CREG 10-K Fiscal year ended Dec. 31, 2010

UNITED STATES

SECURITIES AND EXCHANGE COMMISSION

Washington, D.C. 20549

FORM 10-K

ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934

For the fiscal year ended December 31, 2010

Commission file number: 000-12536

China Recycling Energy Corporation

(Exact name of registrant as specified  in its charter)

Nevada

(State or other jurisdiction of incorporation or organization)

90-0093373

(I.R.S. Employer Identification No.)

12/F, Tower A Chang An International Building No. 88 Nan Guan Zheng Jie Xi An City, Shan Xi Province China (Address of principal executive offices)

710068 (Zip Code)

Registrant’s telephone number, including area code: (011) 86-29-8769-1097

Securities registered pursuant to Section 12(b) of the Act :

Title of each class		Name of each Exchange on which registered
Common Stock, $.001 par value		NASDAQ Global Market

Securities registered pursuant to Section 12(g) of the Act :

NONE

Indicate by check mark if the registrant is a well-known seasoned issuer, as defined in Rule 405 of the Securities Act.

Yes o No x

Indicate by check mark if the registrant is not required to file reports pursuant to Section 13 or Section 15(d) of the Act.

Yes o No x

Indicate by check mark whether the registrant (1) has filed all reports required to be filed by Section 13 or 15(d) of the Securities Exchange Act of 1934 during the preceding 12 months (or for such shorter period that the registrant was required to file such reports), and (2) has been subject to such filing requirements for the past 90 days. Yes x No o

Indicate by check mark whether the registrant has submitted electronically and posted on its corporate Website, if any, every Interactive Data File required to be submitted and posted pursuant to Rule 405 of Regulation S-T (Section 232.405 of this chapter) during the preceding 12 months (or for such shorter period that the registrant was required to submit and post such files). Yes o No o

Indicate by check mark if disclosure of delinquent filers pursuant to Item 405 of Regulation S-K is not contained herein, and will not be contained, to the best of registrant’s knowledge, in definitive proxy or information statements incorporated by reference in Part III of this Form 10-K or any amendment to this Form 10-K. o

Indicate by check mark whether the registrant is a large accelerated filer, an accelerated filer, a non-accelerated filer, or a smaller reporting company. See the definitions of “large accelerated filer,” “accelerated filer” and “small reporting company” in Rule 12b-2 of the Exchange Act (Check one):

Large accelerated filer o	Accelerated filer o
Non-accelerated filer o	Smaller reporting company x

Indicate by check mark whether the registrant is a shell company (as defined in Rule 12b-2 of the Exchange Act). Yes o No x

The aggregate market value of the common stock issued and outstanding and held by non-affiliates of the registrant, based upon the closing sales price for the common stock on the NASDAQ Global Market on June 30, 2010, the last business day of the registrant’s second fiscal quarter, was $73,370,284.

As of March 29, 2011, the registrant had 39,198,982 shares of Common Stock outstanding.

DOCUMENTS INCORPORATED BY REFERENCE

Portions of the China Recycling Energy Corporation Proxy Statement regarding the 2011 Annual Meeting of Shareholders (the “Proxy Statement”) are incorporated into Part III of this Annual Report on Form 10-K.

CHINA RECYCLING ENERGY CORPORATION

FORM 10-K

TABLE OF CONTENTS

PART I		1
Item 1.     Business.		1
Item 1A.  Risk Factors.		16
Item 2.     Properties.		28
Item 3.     Legal Proceedings.		28
Item 4.     Submission of Matters to a Vote of Security Holders.		28
PART II		28
Item 5.     Market for Common Equity, Related Shareholder Matters and Small Business Issuer Purchases of Equity Securities.
Item 6.     Selected Financial Data.		29
Item 7.     Management’s Discussion and Analysis of Financial Condition and Results of Operations.		29
Item 7A.  Quantitative and Qualitative Disclosures About Market Risk.		44
Item 8.     Financial Statements and Supplementary Data.		44
Item 9.     Changes In and Disagreements With Accountants on Accounting and Financial Disclosure.		74
Item 9A.  Controls and Procedures.		74
Item 9B.  Other Information.		75
PART III		75
Item 10.   Directors, Executive Officers and Corporate Governance.		75
Item 11.   Executive Compensation.		75
Item 12.   Security Ownership of Certain Beneficial Owners and Management and Related Shareholder Matters.		75
Item 13.   Certain Relationships and Related Transactions, Director Independence.		75
Item 14.   Principal Accountant Fees and Services.		75
Item 15.   Exhibits, Financial Statement Schedules.		76

PART I

When we use the terms ”we,” ”us,” ”our” and “the Company,” we mean China Recycling Energy Corporation., a Nevada corporation, and its wholly-owned subsidiary, Sifang Holdings Co., Ltd., and Sifang Holdings Co., Ltd.’s wholly-owned subsidiary, Shanghai TCH Energy Technology Co., Ltd. and Shanghai TCH Energy Technology Co., Ltd’s wholly-owned subsidiary, Xi’an TCH Energy Technology Co., Ltd. “ China” and the “PRC” refer to the People’s Republic of China , excluding, for the purposes of this Form 10-K, Hong Kong, Macau and Taiwan. Prior to March 8, 2007, China Recycling Energy Corporation’s name was China Digital Wireless, Inc.

ITEM 1. BUSINESS

General

We currently engage in the recycling energy business, providing energy savings and recycling products and services. We are a leading developer of waste energy recycling projects for industrial applications in China, and we believe we are the only developer to use a Build-Operate-Transfer (“BOT”) model to provide energy saving and recovery facilities for multiple energy intensive industries.  Our waste energy recycling projects allow customers who use substantial amounts of electricity to recapture previously wasted pressure, heat, and gas from their manufacturing processes to generate electricity. We currently offer waste energy recycling systems to companies for use in iron and steel, nonferrous metal, cement, coal and petrochemical plants.  We construct our projects at our customer’s facility and the electricity produced is used on-site by the customer. While some of our competitors offer projects targeting one or two verticals, we serve multiple verticals.

We develop fully-customized projects across several verticals to better meet customer’s energy recovery needs.  Our waste pressure-to-energy solution primarily consists of the Blast Furnace Top Gas Recovery Turbine Unit (“TRT”), a system that utilizes high pressure gas emitted from the blast furnace top to drive turbine units and generate electricity. Our waste heat-to-energy solution primarily consists of heat power generation projects for applications in cement, steel and nonferrous metal industries, which collect the residual heat from various manufacturing processes, e.g. the entrance and exit ends of the cement rotary kilns, to generate electricity. Our waste gas-to-energy solution primarily consists of the Waste Gas Power Generation system (“WGPG”) and the Combined Cycle Power Plant (the “CCPP”).  A WGPG system utilizes flammable waste gas from coal mining, petroleum exploitation, refinery processing or other sources as a fuel source to generate electricity through the use of a gas turbine. A CCPP system employs more than one power generating cycle to utilize the waste gas, which not only generates electricity by burning the flammable waste gas in a gas turbine (as a WGPG) but also uses the waste heat from burning the gas to make steam to generate additional electricity via a steam turbine.

We provide a clean-technology and energy-efficient solution aimed at improving the air pollution and energy shortage problems in China. Our projects capture industrial waste energy to produce low-cost electricity, enabling industrial manufacturers to reduce their energy costs, lower their operating costs, extend the life of primary manufacturing equipment, and generate saleable emission credits under the Kyoto Protocol. Based on the differential between the cost to our customers of buying power from China’s national power grid and the cost to them of buying one of our projects, we believe our customers can recover the cost of our project within two to three years of operations.  In addition, our waste energy recycling projects allow our industrial customers to reduce their reliance on China’s centralized national power grid, which is prone to black-outs or brown-outs or is completely inaccessible from certain remote areas. Our projects generally produce lower carbon dioxide emissions and other pollutants, and are hence more environmentally-friendly than other forms of power generation.

Since 2007, we have primarily used the BOT model to serve our customers. For each project, we design, finance, construct and install the waste energy recycling projects for our customers, operate the projects for five to 20 years, and then transfer the projects to the owners. The BOT model creates a win-win solution for both our customers and us. We provide the capital expenditure financing in exchange for attractive returns on each project; our customers can focus their capital resources on their core businesses, do not need to invest additional capital to comply with government environmental regulations, reduce noise and emissions and reduce their energy costs. We in turn efficiently recapture our costs through the stream of lease payments.

We are headquartered in China. Our principal executive offices are located at 12/F, Tower A, Chang An International Building, No. 88 Nan Guan Zheng Jie, Xi’an City, Shaanxi Province, China, and our telephone number at this location is +86-29-8769-1097.

Company Overview and History

We began operations as a Colorado corporation known as Boulder Brewing Company, or Boulder Brewing. We were incorporated in Colorado on May 8, 1980 and operated as a microbrewery of various beers. Boulder Brewing was unable to become profitable within its core business, became illiquid, and was forced to divest itself of all of its assets. Boulder Brewing became dormant without any operations or assets in 1990.

In September 2001, Boulder Brewing changed its state of incorporation from Colorado to Nevada and changed its name to Boulder Acquisitions, Inc., or Boulder Acquisitions. From the date of reincorporation until June 23, 2004, Boulder Acquisitions had no material operations or assets.

On June 23, 2004, we completed a stock exchange transaction with the stockholders of Sifang Holdings Co., Ltd. (“Sifang Holdings”). The exchange was consummated under Nevada and Cayman Islands law pursuant to the terms of a Securities Exchange Agreement, dated June 23, 2004 by and among Boulder Acquisitions, Sifang Holdings and the stockholders of Sifang Holdings. Pursuant to the Securities Exchange Agreement, we issued 13,782,636 shares of our common stock to the stockholders of Sifang Holdings, representing approximately 89.7% of our post-exchange issued and outstanding common stock, for 100% of the outstanding capital stock of Sifang Holdings.

Effective August 6, 2004, we changed our name from Boulder Acquisitions, Inc. to China Digital Wireless, Inc.  From August 2004 to December 2006, we primarily engaged in pager and mobile phone distribution and provided value added information services to the customers in the PRC.  We phased out and scaled down most of the business of mobile phone distribution and provision of pager and mobile phone value-added information services, and on May 10, 2007, the Company approved and announced that it ceased and discontinued these businesses.

In December 2006, we began to conduct business in the energy saving and recycling industry, including purchasing certain equipment, devices, hardware and software for the construction and installation of TRT systems and other renewable energy products. TRT is an electricity generating system that utilizes the exhaust pressure and heat produced in the blast furnace of steel mills to generate electricity. It has commercial value for the steel mills by using waste heat and steam to produce electricity for the operation of the mills

On March 8, 2007, we changed our name from China Digital Wireless, Inc. to China Recycling Energy Corporation.

Our current business is primarily conducted through our wholly-owned subsidiary, Sifang Holdings, its wholly-owned subsidiaries, Huahong New Energy Technology Co., Ltd. (“Huahong”) and Shanghai TCH, Shanghai TCH’s wholly-owned subsidiaries, Xi’an TCH Energy Technology Company, Ltd (“Xi’an TCH”) and Xingtai Huaxin Energy Tech Co., Ltd. (“Huaxin”), and Xi’an TCH’s subsidiary Erdos TCH Energy Saving Development Co., Ltd (“Erdos TCH”), in which 90% of the investment will be from Xi’an TCH, a joint venture between Xi’an TCH and Erdos Metallurgy Co., Ltd.  Shanghai TCH was established as a foreign investment enterprise in Shanghai under the laws of the PRC on May 25, 2004, currently with a registered capital of $29.80 million.  Xi’an TCH was incorporated in Xi’an, Shannxi Province under the laws of the PRC on November 8, 2007. Huaxin was incorporated in Xingtai, PRC in November, 2007.  Erdos TCH was incorporated in April, 2009.  Huahong was incorporated in February, 2009.

Our Projects

We design, finance, construct, operate and eventually transfer waste energy recycling projects to meet the energy saving and recovery needs of our customers. Our waste energy recycling projects use the pressure, heat or gas, which is generated as a byproduct of a variety of industrial processes to create electricity. The residual energy from industrial processes, which was traditionally wasted, may be captured in a recovery process and utilized by our waste energy recycling projects to generate electricity without burning additional fuel and without additional emissions.  Among a wide variety of waste-to-energy technologies and solutions, we primarily focus on waste pressure to energy systems, waste heat to energy systems and waste gas power generation systems. We do not manufacture the equipment and materials that are used in the construction of our waste energy recycling projects. Rather, we incorporate standard power generating equipment into a fully integrated onsite project for our customers.

Waste Pressure to Energy Systems

TRT is a power generating system utilizing the exhaust pressure and heat from industrial processes in the iron, steel, petrochemical, chemical and non-ferrous metals industries, often from blast furnace gases in the metal production industries.  Without TRT power systems, blast furnace gas is treated by various de-pressurizing valves to decrease its pressure and temperature before the gas is transmitted to end users.  No electricity is generated during the process and noise and heat pollution is released.  In a TRT system, the blast furnace gas produced during the smelting process is directed through the system to decrease its pressure and temperature.  The released pressure and heat is then utilized to drive the turbine unit to generate electricity, which is then transmitted back to the producer. We believe our projects are superior to those of our competitors due to the inclusion of advanced dry-type de-dusting technology, joined turbine systems, and automatic power grid synchronization. We invested and built three TRT projects in 2007 (one for Shanxi Zhangzhi Steel Group, and two for Hebei Xingtai Steel Group). In addition, we have one project currently under construction and scheduled to be completed in 2011 for Zhongbao, Binhai.

Hebei Xingtai Steel Group Project

On April 8, 2007, our Board of Directors approved and made effective a TRT Project Joint-Operation Agreement (“Joint-Operation Agreement”) which was conditionally entered into on February 1, 2007 between Shanghai TCH and Xi’an Yingfeng Science and Technology Co., Ltd. (“Yingfeng”). Under the Joint-Operation Agreement, Shanghai TCH and Yingfeng jointly pursued a project to design, construct, install and operate two TRT systems for Xingtai Iron and Steel Company, Ltd. (“Xingtai”). Shanghai TCH provided various forms of investments and properties into the project including cash, hardware, software, equipment, major components and devices. In return, Shanghai TCH obtained all the rights, titles, benefits and interests that Yingfeng originally had under the Project Contract, including but not limited to the regular cash payments made by Xingtai and other property rights and interests. On October 31, 2007, Shanghai TCH entered an asset-transfer agreement with Yingfeng to transfer from Yingfeng to Shanghai TCH all electricity-generating related assets owned by Yingfeng. According to the transferred contracts, Shanghai TCH installed and owns two TRT systems and leases them to Xingtai for five years, from January 25, 2007 to January 25, 2012.  During the lease, Xingtai will pay Shanghai TCH monthly rent of RMB 0.9 million ($0.13 million) to use the systems. Assuming all amounts due under the lease have been paid, Shanghai TCH will transfer the title of the systems to Xingtai free of charge.

Shanxi Zhangzhi Steel Group Project

Under the Joint-Operation Agreement discussed above, Shanghai TCH and Yingfeng also jointly pursued a project contract, which was entered into between Yingfeng and Zhangzhi Iron and Steel Company, Ltd. (“Zhangzhi”) on June 22, 2006, to design, construct, install and operate a TRT system for Zhangzhi Iron. Shanghai TCH provided various forms of investments and properties into the project including cash, hardware, software, equipment, major components and devices. In return, Shanghai TCH obtained all the rights, titles, benefits and interests that Yingfeng originally had under the Project Contract, including but not limited to the regular cash payments made by Xingtai and other property rights and interests. On October 31, 2007, Shanghai TCH acquired this contract as part of its asset-transfer agreement with Yingfeng as discussed above. According to the transferred contracts, Shanghai TCH installed and owns a TRT system and leases it to Zhangzhi for a term of 13 years, from July 25, 2007 to July 25, 2020. During the lease term, Zhangzhi will pay Shanghai TCH a monthly rent of RMB 1.1 million ($0.16 million). After the term is over and all due rents are paid, Shanghai TCH will transfer the title of the system to Zhangzhi free of charge.

Waste Heat to Energy Systems

Waste heat to energy systems utilize waste heat generated in industrial production to generate electricity.  The waste heat is trapped to heat a boiler to create steam and power a steam turbine.  Our waste heat to energy systems have used waste heat from cement production and from metal production. We invested and have built two cement low temperature heat power generation systems.  One (Tongchuan) was completed at the end of 2008 and the other (Jinyang) was completed in June 2009. These projects can use about 35% of the waste heat generated by the cement kiln, and generate up to 50% of the electricity needed to operate the cement plant.

Shengwei Group – Tongchuan Project

In November 2007, Shanghai TCH signed a cooperative agreement with Shengwei Group to build two sets of 12MW cement low temperature heat power generation systems for Shengwei’s two 2,500-tons-per-day cement manufacturing lines in Jin Yang and for a 5,000-tons-per-day cement manufacturing line in Tong Chuan.  At the end of 2008, construction of the cement low temperature heat power generation in Tong Chuan was completed at a cost of approximately $6,191,000 (RMB 43,000,000) and put into operation.  Under the original agreement, the ownership of the cement low temperature heat power generation systems would belong to Shengwei from the date the projects were put into service.  Shanghai TCH is responsible for the daily maintenance and repair of the projects, and charges Shengwei a monthly electricity fee based on the actual power generated by the projects at 0.4116 RMB per KWH for an operating period of five years with the assurance from Shengwei of a properly functioning 5,000-tons-per-day cement manufacturing line and not less than 7,440 heat hours per year for the electricity generator system.  Shengwei Group collateralized the cement manufacturing line in Tong Chuan to guarantee its obligations to provide the minimum electricity income from the power generator system under the agreement during the operating period. At the end of the five year operating period, Shanghai TCH will have no further obligations under the cooperative agreement.  On May 20, 2009, Shanghai TCH entered into a supplementary agreement with Shengwei Group to amend the timing for title transfer to the end of the lease term. In addition, the supplementary agreement provided that Shanghai TCH will charge Shengwei based on actual power usage subject to a minimum of  $0.31 million (RMB 2.1 million) per month during the operating period.

Shengwei Group – Jinyang Project

On June 29, 2009, construction of the cement low temperature heat power generation system in Jin Yang was completed at a cost of approximately $7,318,000 (RMB 50,000,000) and put into operation.  Shanghai TCH charges Shengwei a technical service fee of $336,600 (RMB 2,300,000) monthly for the sixty months of the lease term.  Shengwei has the right to purchase the ownership of the cement low temperature heat power generation system for $29,000 (RMB 200,000) at the end of lease term. Shengwei is required to provide assurance of properly functioning 5,000-tons-per-day cement manufacturing lines and not less than 7,440 heat hours per year for the cement low temperature heat power generation.  Shengwei Group collateralized the cement manufacturing lines in Jin Yang to guarantee its obligations to provide the minimum electricity income from the waste energy power generator system under the agreement during the operating period.  Effective July 1, 2009, Shanghai TCH outsourced the operation and maintenance of the cement low temperature heat power generation systems in Tong Chuan and JinYang to a third party for $732,000 (RMB 5,000,000) per year.

Erdos Phase I Project

On April 14, 2009, the Company incorporated the JV between Xi’an TCH and Erdos Metallurgy Co., Ltd.  (“Erdos”) to recycle waste heat from Erdos' metal refining plants to generate power and steam, which will then be sold back to Erdos.  The name of the JV is Inner Mongolia Erdos TCH Energy Saving Development Co., Ltd (“Erdos TCH”) with a term of 20 years, and initial registered capital of $2,635,000 (RMB 18,000,000). As of December 31, 2010, total registered capital was increased to $17.55 million (RMB 120 million), of which $16.37 million (RMB 112 million) was contributed by Xi’an TCH and $1.18 million (RMB 8 million) was from Erdos Metallurgy.  Total investment for the project is estimated at approximately $74 million (RMB 500 million) with an initial investment of $17.55 million (RMB 120,000,000). Erdos contributed 7% of the total investment of the project, and Xi’an TCH contributed 93% of the total investment. Xi’an TCH and Erdos will receive 80% and 20% of the profit from the JV, respectively, until Xi’an TCH has received a complete return on its investment.  Xi’an TCH and Erdos will then receive 60% and 40% of the profit from the JV, respectively. The profits to be distributed will be computed based on Chinese generally accepted accounting principles. The principal difference between US GAAP and Chinese GAAP with regards to the Erdos TCH project is that a sales-type lease under US GAAP is treated as an operating lease under Chinese GAAP.  When the term of the JV expires, Xi’an TCH will transfer its equity in the JV to Erdos at no additional cost.

At the end of 2009, Erdos TCH completed the first 9MW power station of Phase I of the project and put it into operation. At the end of March 2010, Erdos TCH completed the construction of Phase I through completion of the second 9MW power station and delivery of it for operation.  Phase I includes two 9MW systems for a combined 18MW power capacity. Pursuant to the Co-operation Agreement and the supplement agreements signed between Erdos and Erdos TCH, Erdos shall purchase all the electricity and steam to be generated from the JV’s power generation systems. Erdos TCH leased the two 9 MW systems to Erdos and is responsible for their operation and maintenance. For each phase of the project, the lease term is 20 years starting from the date of completion of the phase. Erdos agreed to pay a fixed minimum of $0.22 million (RMB 1.5 million) per month for each 9MW capacity power generation system. In addition Erdos will pay the actual amount if the actual sale of the electricity generated is more than $0.22 million (RMB 1.5 million) monthly per unit. Effective January 1, 2010 and April, 2010 respectively, Erdos TCH outsourced to an independent third party the operation and maintenance of the two 9MW power generation projects for $922,000 (RMB 6.27 million) each per year. After 20 years, the units will be transferred to Erdos without any charge.

During the fourth quarter of 2010, Erdos power generation system Phase II two 9MW capacity electricity power generation systems were completed and put into operation through sales type leases with the similar terms of Phase I project. As of December 31, 2010, the Company had paid approximately $25.37 million for three 9 MW Capacity Electricity Generation Systems of Phase II and Phase III of the Erdos TCH power generation system projects. The third 9 MW power generation system of Phase II is expected to complete in the first quarter of 2011, and the Company currently expects to complete Phase III in the third quarter of 2011.

Waste Gas to Energy Systems

Our Waste Gas to Energy Systems primarily include Waste Gas Power Generation (“WGPG”) systems and Combined Cycle Power Plant (“CCPP”) systems. WGPG uses the flammable waste gases emitted from industrial production processes such as blast furnace gas, coke furnace gas, and oil gas, to power gas-fired generators to create energy. A CCPP system employs more than one power generating cycle to utilize the waste gas, which is more efficient because it not only generates electricity by burning the flammable waste gas in a gas-fired generator (WGPG) but also uses the waste heat from burning the gas to make steam to generate additional electricity via a steam generator (CCPP).

Shenmu Project

On September 30, 2009, Xi’an TCH delivered to Shenmu County Jiujiang Trading Co., Ltd. (“Shenmu”) a set of three 6 MW capacity waste gas power generation systems pursuant to a Cooperative Contract on Coke-oven Gas Power Generation Project (including its Supplementary Agreement) and a Gas Supply Contract for Coke-oven Gas Power Generation Project.  These contracts are for 10 years and provide that Xi’an TCH will recycle coke furnace gas from the coke-oven plant of Shenmu to generate power, which will be supplied back to Shenmu.  Shenmu agrees to supply Xi’an TCH the coke-oven gas free of charge.  Under the contracts, Shenmu will pay us an annual “energy-saving service fee” of approximately $5.6 million in equal monthly installments for the life of the contracts, as well as such additional amount as may result from the supply of power to Shenmu in excess of 10.8 million kilowatt hours per month. We are responsible for operating the projects and will do so through an unrelated third party. Shenmu guarantees that monthly gas supply will not be less than 21.6 million standard cubic meters. If gas supply is less, Shenmu agrees to pay Xi’an TCH the energy-saving service fee described above for up to 10.8 million kilowatt-hours per month. Xi’an TCH maintains the ownership of the project throughout the term of the contracts, including the already completed investment, design, equipment, construction and installation as well as the operation and maintenance of the project.  At the end of the 10-year term, ownership of the projects transfers to Shenmu at no charge.  Shenmu gave a lien on its production line to guarantee its performance under these contracts. Shenmu’s three major stockholders provided an unlimited joint liability guarantee to Xi’an TCH for Shenmu’s performance under the Contracts and the Yulin Huiyuan Group, an independent third party, provides a guarantee to Xi’an TCH for Shenmu’s performance under these contracts.

Biomass Project

On January 20, 2010, Xi’an TCH entered into a Technical Reconstruction Letter of Intent  with Xueyi Dong (“Dong”) a natural person with Chinese citizenship for Xi’an TCH reconstructing and transforming a Thermal Power Generation Systems owned by Dong into a 12MW Biomass Power Generation Systems (“Biomass Systems” or “BMPG”) for approximately RMB 15 million (approximately $2.2 million), of which, RMB 7 million ( approximately $1.03 million) was payable to Dong, and RMB 8 million (approximately $1.18 million) was payable to one of the Company’s shareholders, who had previously paid that amount to Dong on behalf of the Company.

After the successful transformation of the systems, Xi’an TCH entered into a Biomass Power Generation Asset Transfer Agreement (the “Transfer Agreement”) with Dong on June 29, 2010.  Under the Transfer Agreement, Dong transferred the Biomass Systems to Xi’an TCH, and Xi’an TCH will pay Dong RMB 100,000,000 (approximately $14,705,900) for the systems, including RMB 20,000,000 in cash and RMB 80,000,000 in shares of the Company’s common stock. The stock price will be the same as in the Company’s first public offering which is expected to occur in 2010 or 2011, but in no circumstance less than $4 per share.  The exchange rate between U.S. Dollar and Chinese RMB in connection with the stock issuance is 1:6.8. As of December 31, 2010, the Company paid the cash portion in full; however, the shares to be issued in connection with this transaction, valued at $11.78 million as of December 31, 2010, have not been issued.

On June 29, 2010, Xi’an TCH entered into a Biomass Power Generation Project Lease Agreement with PuCheng XinHengYuan Biomass Power Generation Co., Ltd., (“XHY”).  Under this lease agreement, Xi’an TCH leased this same set of 12MW biomass power generation systems to XHY at minimum RMB 1,900,000 per month (approximately $279,400) for 15 years.  The leasing fee will increase proportionately with the biomass generated electricity fee in China during the term of this lease agreement.

Zhongbao Project

On September 30, 2010, Xi’an TCH delivered to Zhongbao Binhai Nickel Co., Ltd. (“Zhongbao”) a set of 7 megawatt capacity Waste Heat Power Generation (“WHPG”) system, which is an integral part of the facilities designed to produce 80,000 tons of nickel-alloy per year according to the recovery and power generation of waste heat agreement with Zhongbao, an agreement that was transferred from China Zhonggang Binhai Enterprise Ltd. (“Zhonggang”) in July 2009. Zhongbao is a nickel-alloy manufacturing joint venture between Zhonggang and Shanghai Baoshan Steel Group established in June 2009.  Total investment in this project was approximately $7.8 million (RMB 55 million). The Contract is for 9 years and provided that Xi’an TCH will recycle waste heat from the nickel-alloy rotary kilns of Zhongbao to generate power and steam, which will be supplied back to Zhongbao, and help to reduce over 20,000 tons of carbon dioxide emissions every year. By the end of the term, the system shall be transferred to Zhongbao at RMB 1. Under these contracts, Zhongbao will pay the Company a monthly “energy-saving service fee” based on the volume of the electricity and steam generated from the WHPG system in the prior month within the first five days of each month at a pre-agreed price, but no less than the minimum monthly payment of $224,000 (RMB 1.5 million). Zhongbao agrees to supply Xi’an TCH the nickel-alloy rotary kilns gas, water and compressed air free of charge, except salty water at RMB 6.3 per ton. Zhongbao also guarantees to continuously supply not less than 6800 heat hours per year for the WHPG, or the operating term will be extended accordingly. Xi’an TCH outsourced its operation and maintenance works to a third party for annual payments of RMB 2.4 million (approximately $352,000) for the whole operation period. In addition, Xi’an TCH shall be responsible for applying Clean Development Mechanism (“CDM”) and the net proceeds from CDM will be distributed between Zhonggang and Xi’an TCH at 60% and 40%, respectively.  The CDM work has not commenced as of the report date.

Industry and Market Overview

Overview of Waste-to-Energy Industry

The waste energy recycling industry concentrates mostly on power-intensive manufacturing and production processes, such as iron, steel and nonferrous metal production, cement production, and coal and petrochemical plants. Our waste energy recycling projects allow customers to recapture previously wasted pressure, heat, and gas from their manufacturing and production processes and use this waste to generate electricity. Waste energy recycling projects are installed at a customer’s facility and the electricity produced can be used on-site to lower energy costs and create a more efficient production process.  The industry verticals at the vanguard of this trend are metallurgical production (including iron & steel), cement, coal mining, coke production and petrochemicals.

The industry also includes the conversion of biomass to electricity. For thousands of years, biomass, biological material derived from living organisms like plants and their byproducts, was burned to produce heat so as to convert it to energy.   A number of non-combustion methods are now available to convert raw biomass into a variety of gaseous, liquid, or solid fuels that can be used directly in a power plant to generate electricity.

Waste-to-Energy Industry Growth

China has experienced rapid economic growth and industrialization in recent years, increasing the demand for electricity. By the end of 2009, China’s total installed generating capacity reached 874 GW, an increase of more than 40% over the capacity at the end of 2006. In the PRC, growth in energy consumption has exceeded growth in gross domestic product, causing a shortage of electricity with blackouts and brownouts over much of the country.  Much of the energy demand has been due to the expansion of energy intensive industrial sectors such as steel, cement, and chemicals. China’s increasing modernization and industrialization has made it the world’s second largest consumer of energy after the United States, accounting for over 15% of the world’s energy consumption.

One result of this massive increase in electric generation capacity has been the rise of harmful emissions. China has surpassed the United States to become the world’s largest emitter of greenhouse gases, and the country faces enormous challenges from the pollution brought about by its consumption of conventional energy. About 99% of China’s 560 million city dwellers breathe unsafe air under EU standards, environmental problems have led to industrial cities where people rarely see the sun.  A 2005 report by Chinese environmental experts, quoted in a New York Times article (“As China Roars, Pollution Reaches Deadly Extremes,” August 26, 2007), estimated that annual premature deaths attributable to outdoor air pollution in China were likely to reach 550,000 in 2020.

During the process of industrial production, some by-products, such as blast furnace gas, coke furnace gas, oil gas, and others are created with certain high intensive thermal energy. The waste gas can be collected and used as a fuel by gas turbine system to generate power energy.

Gas turbines are a set of hi-tech equipment and devices that is crucial to the energy development strategy of China. Gas turbine, which uses flammable gas as fuel and combines with recycling power generating technology, has many merits.  These include high efficiency power generation, low investment, short construction periods, small land usage, water savings, environment protection and more.  We believe the market prospect of the gas turbine industry is promising.  An analysis report in 2008 indicated that during the Tenth Five-year Plan Period, the total volume of Chinese gas power generating was almost 10 million KW and it is expected to reach 20 million KW by 2010, and 60 million KW by 2020.  The natural gas power plants being or to be built, representing about 6% of the total equipment capability of China, most of which are newly constructed projects, provide huge market potential for gas turbine.

Through years of research, development and experimental applications, this gas-to-energy system has started to be applied into some high energy intensive industrial plants, such as in the course of  iron-smelting in metallurgy plants.  Metallurgical enterprises, as the biggest industrial energy user in China, consume 13%-15% of the nation’s electricity.  Electricity consumed by the iron-smelting industry accounts for 40% of that consumed by metallurgical enterprises.  If all top furnaces in the iron-smelting industry are equipped with gas recovery systems, electricity consumption may be decreased by 30-45%.  Furthermore, environmental pollution will be reduced while energy efficiency is improved in those heavy industries.

Since energy is a major strategic issue affecting the development of the Chinese economy, the Chinese government has promoted the development of recycling and encouraged enterprises to use waste energy recycling projects of the type we sell and service. The China National Environment Protection Plan in the Eleventh Five Years (2006-2010) is focused on high energy consumption industries, including specific programs to support the building of waste energy recycling projects for application in iron, steel and nonferrous metal plants and in cement production lines. Given the worsening environment and insufficient energy supply in China, the Chinese government has implemented policies to curb pollution and reduce wasteful energy usage. The Renewable Energy Law, strict administrative measures to restrict investment and force consolidation in energy wasting industries, and the requirement to install energy-saving and environment protecting equipment whenever possible are just some ways the government is emphasizing the need to reduce emissions and to maximize energy creation. Local government officials, who sometimes flout central government policies for the sake of local GDP growth, are now required to tie emission, energy usage and pollution to GDP growth.  If local emissions of pollutants grows faster than the local GDP, these local officials face the risk of losing their jobs.  Such determination and strict enforcement by the central and local governments provide a good backdrop and growth opportunity for CREG’s business activities.

The following table shows the funds invested, or expected to be invested, in the environmental protection industry by the Chinese government (in billion RMB).

		Eighth Five- Year Plan (1991-1995)				Ninth Five- Year Plan (1996-2000)				Tenth Five- Year Plan (2001-2005)				Eleventh Five- Year Plan (2006-2010)
Total Investment Amount (in billion RMB)			131				450				750			1,350
Percentage of PRC’s GDP			0.73	%			1.3	%			1.5	%			1.5	%

Source: China National Environmental Protection Plan in the Eleventh Five Years (2006-2010).

Currently, recycled energy accounts for less than 1% of China’s total energy consumption. Because of environmental protection pressure, expanded efforts to improve infrastructure in western China with the related increase in production of cement and other heavy industrial products and emphasis on additional sources of electricity, demand for recycled energy, as a special and stable energy resource, should continue to grow in China.

Waste-to-Energy is a Cost-Effective Means to Meet Rising Energy Needs

According to the International Energy Agency, China will need to add an additional 1300 GW to its electricity generating capacity to meet its future needs.  This demand may mean price increases for electricity in China.  With the need for more energy, in particular energy that does not cause additional emissions, and the relative low price of the waste-to-energy production we provide, we believe that our markets will continue to expand.

Since China has been experiencing a dramatic surge in its energy consumption as well as widespread energy shortages, recycling energy is not only an attractive alternative to other sources of energy as part of a national diversification strategy to avoid dependence on any one energy source or politically sensitive energy supplies, but also a proven solution to make the use of energy more efficient.  Under current economic conditions and current tax and regulatory regimes, waste energy recycling projects generally can create price-competitive electricity compared to electricity generated from fossil fuels or other renewable sources.  Our customers can reduce energy costs significantly by installing our waste energy recycling projects. Compared to electricity from the national grid, the generating cost from recycling energy is lower, which means our customers can leverage the waste-to-energy projects to generate low-cost electricity, reducing energy costs for the manufacturing process. The current national grid electricity rate ranges from RMB 0.45-0.50/kwh and our operated recycling rate ranges from 0.35-0.45/kwh subject to project type, generating scale and local situation.

Customers of our energy recycling projects may also qualify for credits from the Clean Development Mechanism (“CDM”). The CDM is an international arrangement under the Kyoto Protocol allowing industrialized countries with a greenhouse gas reduction commitment to invest in ventures that reduce emissions in developing countries as an alternative to more expensive emission reductions in their own countries. In 2005, China’s government promulgated “Measures for Operation and Management of Clean Development Mechanism Projects in China” (“China CDM Measures”) to facilitate the application and operation of CDM project activities in China. Our energy recycling solutions are of a kind which falls into the beneficial categories accredited by the China CDM Measures, if our customers can get approval from the Chinese government and successfully register their projects in the United Nations’ CDM Executive Board, they can receive additional revenue income through exchanging their Certified Emission Reductions (“CER”) credits with investors in industrialized countries. As of April 6, 2010, 218 China CDM projects received CER credits from the United Nations.