EDITOR’S PAGE; pp. 287–292

ESTONIAN OIL SHALE – RESOURCES AND USAGE; pp. 295–303

RESTRUCTURING ESTONIA’S OIL SHALE INDUSTRY: WHAT LESSONS FROM RESTRUCTURING THE COAL INDUSTRIES IN CENTRAL AND EASTERN EUROPE?; pp. 304–310

SUSTAINABLE UTILIZATION OF OIL SHALE RESOURCES AND COMPARISON OF CONTEMPORARY TECHNOLOGIES USED FOR OIL SHALE PROCESSING; pp. 311–323

SOLID OIL SHALE HEAT CARRIER TECHNOLOGY FOR OIL SHALE RETORTING; pp. 324–332

NEW DIRECTIONS FOR SHALE OIL: PATH TO A SECURE NEW OIL SUPPLY WELL INTO THIS CENTURY [ON THE EXAMPLE OF AUSTRALIA]; pp. 333–346

COMBINED UTILIZATION OF OIL SHALE ENERGY AND OIL SHALE MINERALS WITHIN THE PRODUCTION OF CEMENT AND OTHER HYDRAULIC BINDERS; pp. 347–355

OIL SHALE DEVELOPMENT IN CHINA; pp. 356–359

JORDAN’S EXPERIENCE IN OIL SHALE STUDIES EMPLOYING DIFFERENT TECHNOLOGIES; pp. 360–370

ASPECTS CONSIDERED IN NEW CFB BOILER DESIGN FOR NARVA POWER PLANTS; pp. 371–374

REDUCING THE ENVIRONMENTAL IMPACT OF BALTIC POWER PLANT ASH FIELDS; pp. 375–382

EXPERIENCE OF OIL SHALE BURNING IN LOW-TEMPERATURE FLUIDIZED-BED BOILERS; pp. 383–387

SUSTAINABILITY OF OIL SHALE-BASED ELECTRICITY PRODUCTION; pp. 388–397

GEOTECHNICAL PROCESSES IN CLOSED OIL SHALE MINES; pp. 398–403

ESTONIAN OIL SHALE RESOURCES CALCULATED BY GIS METHOD; pp. 404–411

COULD MAGMA TRANSPORT AND ACCUMULATION BE A USEFUL ANALOGUE TO UNDERSTAND HYDROCARBON EXTRACTION?; pp. 412–420

ENHANCED BIODEGRADATION OF OIL SHALE CHEMICAL INDUSTRY SOLID WASTES BY PHYTOREMEDIATION AND BIOAUGMENTATION; pp. 421–428

DEPOSITION FLUX AND ATMOSPHERIC BEHAVIOR OF OIL SHALE COMBUSTION AEROSOLS; pp. 429–440