| Coordinates* | 31° 14' 27" N, 112° 13' 14" E | 31° 14' 42" N, 112° 
	13' 14" E | 31° 14' 
	54" N, 112° 13' 13" E | 31° 14' 
	56" N, 112° 13' 13" E | 
  
    | General | Hubei New Yangfeng Fertilizer Co., Ltd. (short for NYF) is a large-scale 
	phosphorus chemical enterprise. Our main products are DAP, MAP (GMAP&PMAP), 
	NPK, etc. Our output of NYF MAP and NPK ranks the first place in China. 
 Headquartered in Jingmen City of Hubei Province, we have assets of 640 
	million USD and we have 5,000 staff members. We have built 6 modern 
	manufacture bases in China. Accompanied with intermediate products like 
	ammonia of 0.21 million metric tons and sulfuric acid of 2.6 million metric 
	tons, NYF is capable of producing 4 million metric tons of concentrated 
	fertilizers annually, which puts NYF into the top 3 of phosphate & compound 
	fertilizer industry. We have the market leader position in China.
 | 
  
    | News | April 16, 2009
      - Hubei New Yangfeng Fertilizer Co., Ltd. (New Yangfeng) broke ground in 
	late March 2009 for its second phase 480 000 t/a diammonium phosphate (DAP) 
	project. The RMB300 million project includes two DAP production units with a 
	capacity of 240 000 t/a each, one 200 000 t/a phosphoric acid unit and a 600 
	000 t/a sulfuric acid, and will add an annual sales revenue of RMB1.5 
	billion for the company after its completion at the end of 2009. 
	February 6, 2010 - Hubei New Yangfeng Fertilizer Co., Ltd. (New 
	Yangfeng), a subsidiary of Hubei Yangfeng Group, commenced the production of 
	its second phase 480 000 t/a diammonium phosphate (DAP) project in Yichang 
	of Hubei province on January 8th.  The second phase with an investment 
	of RMB300 million includes two DAP production units with a capacity of 240 
	000 t/a each, one 200 000 t/a phosphoric acid unit and a 600 000 t/a 
	sulfuric acid, and construction on the second phase was started in late 
	March 2009.  
	October 19, 2009 - China Energy Recovery completed two waste heat 
	recovery systems for Hubei Yangfeng Group for US$1.42 million. About US$1.22 
	million will be recognised by CER in Q3 2009, according to US GAAP.  
	The completed systems are designed to generate 120 tons of steam per hour, 
	which translates into nearly 24MW of thermo power generation capacity. These 
	systems will help Yangfeng achieve an estimated annual saving of up to 
	57,100 tons of coal and reduce carbon dioxide emissions by up to 151,700 
	tons.   Yangfeng is one of China's largest producers of phosphate 
	fertilizer, which is used widely in agriculture. Globally, China is the 
	largest producer of phosphate fertilizers and is also the largest market for 
	these basic goods.  "We are very pleased to have completed these waste 
	heat recovery systems for Yangfeng, which is an important repeat customer of 
	CER," said Mr. Qinghuan Wu, Chairman and CEO of China Energy Recovery.  
	"China remains a big agricultural country, and the demand for fertilizer is 
	substantial," said Mr. Qinghuan Wu, Chairman and CEO of China Energy 
	Recovery. "With Chinese government's regulations mandating greater 
	environmental protection and energy savings, it is becoming crucial for 
	fertilizer producers to include waste heat recovery systems in their 
	facilities. This is a market segment we have been focusing on and expect to 
	have continued growth," he added.  The contract value presented above 
	includes a 17 percent value added tax and a 5 percent retainage for product 
	warranty purpose. According to US GAAP, VAT and the retainage are excluded 
	for revenue recognition purpose for the current period and the retainage 
	will be recognised as deferred revenue. The numbers presented represent 
	values based on current exchange rates. Changes in the currency exchange 
	rates would result in a commensurate change in contract value. April 6, 2002 - Yangfeng 
	Group currently is speeding up its 200 000 t/a sulfuric acid project using 
	solid sulphur as raw material and it is expected to be completed at the end 
	of May this year.  Yangfeng Group has a 60 000 t/a existing capacity in 
	producing sulfuric acid, taking pyrite as raw material. |