | |||
IN | 3516/DELNP/2004 | |||
5 | Method of Making Matrix for Carbonate Fuel Cells | C. Huang C. Yuh, J. Doyon | FR | 1109759 |
DE | 69941218.8-08 | |||
UK | 05/31/38 | |||
IN | 237851 | |||
6 | Coated Support Material for Use in Fabricating a Fuel Cell Matrix and Method of Forming Same Using Alkaline Precursors | Xu, Gengfu Yuh, Chao-Yi | KR | 2009-0035584 |
7 | Bipolar separator plate for use in a fuel cell assembly and for preventing poisoning of reforming catalyst | C. Yuh | KR | 2008-0109024 (1118884) |
8 | Bipolar Separator | Farooque M Doyon J D Primerano T | CN | ZL97198477.8 |
9 | Bipolar Separator Plate with Improved Wet Seals | C. Yuh, J. Li, M. Primerano, and T. Lucas | CN | 1188925 |
DE | 60017604.5-08 | |||
10 | Fuel Cell Plate Structure Having Baffles in Wet Seal Area | Z. Ma C. Yuh D. Kelley M. Farooque W. Beesley | KR | 2008-0109056 (1137055) |
EP | 7756434.2 | |||
11 | Cathode Side Hardware for Carbonate Fuel Cells | G. Xu C. Yuh M. Farooque | JP | 2008-503058 |
KR | 2007-7000786 | |||
EP | 5757500.3 | |||
12 | Fuel Cell Assembly and Method of Making Same | Correa, Salvador E. Lucas, Thomas M. Novacco, Lawrence J. | JP | 2010-507645 |
KR | 2009/7025370 | |||
IN | 52/2006 | |||
EP | 8747841.8 | |||
13 | Inactive end cell assembly for fuel cells for improved electrolyte management and electrical contact | C. Yuh, R. Johnsen and M. Farooque | DE | 60330054 |
JP | 4555225 |
14 | Internal Reforming Fuel Cell Assembly With Simplified Fuel Feed | M. Farooque, L.J. Novacco, J.P. Allen | DE | 69910624.9-08 |
15 | High performance internal reforming unit for high temperature fuel cells | Z. Ma R. Venkataraman L. Novacco | JP | 2008-522942 |
KR | 2007-7015329 | |||
EP | 5851286.4 | |||
16 | Flexible Fuel Cell Gas Manifold System | M. Cramer; J. Shah; R. Hayes and D. Kelley | CN | 1237642 |
JP | 4317132 | |||
EP | 1554767 | |||
17 | Retention System for Fuel Cell Stack Manifolds | S. Blanchet, M. Cramer and R. Zepko | DE | 60140371.1-08 |
IN | 196113 | |||
JP | 3736765 | |||
CN | ZL01813533.1 | |||
18 | Fuel Cell End Unit with Integrated Heat Exchanger | S. Blanchet P. Patel | CN | 100524919 |
JP | 2006-512731 (JP4669917) | |||
EP | 03814642.9-2119 | |||
19 | Fuel Cell Stack Compressive Loading System | S. Blanchet | CN | ZL03825719.X |
JP | 4153491 | |||
EP | 1590846 | |||
DE | 60326650.0-08 | |||
20 | Fuel Cell Stack Compression System | S. Blanchet, M. Cramer and R. Hayes | CN | 1222067 |
JP | 2004-508671 | |||
CN | ZL01814724.0 | |||
IN | 196112 | |||
DE | 1316124 | |||
21 | Fuel Cell System with Mixer/Eductor | S. Blanchet and P. Patel | CN | 1332467 |
JP | 4146427 | |||
IN | 4060/DELNP/2004 | |||
22 | Wet-Seal Caulk for Carbonate Fuel Cell | D. Kelley C. Yuh M. Farooque | KR | 2008-0106472 (1111021) |
EP | 7710141.8 | |||
23 | Fibrous ceramic material and method for making same | C. Yuh D. Kelley N. Jalani | KR | 2011-7008795 |
EP | 9815040.2 | |||
24 | Manifold gasket accommodating differential movement of fuel cell stack | D. Kelley M. Farooque | JP | 2008-525963 |
KR | 2007-7017280 | |||
EP | 5848515.2 | |||
25 | Ultra-Smooth Dielectric Members for Liquid Electrolyte Fuel Cells | Li J Maru H | DE | 60140271 |
CN | ZL01820569.0 | |||
IN | 216427 |
26 | Fuel cell system including a unit for electrical isolation of a fuel cell stack from a manifold assembly and method therefor | M. Farooque D. Kelley K. Davis | JP | 2008-525970 |
KR | 2007-0091032 | |||
DE | 1839355 | |||
27 | Dielectric frame assembly and fuel cell manifold | E. Hansell K. Dickson M. Farooque D. Kelley P. Gilbert | JP | 2008-530723 |
KR | 2007-7016672 | |||
EP | 5825071.3 | |||
28 | Modular Fuel-Cell Stack Assembly | W. Urko andP. Patel | JP | 2008-510277 |
KR | 2007-7005400 | |||
IN | 87/DELNP/2007 | |||
EP | 5791109.1 | |||
29 | High-lithium electrolyte for use in molten carbonate fuel cells and method for making same | A. Hilmi C. Yuh M. Farooque | IN | 6968/DELNP/2007 |
KR | 2007-7029301 | |||
30 | Carbonate Fuel Cell and Components Thereof for In-Situ Delayed Addition of Carbonate Electrolyte | R. Johnsen C. Yuh M. Farooque | KR | 2007/7030556 |
31 | Method for producing plate-shaped components or combinations of components | De Rooij, Robert Nammensma, Pieter | JP | 3974183 |
EP | 914684 | |||
32 | Carbonate Fuel Cell Matrix | M. Farooque C. Yuh | EP | 69525413.8 |
JP | 2947739 | |||
33 | Catalyst Assembly for Internal Reforming Fuel Cell | M. Farooque P. Patel J. Allen | DE | 69737564 |
34 | Catalyst and/or Electrolyte Loaded Plate and Method of Making Same | C. Haung, C. Yuh, M. Farooque | IN | 3145/DELNP/2005 |
35 | Manifold and Sealing Assembly for Fuel Cell Stack | D. Kelley and R. Hayes | DE | 60237511.8-08 |
CN | ZL03805813.X | |||
IN | 4318667 (786/MUMNP/2003) | |||
36 | Anode Support for Carbonate Fuel Cells | C. Yuh and J. Li | DE | 60211558.2-08 |
IN | 01319/DELNP/2004 | |||
37 | Compliant Manifold Gasket | M. Farooque C. Yuh M. Cramer D. Kelley | KR | 770810 |
EP | 4801843.6 | |||
38 | Reforming Catalyst and Method and Apparatus for Making and Loading Same | S. Katikaneni S. Correa E. Gladke | IN | 3128/DELNP/2008 |
KR | 2008/7014532 |
39 | Reactant Flow Arrangement of a Power System of Several Internal Reforming Fuel Cell Stacks | N. J. J. Dekker R. G. Fellows | DE | 947022 |
KR | 997004235 | |||
40 | Flow Control Assembly for Use with Fuel Cell Systems Operating on Fuels with Varying Fuel Composition | J. Daly F. Jahnke S. Koehler | IN | 6804/DELNP/2007 |
41 | Gasket for Molten Carbonate Fuel Cell | Farooque, Mohammad Allen, Jeff | EP | 472152 |
DE | P69109971.5 | |||
42 | Connection Assembly for Promoting Electrical Isolation | S. Blanchet D. Kelly M. Farooque R. Way | KR | 2006-7004986 (820997) |
43 | Compliant Member for Wet Seal | Yuh, Chao-Yi | Cramer, Michael | Farooque, Mohammad | Kelley, Dana | Begley, Chris | KR | 2006-7003077 (771321) |
44 | Electrolyte Matrix for Molten Carbonate Fuel Cells with Improved Pore Size and Method of Manufacturing Same | Xu, Gengfu | Yuh, Chao-Yi | KR | 2007-7029052 |
DE | 602006024569.6 | |||
45 | Mixer/Educator for High Temperature Fuel Cells | BLANCHET, Scott BARLOW, Alan SNYDER, William, J. FARRENKOPF, Dennis, R. MOFFAT, Robert, J. | KR | 2006-7016225 (842987) |
JP | 2006-551051 | |||
46 | A Manifold System for Coupling Gases to or from the Face of a Fuel Cell Stack | N/A | IN | 475/DELNP/2005 (243645) |
47 | A Dielectric Member for a Liquid Electrolyte Fuel Cell System | N/A | IN | 832/DELNP/2003 (222761) |
48 | Fuel Reformer | N/A | IN | 1169/DELNP/2005 (41/2009) |
49 | Online Monitoring Assembly for detection of Sulfur Breakthrough in a Desulfurizer Assembly and Sulfur Break Through Detection | N/A | IN | 40/DELNP/2010 (32/2010) |
50 | Internal Reforming Fuel Cell Assembly with Selectively Adjustable Direct and Indirect Internal Reforming | N/A | IN | 4066/DELNP/2006 (25/2007) |
51 | A Fuel Cell Assembly | N/A | IN | 950/DELNP/2005 (25/2009) |
52 | Method and System for Recovering High Power Output Operation of High Temperature Fuel Cell by Using a Rapid Load Recovery | N/A | IN | 9762/DELNP/2008 (12/2009) |
53 | Catalyst assembly for use in anode gas oxidizing systems of high temperature fuel cells | S. Blanchet S. Katikaneni | CN | 101542802 |
KR | 2008-0033487 | |||
IN | 600/DELNP/2008 | |||
54 | Control assembly for controlling a fuel cell system during shutdown and restart | R. Venkataraman M. Farooque G. Carlson G. Berntsen D. Beachy S. Peterhans M. Bischoff | KR | 2008-0043821 |
55 | Low Flow Bypass | K. Arneson F. Jahnke G. Berntsen | KR | 2009-0005174 |
56 | Fuel Cell System with Recycle of Anode Exhaust Gas | F. Jahnke S. Parab | JP | 2006-525626 |
KR | 768973 | |||
57 | Internal Reforming Fuel Cell Assembly With Selectively Adjustable Direct and Indirect Internal Reforming | S. Blanchet | JP | 2007-520868 |
KR | 796111 | |||
IN | 25/2007 | |||
58 | Fuel Cell Assembly Using Multiple Fuel Cell Stacks and Control Method Therefor | G. Berntsen J. Doyon | JP | 2009-536781 |
KR | 2009-0014196 | |||
IN | 9007/DELNP/2008 | |||
DE | 2038952 | |||
59 | A fuel cell system with recycle of anode exhaust gas | JAHNKE, Fred, C. | PARAB, Sanjay C. | JP | 2006-501191 |
60 | Assembly for and Method of Housing an Object, Such as Fuel Cell Balance of Plant Equipment, for Transport to and Storage at a User Location | K. Arneson L. Ernst Jr. A. Durante G. Chenot | JP | 2009-534278 |
KR | 2008-0111448 | |||
IN | 7340/DELNP/2008 | |||
61 | Pre-Processing Assembly For Pre-Processing Fuel Feedstocks For Use In A Fuel Cell System | S. Katikaneni M. Farooque | CN | 101287815 |
JP | 2008-518870 | |||
KR | 2007-0085688 |
62 | High-Capacity Sulfur Adsorbent Bed and Gas Desulfurization Method | S. Katikaneni S. Parab | JP | 2007-500265 (JP4795950) |
KR | 796110 | |||
UK | 1660215 | |||
DE | 602004030130.2-08 | |||
63 | Electrolyte Creepage Barrier for Liquid Electolyte Fuel Cells | J. Li, M. Farooque, C. Yuh | EP | 1994204.4 |
64 | Anode with Ceramic Additives for Molten Carbonate Fuel Cell | Hilmi, Abdelkader Yuh, Chao-Yi Farooque, Mohammad | KR | 2010/7023827 |
65 | Anode support member and bipolar separator for use in a fuel cell assembly and preventing poisoning of performing catalyst | C. Yuh | EP | 7717359.9 |
66 | Internal reforming fuel cell assembly with external manifold and selective catalyst loading for staging fuel supply within high temperature fuel cell stack | Z. Ma D. Kelley N. Jalani | EP | 10751282.4 |
KR | 2011/7023629 | |||
67 | Modular fuel cell stack assembly including anode gas oxidizer and integrated external manifolds for use in fuel cell stack modules | Z. Ma M. Farooque R. Venkataraman M. Cramer A. Barlow | EP | 9759473.3 |
KR | 2011/7000210 | |||
68 | Flow distribution control baffle plate for fuel cells | J. McInerney L. Ernst M. Farooque E. Hansell D. Nedu K. Davis W. Snyder M. Quantannens | PCT | PCT/US2012/022322 |
69 | Method and manufacturing assembly for sintering fuel cell electrodes and impregnating porous electrodes with electrolyte powders by induction heating for mass production | T. Lucas W. Zhu T. Vailionis | PCT | PCT/US2012/048449 |
70 | High performance electrolyte for molten carbonate fuel cells | A. Hilmi C. Yuh M. Farooque | PCT | PCT/US2011/043952 |
71 | Bipolar separator assembly for fuel cells and method of making same | W. Morris L. Novacco M. Primerano | PCT | PCT/US2012/038536 |
IV. | Candidate Patents Subject to Further Review |
Title | Inventor(s) | Status | Application No. | Patent No. | |
1 | Fuel Cell Hybrid Power Plant for Gas Distribution Systems | A. Skok D. Trechroeb | Patented | 11435054 | 8,080,344 |
2 | Electrode Assembly and Method of Making Same | M. Lambrech P. Patel | Patented | 11925368 | 8,053,035 |
3 | Liquid Metal Heat Exchanger for High Temperature Fuel Cells | R. Sanderson | Patented | 12233447 | 8,048,549 |
4 | High-Efficiency Dual-Stack Molten Carbonate Fuel Cell System | F. Jahnke M. Farooque H. Ghezel-Ayagh | Patented | 12194272 | 8,062,799 |
5 | Integrated high efficiency fossil fuel power plant/fuel cell system with CO2 emissions abatement | M. Farooque F. Jahnke | Patented | 10860740 | 7,396,603 |
6 | Integrated Fuel Cell And Heat Engine Hybrid System For High Efficiency Power Generation | H. Ghezel-Ayagh | Patented | 11733447 | 7,862,938 |
7 | Enhanced High Efficiency Fuel Cell / Turbine Power Plant | H. Ghezel-Ayagh Z. Wang | Patented | 10660320 | 6,896,988 |
8 | Internal Reforming Fuel Cell Assembly With Selectively Adjustable Direct and Indirect Internal Reforming | S. Blanchet | Patented | 10774113 | 6,974,644 |
9 | High Efficiency Fuel Cell System | H. Ghezel-Ayagh, A. Leo, R. Sanderson | Patented | 9453185 | 6,365,290 |
10 | Biomass-Fuel Cell Cogeneration Apparatus and Method | Patel P Fan J | Patented | 8596616 | 5,736,026 |
11 | Methanation assembly using multiple reactors | F. Jahnke S. Parab | Patented | 10818680 | 7,247,281 |
12 | DFC Operation With HD-5 Propane: Fuel Processing System Design | S. Katikaneni J. Daly M. Farooque | Patented | 11469527 | 7,455,923 |
13 | Pre-Processing Assembly For Pre-Processing Fuel Feedstocks For Use In A Fuel Cell System | S. Katikaneni M. Farooque | Patented | 12478283 | 7,871,450 |
14 | Fluid Diverter for a Fuel Cell System | P. Patel F. Jahnke M. Lambrech | Pending | 12499129 | |
15 | Fuel Cell Power Production System with an Integrated Hydrogen Utilization Device | H. GHEZEL-AYAGH F. C. JAHNKE | Pending | 12525751 | |
16 | Fuel Supply Assembly for Supplying Propane Fuel to a Fuel Cell Assembly and Fuel Cell System Employing the Same | N/A | IN | 1072/DELNP/2009 (34/2010) | |
17 | High-Efficiency Dual-Stack Molten Carbonate Fuel Cell System | F. Jahnke M. Farooque H. Ghezel-Ayagh | KR | 20110042120 | |
18 | Fuel Cell Hybrid Power Plant for Gas Distribution Systems | A. Skok D. Trechroeb | CN | 101529632 | |
JP | 2009-537954 | ||||
KR | 2009-0056933 | ||||
IN | 9491/DELNP/2008 | ||||
19 | Integrated high efficiency fossil fuel power plant/fuel cell system with CO2 emissions abatement | M. Farooque F. Jahnke | CN | 101427408 | |
JP | 2008-507113 | ||||
CN | ZL200580017924.1 | ||||
KR | 2007-0057131 | ||||
20 | Integrated Fuel Cell And Heat Engine Hybrid System For High Efficiency Power Generation | H. Ghezel-Ayagh | KR | 2009-0108104 | |
KR | 2009-0108123 | ||||
21 | Enhanced High Efficiency Fuel Cell / Turbine Power Plant | H. Ghezel-Ayagh Z. Wang | JP | 4516078 | |
KR | 771357 | ||||
DE | 602004025601.3-08 | ||||
22 | High Efficiency Fuel Cell System | H. Ghezel-Ayagh, A. Leo, R. Sanderson | CN | 1218421 (00816543.2) | |
JP | 3751881 | ||||
DE | 60039717 | ||||
23 | Fuel cell power production system with an integrated hydrogen utilization device | GHEZEL-AYAGH, Hossein | JAHNKE, Fred, C. | KR | 2009-7017887 | |
24 | Methanation assembly using multiple reactors | F. Jahnke S. Parab | JP | 2007-533662 | |
KR | 2007-0015564 | ||||
IN | 5563/DELNP/2006 | ||||
25 | DFC Operation With HD-5 Propane: Fuel Processing System Design | S. Katikaneni J. Daly M. Farooque | JP | 2010-503156 | |
KR | 2009-0052379 |
Asia | |
Armenia | |
Bangladesh | |
Bhutan | |
Brunei | |
Cambodia | |
Timor | |
Georgia | |
Indonesia | |
Japan | |
Kazakhstan | |
Kyrgyzstan | |
Laos | |
Malaysia | |
Maldives | |
Mongolia | |
Nepal | |
Philippines | |
Singapore | |
Republic of Korea | |
Tajikistan | |
Thailand | |
Turkmenistan | |
Uzbekistan | |
Vietnam | |
China | |
India |
Partner | Type of Agreement and Territory | Effective Date | Expiration | Rights in Korea |
Abengoa & Hynergreen (subsidiary) | Memorandum of Understanding, Non-Exclusive in Europe and South America | 12-09-2011 | 12-08-2017 | No |
FuelCell Energy Solutions GmbH & Fraunhofer IKTS | Partnership Agreement Non-exclusive, Europe | 06-19-2012 | Indefinite | No |
Name | Material / Component | Part Number | Commentary |
* | * | * | * |
1. | Amendment of Article IV of the TTA. Article IV (Royalties) of the TTA is hereby revised by deleting 4.1% and replacing it with 3%. |
2. | Amendment of Article IV of the STTA. Article IV (Royalties) of the STTA is hereby revised by deleting 4.1% and replacing it with 3%. |
Contact: | FuelCell Energy, Inc. Kurt Goddard, Vice President Investor Relations 203-830-7494 ir@fce.com |
• | $26 million license payment for manufacturing rights |
• | POSCO Energy to pay royalties for each fuel cell power plant sold over the next 15 years |
Contact: | FuelCell Energy, Inc. Kurt Goddard, Vice President Investor Relations 203-830-7494 ir@fce.com |
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