Recently, the Mahu 015 well in the Mahu area of ​​the Junggar Basin in Xinjiang has obtained high-yield industrial oil flow in the Jurassic Badaowan Formation. The unfractured daily oil production is 405.6 cubic meters, and the daily gas production is 36,000 cubic meters. The pressure remains stable. The output history has reached a new high. So far, this year's oil and gas exploration in Xinjiang Oilfield has been newly acquired 52 layers of industrial oil gas flow 36 wells, of which four hundred tons of wells were born.
At present, since the Xinjiang oilfield has been continuously developed for half a century, the main part of the capacity building, the northwestern marginal fault zone of the Junggar Basin, is facing a situation of no major breakthrough for many years. In this regard, Xinjiang Oilfield has established a theoretical and technical system for the exploration of conglomerate reservoirs in the depression area with the exploration idea of ​​“jumping out of the fault zone and going to the slope zoneâ€, and discovered the largest conglomerate oilfield in the world—Mahu’s 1 billion-ton super-large oilfield. .
The discovery of Mahu's 1 billion-ton super-large oil field is the largest oil and gas exploration result in China in recent years, and it is the most realistic storage-increasing replacement area in China. “After more than 10 years of continuous research, we have enriched the theory of terrestrial oil and conglomerate sedimentology, established a reservoir model of conglomerate large oil area, integrated and innovated the high-efficiency exploration technology of conglomerate, and thus jumped out of the traditional thinking of the fault zone and found The 1 billion-ton Mahu oil-producing area not only realized the hope of several generations of Xinjiang oil-producing countries to find large oil fields, but also provided successful experience for the exploration of conglomerate in China and the world." Deputy General Manager of PetroChina Xinjiang Oilfield Company, Chief Geologist Zhi Dongming said.
It is reported that up to now, the multi-dimensional exploration pattern of the multi-layer system in the Mahu oil area has basically taken shape, and the prospect of high-efficiency development in the middle and shallow layers is promising. With the high-quality and efficient capacity building, the scale production has been fully rolled out. The Mahu Oil District plans to build a new capacity of 950,000 tons this year and produce 940,000 tons of oil throughout the year. According to the accelerated development plan, the crude oil output of Mahu Oilfield will reach 3 million tons in 2021, 5 million tons in 2025 and stable production for 6 years.
Flake Graphite is a natural crystalline Graphite . It is shaped like fish phosphorus, and is a six-square crystal system. It is layered and has good properties of high temperature resistance, conduction, heat conduction, lubrication, plasticization and acid and alkali resistance.
Flake graphite is a natural solid lubricant of layered structure, rich in resources and cheap in price.
feature
The flake graphite crystallization is complete, the film is thin and the toughness is good, the materialized performance is excellent, has the good thermal conductivity, the conductivity, the thermal shock resistance, corrosion resistance and so on.
distribution
In December 2015, geological prospectors found a large scale graphite mine in alashan, Inner Mongolia. The total amount of graphite resources was 1. 300 million tons, about 7 of the world's recoverable reserves. 3%, average grade 5. 45%. According to the introduction, such high grade, large-scale Graphite Mineral deposits are rare in China. [1]
In 2013, the U.S. geological survey reported that the global scale of graphite minerals was less than 5 million tons. The discovery was made in alashan, which has a large scale of 703 million tons of graphite in the area of zahan mushi.
classification
Classified according to the carbon content
Like C %, 99.9% High Purity Graphite; Ninety-four percent of "C %" is High Carbon Graphite; 80% "C %" is Medium Carbon Graphite; 50% "C %" is low Carbon Graphite .
Classification by size of granularity
When the particle size is smaller than w38 micropowder graphite.
standard
Scale graphite standard GB T 3518-2008
apply
refractory
Flake graphite is widely used in the treatment of gold industry of advanced refractory materials and coatings. Such as magnesia carbon brick, crucible, etc. Military industrial firework material stabilizer, smelting industrial desulfurization growth agent, light industry lead pen, electric industry carbon brush, battery industry electrode, fertilizer industry catalyst and so on. The flake graphite is deeply processed, and it can produce the graphite milk for lubricant, deformable agent, drawing agent, conductive coating and so on. It can also produce Expanded Graphite for flexible graphite products such as flexible graphite seals and flexible graphite composite products.
dope
The flake graphite as the functional filler of coating is mainly used for anticorrosive coating, fire retardant coating and conductive coating.
As an anticorrosive material, it has anti-rust primer, such as carbon black, talcum powder and oil, which has good corrosion resistance of chemicals and solvents. If you add zinc and yellow to the formula, it is better to rust.
A graphite interlayer compound obtained from Natural Graphite scales as raw materials, chemically or electrochemically treated. Expandable graphite under the condition of heat, swelling volume (up to 300 times) suffocate the flames, at the same time generate inflation, to isolate the flame, delay or interrupt the effect of flame spread, and itself does not burn, good flexibility, high surface energy, intensity of carbonized layer. But the volume and dosage of the expansive body should be suitable. The test shows that the 150um particles, 30% expansion multiples and 5% dosage are the most suitable.
The flake graphite can be directly used as a carbon conductive filler and can be made into a composite conductive filler for conductive coatings. However, due to the large addition of graphite flake, the coating can be brittle and its application is limited. Therefore, measures are taken to further improve the conductivity of graphite and effectively reduce the amount of graphite flake. Our domestic chemical machinery research institute has developed a high temperature and corrosion resistant resin as basic material, with the strong ability of conducting electrostatic entities large flake graphite flake as the main aggregates, with high intensity of ontology Good abrasion resistance.
The anti - deformation cracking - good short - cut fiber material is a solvent - free thick film conductive coating. The coating has the characteristics of anti-corrosive media penetration, small residual stress, good anti-matrix deformation, stable construction performance and long - term conductive static. Can be used in oil tank inner wall guide electrostatic coating. With electroless plating technique, according to the data of graphite powders metallized, such as copper, nickel, silver, such as the preparation of composite conductive filler, with 30% of the amount used in conductive coating, not only its conductivity is very good, and further improve corrosion.
Flake Graphite
Flake Graphite,Graphite Sheets,Natural Flake Graphite,Medium Carbon Graphite
Fengcheng Ruixing Carbon Products Co., Ltd , https://www.lnfcrxts.com