Fracturing technology for worldwide oil production plays a very fracture stimulation important role, while oil fracturing proppant fracturing of oil is the key to the success of the availability of technology.
High quality proppant can play an important role for the exploitation of crude oil. Oil fracturing proppant, is to maintain a deep fissure formation rock split state support. During use, the proppant fracturing fluid mixing, using coercion injected deep cracks in the rock strata support, to improve the conductivity of oil, increase crude oil production.
At present, the domestic use of fracturing ceramic, quartz sand, but their intensity is low, only for the exploitation of shallow wells. If these proppants for use in the deep, will bear enormous pressure and rock formation environment in a variety of corrosion will be a lot of broken, but prevented the outflow of oil, it is difficult to meet the requirements of the well.
Multi-sintered corundum products internationally, but to meet the requirements of this article, although the physical and chemical properties, but the sources of raw materials difficult, fracturing proppant complicated process, and the high energy consumption, high cost.
We use bauxite, together with special materials, through the laboratory, to obtain new proppant substantially achieve the desired purpose.

When oil and gas after deep mining, high closure pressure after fracturing low permeability deposit processing, the hydrocarbon formation split, passage of oil and gas from the cracks formed in the collection out bauxite proppant of the fluid injected into the rock grassroots needs at this time, to exceed the formation fracture pressure strength, so that cracks the rock around the wellbore to form a channel having a high level flow capacity, cracks formed to maintain open after fracturing oil and gas product can be smoothly passed.
         Petroleum proppant into the formation along with high-pressure solution filled in the cracks in the rock, play a supporting fracturing proppants fissure is closed not because of stress release effect, thereby maintaining high conductivity, so that oil and gas flow, increase production.

Clean fracturing fluid and proppant transport laid an hydraulic fracturing proppant important impact on the fracturing effect, currently based in this area are more theoretical research and field trials, the experimental study of indoor less. A transparent parallel plate fracture filling simulation device for four factors proppant settlement laws were studied. The results showed that: the greater the viscosity, the sedimentation rate is smaller; fracturing fluid carrying sand performance with increasing displacement, reduce proppant density linear growth law; the sand was less affected than the settling velocity; wherein the three main factors the impact of fracturing fluid carrying capacity of descending order of clean fracturing fluid viscosity, density and proppant sand-liquid ratio. Proppant settlement laws recognize further improve the rationality fractured wells construction parameters.
Proppant in the fracture of sanding concentration, distribution, etc. are laid way affect the important fracture conductivity. The factors that determine the distribution of proppant in the fracture displacement law including collision construction, construction pressure, sand-liquid ratio, fracture surface, proppant particles between proppant and fracturing fluid physical properties and the like.
It has been reported in the fracture proppant Hydraulic Fracturing Proppants settling in the law, but has not yet formed a systematic research. Therefore, the strengthening of the settlement of the proppant in the fracture, and has important practical implications for oil fracturing wells.
Domestic researchers discussed migration and law laid proppant in theory, field test mainly rely on simulation software, there are few aspects of research experiments. Transparent parallel plate apparatus proppant study law laid artificial fracture to guide mine construction.

Traditional ceramic proppant mainly clay and frac proppant bauxite as material preparation. Australia Ecopropp company developed a new proppant merchandise, the merchandise mainly byproducts of coal-fired power plant fly ash material prepared from. Now, this product has passed the examination of third-party organization prestige, fully meet ISO specifications.
According to reports, compared to the traditional clay-based proppant and bauxite-based proppants, fly ash-based proppant has good performance, low cost level, a significant advantage. First, the material widely origin, low prices. Ash-based proppant to coal-fired plants waste fly ash as material, origin very widespread, many regions and even free use. Second, the pressure level is high, compared to kaolin-based proppants 10000 PSI 7500 PSI and bauxite based, fly ash-based proppant pressure rating up to 14000 PSI. Third, low production costs and transportation costs. Ash-based proppant quality than the other two proppant lighter, and simple production process, the production process less chemical consumption, and therefore lower its cost of production ultralight weight and transportation costs. Fourth, the big profit space, at the same market price, ash-based proppant due to its low cost and with greater profit space.

Proppant is a granular material costly oil and gas oil fracturing proppant exploration fracturing used in water conservancy. After deep mining at oil and gas, high pressure low permeability deposit closure after fracturing treatment, the hydrocarbon formation split, passage of oil and gas from the cracks formed in the collection out, then need to inject fluid rock grassroots to exceed formation fracture the intensity of pressure, so that cracks the rock around the wellbore to form a channel having a high level flow capacity, after maintaining fracturing the formation of cracks open, the oil and gas product can be smoothly passed. As the hydraulic mining technology expansion in oil and gas exploration in the field of ceramic proppant global market demand of 450,000 tons from 2003 to 2013 of 3.6 million tons, worth about $ 2.5 billion market.
The traditional ceramic proppant mainly clay and bauxite as starting material. Australia Ecopropp company developed a new proppant products, which mainly byproducts of coal-fired power plant fly ash as raw material from. Currently, the product has passed the authority of the third party testing, fully meet the ISO standards.
According to reports, compared to traditional clay-based proppant and bauxite-based proppants, fly ash-based proppant with good performance and low cost significant advantage. One wide source of raw materials, low prices. Ash-based proppant to waste fired power plant fly ash as raw material, wide range of sources, many areas even free of charge. Second, the pressure fracturing proppants level is high, compared to the kaolin-based proppants 10000 PSI 7500 PSI and bauxite based, fly ash-based proppant pressure rating up to 14000 PSI. Third, low production costs and transportation costs. Ash-based proppant than the other two proppant lighter, and the production process is simple, the production process less chemical consumption, and therefore lower its production costs and transportation costs. Fourth, profit margins, in the same market price, fly ash-based proppant because of its low cost and with greater profit margins.

After deep mining at oil and gas, high pressure fracturing proppants low permeability deposit closure after fracturing treatment, the hydrocarbon formation split, passage of oil and gas from the cracks formed in the collection out, then need to inject fluid rock grassroots to exceed formation fracture the intensity of pressure, so that cracks the rock around the wellbore to form a channel having a high level of current capacity, the formation of cracks to keep the fracture open after the oil and gas product can be smoothly passed.
Petroleum proppant into the formation along with hydraulic fracturing proppant the high-pressure solution filled in the cracks in the rock, play a supporting fissure is closed not because of stress release effect, thereby maintaining high conductivity, so that oil and gas flow, increase production.

Most proppant material obtained by LAS, additives can reduce fracturing proppants the sintering temperature fracturing proppant. Studies have shown that: the additive at a lower temperature may promote generation liquid, or a solid solution reacts with Al2O3, improved sintering activity. The most commonly used additives are mainly manganese powder, barium carbonate, calcium carbonate, dolomite, chromite and so on. In the high-temperature sintering manganese ore and manganese ions are easy to replace aluminum ion, the lattice variation, thus promoting sintering, its amount is generally 1% to 3% is appropriate; barium carbonate and calcium carbonate at high temperature sintering process will monoclinic barium feldspar and anorthite Dan Shengcheng, both to protect the other components of the product from acid erosion, which amount to 3% to 5% and 1% to 2% is appropriate; dolomite at high oil fracturing proppant temperatures can promote liquid generate, promote sintering, but also to promote the precipitation of corundum surface secondary mullite crystals, improve the sintering properties of the sample, is generally added in an amount to 2% to 3.5% is appropriate; chromite sintering temperature can be reduced, promoting mullite phase formation, the amount of chromite corundum grains will promote development, increase density, improve strength, its amount is generally 1% is appropriate.

Clean fracturing fluid and proppant transport Hydraulic Fracturing Proppants laid an important impact on the fracturing effect, currently based in this area are more theoretical research and field test, and experimental research on indoor less. A transparent parallel plate fracture filling simulation device for four factors proppant settling laws were studied. The results showed that: the greater the viscosity, the sedimentation rate is smaller; fracturing fluid sand-carrying performance with increasing displacement, reduce proppant density linear growth law; the sand was less affected than the sedimentation rate; which three main factors the impact of fracturing fluid carrying capacity of descending order of clean fracturing fluid viscosity, density and proppant sand-liquid ratio. Recognize proppant settling rules can be further improved rationality fractured wells construction parameters.
Proppant in the fracture sanding concentration, fracturing proppants distribution, etc. are laid way affect the important fracture conductivity. The factors that determine the distribution of proppant in the fracture displacement law including collision construction, operation pressure, sand-liquid ratio, fracture surface, proppant particles between proppant and fracturing fluid properties and so on.
It has been reported in the fracture proppant settling in the law, but has not yet formed a systematic research. Therefore, strengthening the settlement of the proppant in the fracture, and has important practical implications for oil fracturing wells.
Domestic researchers discussed migration and law laid proppant in theory, field test mainly rely on simulation software, there are few aspects of research experiments. Transparent parallel plate device research proppant law laid artificial fracture to guide mine construction.