Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
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STATUS OF COAL PROJECTS (Underline denotes changes since June 1994)<br />
COMMERCIAL AND R&D PROJECTS (Continued)<br />
FRONTIER - ENERGY COPROCESSING PROJECT Canadian<br />
Energy Developments, Kilborn International (C-225)<br />
The Frontier Energy project is a commercial demonstration of a state-of-the-art technology for the simultaneous conversion of<br />
high sulfur coal and heavy oil (bitumen) to low sulfur, lean burning, liquid hydrocarbon fuels plus the cogeneration of electricity for<br />
export. Two main liquid hydrocarbon products are produced, a naphtha fraction which can be used as a high value petrochemical<br />
feedstock or can be processed further into high octane motor fuel and low sulfur fuel oil that can be used to replace high sulfur coal<br />
in thermal powerplants. Cogenerated electricity, surplus to the requirements of the demonstration plant, is exported to the utility<br />
electrical system.<br />
Frontier Energy is a venture involving Canadian Energy Developments of Edmonton, Alberta, Canada and Kilborn International<br />
Ltd. of Tucson, Arizona.<br />
The technology being demonstrated is the CCLC Coprocessing technology in which a slurry of coal and heavy oil are simul<br />
taneously hydrogenated at moderate severity conditions (temperature, pressure, residence time) to yield a low boiling range<br />
(C -975 degrees F) distillate product.<br />
The CCLC Coprocessing technology is being developed by Canadian Energy Developments Inc. in association with the Alberta Of<br />
fice of Coal Research and Technology (AOCRT) and Gesellschaft fur Kohleverflussigung GmbH (GfK) of Saarbrucken, West<br />
Germany.<br />
Two integrated and computerized process development units (PDUs), 18-22 pounds per hour feed rate, are currently being<br />
operated to confirm the technology in long duration runs, to generate operating data for the design of larger scale facilities and to<br />
produce sufficient quantities of clean distillate product for secondary hydrotreating studies and market assessment studies.<br />
Canadian Energy and GfK are planning to modify an existing 10 ton/day coal hydrogenation pilot plant to the CCLC Coprocessing<br />
configuration and to use it to confirm the coprocessing technology in large pilot scale facilities while feeding North American coals<br />
and heavy oils. Data from this large pilot scale facility will form the basis of the design specification for the Frontier Energy<br />
Demonstration Project. Frontier expects the coprocessing plant to be under way in the spring of 1994.<br />
The demonstration project will process 1,128 tons per day of Ohio No. 6 coal and 20,000 barrels per day of Alberta heavy oil. An<br />
unsuccessful application was made for Clean Coal Technology (CCT) funds in Round III. The project intends to file an application<br />
for CCT funds in Round V.<br />
- GE HOT GAS DESULFURIZATION GE<br />
Environmental Services Inc. and Morgantown Energy Technology Center (C-228)<br />
This project was designed to demonstrate the operation of regenerable metal oxide hot gas desulfurization and particulate removal<br />
system integrated with the GE air blown, coal gasifier at the GE Corporate Research and Development Center in Schenectady,<br />
New York.<br />
Construction of the demonstration facility was completed by 1990 and several short duration runs were done to allow a long dura<br />
tion (100 hour) run to be completed in 1991. The facility gasifies 1700 pounds per hour of coal at 280 psig. Outlet gas temperature<br />
ranges from 830-1 150F.<br />
During a 4.5 hour period in a 60 hour run the hot gas cleanup system achieved an overall sulfur removal of 95.5 percent.<br />
- GREAT PLAINS SYNFUELS PLANT Dakota<br />
Gasification Company (C-240)<br />
Initial design work on a coal gasification plant located near Beulah in Mercer County, North Dakota commenced in 1973. In 1975,<br />
ANG Coal Gasification Company (a subsidiary of American Natural Resources Company) was formed to construct and operate the<br />
facility and the first of applications were many filed with the Federal Power Commission (now FERC). The original plans called<br />
for a plant designed to produce 250 million cubic feet per day to be constructed by late 1981. However, problems in financing the<br />
plant delayed the project and in 1976 the plant design was reduced to 125 million cubic feet per day. A partnership named Great<br />
Plains Gasification Associates was formed by affiliates of American Natural Resources, Peoples Gas (now MidCon Corporation)<br />
Tenneco Inc., Transco Companies Inc. (now Transco Energy Company) and Columbia Gas Systems, Inc. Under the terms of the<br />
partnership agreement, Great Plains would own the facilities, ANG would act as project administrator, and the pipeline affiliates of<br />
the partners would purchase the gas.<br />
In January 1980, FERC issued an order approving the project. However, the United States Court of Appeals overturned the FERC<br />
decision. In January 1981, the project was restructured as a non-jurisdictional project with the synthetic natural gas (SNG) sold on<br />
an unregulated basis. In April 1981, an agreement was reached whereby the SNG would be sold under a formula that would esca<br />
late quarterly according to increases in the Producer Price Index with a cap during the first 5 years of operation equal to the<br />
energy-equivalent price of No. 2 Fuel Oil, a cap during the fifth through tenth year of operation equal to the pipelines highest<br />
10 percent gas purchases or the average border price paid by the pipelines and after the tenth year, the only remaining price cap<br />
4-58<br />
SYNTHETIC FUELS REPORT. JANUARY 1995