Conceptually fresh methods of hydrate formation are proposed. are the high hydrate formation rate combined with a comparatively low power consumption leading to a great expected efficiency of the technologies based on them. The set of experiments was carried out. Gas hydrates of refrigerant R134a carbon dioxide and propane were produced. The investigation of decomposition of a generated gas hydrate sample was made. The criteria of intensification of the hydrate formation process are formulated. Over the recent NVP-BAG956 years the interest in gas-hydrates has grown all over the world1 2 3 Previously the majority of studies were aimed at finding the methods of prevention of hydrate formation and avoiding solid phase accumulation in systems of underground and overground equipment at oil and gas debris4 5 6 However now the emphasis can be shifted on the perspective of using hydrates as well as the hydrate development procedure in practice. Therefore for instance one economically audio approach to gas transportation in the lack of gas pipeline requires switching gas to gas-hydrate moving it in a good condition under static pressure and low temperatures (although recently significantly greater attention continues to be paid towards the transport under nonequilibrium circumstances and atmospheric pressure)7 8 9 Such transport method may be the most lucrative for little oil-gas fields as well as the security effect may be accomplished by using both gas and clean drinking water continued to be after gas-hydrate decomposition. Another usage of hydrate systems may be the gas storage space (in the gas-hydrate condition) near huge customers10 11 12 Artificial hydrate development processes could also be used outside the coal and oil industry for ocean drinking water desalination gases parting fog elimination temperature build up creation of effective refrigeration cycles yet others. Gas-hydrate systems may also help resolve global ecological complications13 14 15 16 17 The main ecological problem may be the climatic modification which can be linked to the upsurge in the focus of greenhouse gases including carbon dioxide. Obviously the release rate of carbon dioxide will increase with the growth of industrial production. One promising for the large-scale use method of gases utilization involves gas conversion into the gas-hydrate state and storing it at the ocean bottom under low temperatures and ruthless. Obviously the primary factor making sure the economic viability of such technology is the price of hydrate development. As a complete result we place the target to develop an easy and cost-effective approach to hydrate formation. The presently existing technology of hydrate formation derive from: intensive blending of gas-saturated drinking water18 fine drinking water plane dispersion in gas atmosphere19 vibratory and supersonic impact on the bubble moderate etc. Nevertheless the most above-mentioned methods could be characterized by a minimal hydrate development price and NVP-BAG956 for that reason low performance of plant life that consume them. All of the analysis of gas hydrates could be split into two parts: fundamental and used. The main of them will be the studies of CYFIP1 the gas-hydrate framework its physicochemical thermophysical mechanised and various other properties the overall conditions necessary for their formation and their development systems20 21 22 23 24 25 26 27 28 NVP-BAG956 Great interest is certainly paid to the techniques of NVP-BAG956 learning both organic and man-made gas hydrates29 30 31 32 33 34 35 36 37 A whole lot of contributions focus on the enhancement from the hydrate formation procedure. Significant amounts of content are specialized in experimental and numerical modeling of gas hydrates development and decomposition procedures38 39 40 41 There are various patents for hydrate development strategies and big companies such as for example Mitsui Toyota Chevron yet others are their holders. Lately a fresh hydrate formation method continues to be proposed Relatively. It is predicated on the surprise wave effect on a bubble moderate13 14 15 42 It had been shown that the primary mechanism in charge of the higher rate of hydrate development relates to the fragmentation of NVP-BAG956 bubbles in the surprise wave throughout their active blending. It qualified prospects to intensification of.