Maide Ceramics Proppants contributes to successful hydraulic fracturing operations in oil and gas wells around the globe

Maide Ceramics Proppants contributes to successful hydraulic fracturing operations in oil and gas wells around the globe.  They play an important role in the quest to both increase yields from existing sites and improve the industry's ability to effectively tap new formations.
Maide Ceramics Proppants understands the need for ceramic proppants and develops engineered shapes with inherent strength enabling them to maintain integrity under the most rigorous conditions.  Maide Ceramics Proppants has manufactured high-quality ceramic proppants for nearly three decades, committing to high-quality proppants that not only meet, but exceed engineering requirements and backing up this commitment with competitive pricing and superior service with a global supply base.

Hydraulic fracturing is a technique in which water is mixed with sand

Hydraulic fracturing is a technique in which water is mixed with sand or ceramic proppants and chemicals to make the “fracturing fluid” which is injected at high pressure into a wellbore to create fractures in a hydrocarbon formation. The fractures, supported by proppants, act as conduits along which fluids such as gas and oil can migrate to the wellbore and then up to the surface.
The two main purposes of fracturing fluid are 1) to extend fractures while under high pressure and 2) to carry proppant into the formation and leave it there without damaging the formation or production of the well.

Bauxite proppant is an aluminum ore from which most aluminum is extracted.

Ceramic proppants are engineered from either non-metallurgical bauxite or kaolin clay to have relatively high roundness, sphericity and size that can withstand very high levels of downhole pressure.
Bauxite proppant is an aluminum ore from which most aluminum is extracted. Kaolin is a mineral clay that also contains aluminum, but not at ore grade levels. Through a process called sintering both materials can achieve superior strength characteristics.
Before sintering, the ceramic material is crushed, pelletized and sieved into specifically sized particles. Sintering occurs in high-temperature kilns that bake the sorted particles to decrease their water content and thereby also change their molecular structure, rendering them more spherical and more uniformly dense.

there are ultra lightweight proppant two kinds of classification methods

A wide variety of synthetic resin paint, there are ultra lightweight proppant two kinds of classification methods:
(1) according to the main film forming material classification
Due to the resin is different and each has its characteristics (table 1). Alkyd resin coating production of the largest, fastest growing acrylic resin coatings, amino resin coating, epoxy resin coating, polyurethane coating production is bigger also, this is constitute the five varieties of synthetic resin coating.
(2) the classification according to the oil well fracking with the dispersion medium
Can be divided into three categories of solvent, water type, no solvent (table 2). Solvent-based coating production of the largest, widely used, but because of the need to use a large number of organic solvents, environmental pollution, are being high solid coatings, water type coatings, powder coatings and radiation curing coating gradually replaced. Sometimes call this a few kinds paint coating of saving energy and low pollution, save resources, is the coating product of new variety.

Shale gas reservoir fracturing proppant settlement

Shale gas reservoir fracturing proppant settlement regularity and the experimental research on shale gas development is a system, a vast amount of engineering, its high technical requirements and more money. Horizontal well development and technology of hydraulic fracturing is the core of the shale gas development. Than with conventional guanidine gum fracturing fluids, gliding water to form complex fracture network, greatly improve the effect of well stimulation. As a result, the shale gas reservoir fracturing slippery water often used as a fracturing fluid, large displacement, low viscosity construction method. Low viscosity, but due to slippery water carrying capacity is poor, proppant settlement regularity with different conventional petroleum proppant gum fracturing fluid. At present, China about shale gas reservoir, fracturing proppant settlement rule research focuses on the theoretical aspects, construction technology and main draw lessons from foreign practices, or software simulation based on the experience, lack of effective means of experiment; Especially for gliding water carrier proppant settlement, the migration regularity of research is still in its infancy, lack the necessary indoor experiment and system theory to guide the shale gas reservoir fracturing design and construction. To this end, the author designed a model device, and through the device simulation gliding water carrier in the fracture process, studies the construction capacity, seam width, proppant sand particle size and viscosity of fracturing fluid and than within the fracture parameters such as Hydraulic Fracturing Proppants settlement and the influence of the conveyance speed, so as to provide reference for establishing reasonable construction parameters.

The ends off the sand fracturing technology

With the exploitation of oil and gas fields crossover technology development and integrated use of a variety of process technology, the scope of application of fracturing proppants technology is no longer confined to low-permeability formations, high-permeability formations have begun to use this technology to improve development results. When oil well fracking  technology used in high-permeability formations, hoping to form a short, wide cracks and crack control as much as possible within the scope of the oil and gas layers. In order to meet the requirements of this particular foreign mid-80s in the 20th century developed the ends off the sand natural gas fracking  technology, and soon applied to the site, currently also carried out research in this area, and has made great progress .

Oil fracturing proppant application

Oil fracturing proppant application what?
Oil frac proppant for oil and natural gas wells in low permeability oil and gas fracturing the key material, the use of the product, can effectively improve oil and gas production and extend well life. Proppant type 1, from the category ductile brittle ceramic proppant，Toughness proppant 2, from the timber
Qualitative classification of quartz sand, aluminum balls, walnut shells, glass beads, plastic balls, steel balls, ceramic, resin-coated sand, etc., current usage is: quartz sand accounted for 50% market share, resin-coated sand about market share of 15% of the ceramic with high hardness, low cost and is widely used.