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gas (8)

MODULAR GAS PROCESSING

PCC has proven track record of providing comprehensive gas utilization solutions for onshore and offshore projects. Such solutions often ensure the implementation of innovative technologies packaged with global project management and execution expertise.

 

A natural gas processing plant is required for most gas streams that are produced from a gas well or an associated oil well. Natural gas in its raw form can contain water, NGL (Natural Gas Liquids), CO2 and H2S.

 

The natural gas from well heads usually requires processing to remove these contaminates from the gas stream. Gas streams from refinery or other processes require gas processing as well to remove liquids and condition the gas stream for its optimum purpose.

If you want to find the best natural gas processing plant design, please contact us.

 

PCC was established in 1993, and it’s a state owned company by Tianjin University which is ranking No.1 in chemical refinery engineering in China. PCC has a factory size of 145,064m2 and currently employs more than 350 people with various responsibilities in design and R&D, project management, engineering, procurement, and construction. A significant number of personnel also handle the commercial, financial, IT and administration of the Company. Read More

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What is the Gas-liquid Mixing Pump?

Gas liquid mixing pump is a kind of vortex pump and usually is installed horizontally. Gas liquid pumps are divided into  two types: closed-couple type and coupling type. All the wetted parts are made of SUS 304 stainless steel.

 

Gas liquid mixing pump is a horizontally mounted self-priming gas-liquid mixing pump. It uses a standard click coupling connection. The pump's wetted components are all made of stainless steel. The suction port of the gas-liquid mixing pump can draw in gas by the negative pressure, so there is no need to use a gas compressor and an atmospheric injector. The high-speed rotating impeller agitates the liquid with the gas, so no compressor and mixers are needed. Due to the pressurized mixing in the pump, the gas and the liquid are fully dissolved, and the dissolution efficiency can reach 80 to 99%. Therefore, a high-pressure solution can be obtained without a large pressurized gas tank or an expensive reaction tower. A gas-liquid mixing pump can be used for gas-liquid attraction, mixing, dissolution and direct delivery of highly dissolved liquid to the point of use. Therefore, the use of a gas-liquid mixing pump can improve the efficiency of the dissolved gas production, simplify the preparation device, save the space, greatly reduce the initial investment, save operating costs and maintenance costs.

 

 

Gas-liquid mixing pump operating conditions

 

Thin, clean, low viscosity liquid;

 

pH range is 3-9;

 

Liquid temperature -15 ° C ~ 120 ° C;

 

Ambient temperature: +40 ° C;

 

The volume ratio of gas to liquid is about 1:9 (the inspiratory volume is 8~10%);

 

The self-priming height is 9-NPSH (m).

 

Air flotation treatment. When the reflux ratio is 1:1, the water treatment capacity is 1~45m3/h.

 

Removal of impurities in well water, such as pre-engineering for semiconductor pure water manufacturing.

 

Wastewater treatment with grease, for example, kitchen wastewater.

 

Urine treatment after screening, such as excrement treatment of livestock.

 

Resource recycling, such as recycling and recycling of paper fibers.

 

Front-end treatment of plant wastewater, for example for the recovery of food, crystallization, pharmaceuticals.

 

Sediment, floats, fouling sludge, algae recovery, for example for ponds, lakes.

 

A tiny bubble bath like a cow's milk, such as a milk bath for hotels and restaurants.

 

Water surface projection in a large celebration, like a water screen.

 

Decoration of the water surface.

 

High concentration ozone water treatment (use example)  The water preparation capacity can be up to 54m3/h. The ozone concentration can reach 30mg/L.

 

Water quality improvement. Sterilization. Deoxidation, for example, for drinking water, beverages, underground well water.

 

Fresh food sterilization and preservation, for example, in food factories, restaurants, canteens.

 

Medical institutions, such as for instruments, wounds, white clothes, bedding, sterilization of wastewater, disinfection, decolorization, deodorization.

 

Sterilization of drinking water, water towers, water pipe descaling.

 

Sterilization of circulating water. Deodorization, for example, for swimming pools. Hot springs. Baths.

 

Reduce BOD.COD, decolorization of dye drainage, such as wastewater treatment in factories.

 

Laundry room. Paper mill, for example for sterilization, bleaching, deodorization, drainage and bleaching.

 

About Edon-China Micro Bubble Generator Manufacture

Hello and welcome to Edon pump. We are a manufacturer of micro nano bubble generator which also called gas liquid mixing pump or DAF pump. Since its interception, our company has been researching, developing and adapting our micro bubble pump to make it suitable for different specialty and new application or compatible to different countries' electricity system. From our factory in Shanghai, we can offer you different models of micro bubble generator for your various applications and standby spare parts.

 

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Drill Bit for Gas

The world's major natural gas extraction countries are the United States, Russia, Turkmenistan, Iran, Qatar, Algeria, the Netherlands and so on. China has also started producing shale gas in recent years. One of the main use of the most do is the PDC bit(gas drill bits).

Popular size and type 6 1/8" GS1306T, 8 1/2" GSD1606T, 12 1/4" GS1606TM, 17 1/2" GS1905S.

Natural gas, like oil, is buried in closed geological formations, some in the same layer as oil, some in isolation.

Natural gas stored in the same zone as crude oil will be extracted along with it.

Due to the complicated geological conditions of natural gas deep well drilling, the unforeseeable engineering geological problems lead to the difference between actual drilling and design and lead to serious drilling complications and accidents, which not only endanger drilling safety and the realization of geological objectives, but also seriously restrict the improvement of drilling speed and significantly increase drilling costs.

Drill bit types oil and gas:

Gas main engineering geology problems of deep well drilling (abnormal formation pressure, sidewall instability, formation natural deflecting and reservoir damage, etc.) and its characteristics, prevention, and treatment mainly drilling engineering geological problems.

In the design and construction of drilling well-drilling engineering geological problem analysis and follow-up evaluation, especially to deal with the four pressure (formation pressure and collapse pressure, leakage pressure and drilling fluid column pressure), is to improve the design quality, achieve the fundamental guarantee of safe drilling smoothly.

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Mining Drill Bits

Mining Drill Bits

The production system of Mining Industry is a complex system composed of many links.

In blast hole drill bits and coal mining drill bits   , complicated geological and hydrologic conditions, thick alluvium of topsoil, many quicksand layers, large water inflow, large well diameter, deep wellbore, and often concentrated operation scale, as well as high temperature, high pressure and high formation stress in the deep well, will greatly aggravate the severity of underground complexity and the difficulty of treatment.

Some problems should be solved according to the characteristics of coal mine drilling:

The problem of increasing drilling speed

Prevention and treatment of well collapse, diameter reduction, drilling drop and other accidents.

Anti-deviation technology.

High temperature resistance。

Problems of cutting tools in deep well construction.

Therefore, it is necessary to perfect the structure of the large-diameter bit.With the increase of drilling fluid density and well depth, the fluid column pressure exerts a pressure holding effect on the broken cuttings at the bottom of the well, and the broken cuttings from the cone bit are not easy to leave the bottom of the well under the action of differential pressure, resulting in the formation of a cushion at the bottom of the well, reducing the crushing efficiency, etc. Reasonable bit structure will speed up the flow of cuttings in the bottom hole, improve the crushing efficiency, accelerate the drilling speed and shorten the drilling cycle.

As well as improving the life of the roller bit, the service life of the roller has a great impact on the construction cost of drilling well. The life of the roller bit mainly depends on the life of seal, bearing and parent.

GREAT Mining tricone bit is utilized for blasting hole open pit mining. Depending on the different formations of customers, mining drill bit manufacturers can offer different product and types of drill bits used in mining,the sizes ranged from 6 3/4" to 16".

Mining tricone bit, we recommend 532、632、642、722 etc.

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LGT-100 Cross Stack & In-Situ Laser Gas Analyzer

LGT-100 in-situ gas analyzer is a flameproof in-situ probe-type tunable laser gas analyzer for industrial online analysis and environmental on-line monitoring, which can online analyze O2, CO, NH3, CO2, CH4, H2O, HCl, HF and other gases in various complex conditions (NOTE: A single analyzer can only analyze 1~2 components). Measuring concentration range from major to trace.

 

Features Of LGT-100 Cross Stack & In Situ Gas Analyzer

 

  • Easy optical path adjusting, XY direction non-coupling adjusting.
  • Small drift, long maintenance period, drift ≤ 1%F.S./half year.
  • "Single line" spectrum technology, free from the interference of background gas.
  • Integrated structure design, high stability, and reliability.
  • Integrated flameproof structure, consuming less purge gas compared with positive-pressure mode.
  • In-situ measurement without a pretreatment system avoids adsorption, blockage, and damage reduces cost.

 

Technical Parameter Of LGT-100 Cross Stack & In-Situ Laser Gas Analyzer

 

Principle

TDLAS

Linearity Error

≤±1%F.S.

Team Operation

≤±1% F.S./half year

Zero Drift

≤±1% F.S./half year

Calibration cycle

2 times/year

Response Time

≤1s (T90)

Explosion proof

ExdIICT6 Gb

Analog Output

2× 4-20mA output

Analog Input   

2× 4-20mA input

Digital Communications

RS485/RS232/GPRS

Working Temp

-20 ° C ~ +60 ° C

Purge Gas

 0.3MPa ~ 0.8MPa N2, clean air

Power supply

24VDC, <20W

Certificates

ATEX, IECEx, CE

 

Application Of LGT-100 Cross Stack & In-Situ Laser Gas Analyzer

 

Apply to converter gas recovery gas analysis, CDQ circulating gas analysis; oxygen measuring electric fishing coke oven gas after analysis; pulverized coal injection gas analysis; ammonia escaping gas analysis in the cement industry; trace CO detection and analysis electricity, cement, environmental protection; HCl and HF trace analysis in environmental protection and  chemical industry.

 

Hangzhou Zetian Technology is committed to the integrity, strength and quality of our products. If you want to know more details or want a quotation, just feel free to contact us!

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FT-2000P Portable FTIR Gas Analyzer

Overview

Based on FTIR technology, FT-2000P portable gas analyzer can continuously monitor various kinds of components in the emission, such as SO2, NOx(NO, NO2),CH4, NH3, HCl, HF, CO, CO2, O2, H2O. According to actual measuring need, it can be extended to measure other components, like SO3, N2O and etc. This portable system mainly comprises FTIR analyzer and sampling probe. It has features of high measurement accuracy, wide dynamic range and low detection limit.

 

Feature Of FT-2000P Portable FTIR Gas Analyzer

 

Warming up is no required for the analyzer to realize fast measurement;

Applicable for high humidity and dust occasion;

Optical length up to 13m, extremely low detection limit, high range dynamics, satisfy the monitoring of small emission limit;

By applying OLS and PLS techniques and selecting, interference from H2O or others can be effectively eliminated;

Quick site sampling, analysis and easy operation.

 

Application Of FT-2000P Portable FTIR Gas Analyzer

 

Apply to dust and noise online monitoring in construction sites, roads, residential, factory sector, tourism, waste incineration plants and other construction sites and production situations.

 

Specification Of FT-2000P Portable FTIR Gas Analyzer

 

principle:

fourier transform infrared spectroscopy (FTIR)

Range:

SO2: (0 ~ 75) mg / m3

NO: (0~200) mg/m3

NO2: (0 ~ 40) mg / m3

NOx: (0~200) mg/m3

CO: (0 ~ 75) mg / m3

H2O: (0 ~ 40)%

CH4: (0 ~ 20) mg / m3

NH3: (0 ~ 10) mg / m3

HCl: (0~15) mg/m3

HF: (0 ~ 10) mg / m3

CO2: (0~20) mg/m3

Pretreatment Method:

condensation dewatering/whole process high temperature (optional)

Repeatability:

≤2%

Zero Drift:

≤±2%F.S./24h

Team Operation:

≤±2%F.S./24h

Sampling Flow:

(1.5 ± 0.5) L / min

Response Time:

≤90s (T90)

Enclosure Protection:

IP41

Working Temp.:

0~45°C

Working Pressure:

80kPa ~ 106kPa

Humidity:

0~95%RH

Communication:

RS232&USB

 

Hangzhou Zetian Technology is committed to the integrity, strength and quality of our products. If you want to know more details or want a quotation, just feel free to contact us!

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HM-200 Hygronom

Overview

Hygronom is used to measure the humidity of flue gas emitted by pollution sources. According to measured humidity, the precision humidity meter converts wet gas concentration into dry gas concentration. In addition, it also can be used in industrial online humidity monitoring.

 

HM-200 hygronom is an intelligent humidity/ oxygen transmitter, which employs microprocessor as the core, and frequency conversion icon oxygen sensor as a measuring unit. The installation method adopts a heat tracing pipeline installation. It is a self-developed product, of which, the core component is from Switzerland.

 

Under the effect of the air pump, the flue gas inside the stack enters the measurement module after heating from the heat tracing probe. The whole process of extraction, measurement, and discharge is with heat tracing to prevent gas from condensation, which will affect the measurement of moisture in the flue gas. The flue gas enters the measurement module after heating and the frequency conversion icon oxygen sensor will start to measure gas concentration. After the measurement, the gas can get into an analyzer for the measurement of other components.

 

Features Of HM-200 Hygronom

 

Portable structure, easy to install and disassemble

Able to measure the humidity of 300℃ flue gas

Able to match with the large-scale system for measurement or independent measurement

The probe is equipped with heat tracing function to prevent condensate water from damaging probe and affecting measuring value

Imported core components with high-performance index and reliability

Technical Parameter Of HM-200 Hygronom

 

Measurement range

O2: 0~25.00%, H2O: 0~40.00% (volume ratio )

Sensor

Frequency conversion icon oxygen sensor (2)

Accuracy

0 ~ 1% O2: ± 1.5% FS

0~25%  O2:±1.5% of measured value

0~40.00%  H2O:±1%F.S.

Stability

0 ~ 1% O2: ± 1.5% FS / 7d

0~25%  O2:±1.5%/7d of measured value

0 ~ 40.00% H2O: ± 1% FS / 7d

Response time

T90 < 30s

Sensor life

>2 years (under normal use)

Transmitter life

>5 years (under normal use)

Power supply

24VDC

Instrument weight

Net weight about 2.25kg  (include operation panel)

Ambient temperature

Transmitter: -10°C~+50°C

Probe: 0~300℃  (except probe cable)

Ambient humidity

<85%RH

Power consumption

Maximum about 35VA (heating)

Under normal working: 30~31W

Sample gas flow

(2 ~ 6) L / min

Analog output (2 sets)

Settable 4-20mA, 0-20mA, 0-1-5-10V, 1-5V

Communication

Rs485 (standard)/RS232 (optional)

 

Application Of HM-200 Hygronom

 

It can be widely applied in high-temperature (300℃) gas (such as desulfuration and denitration) humidity measurement of Continuous Emission Monitoring System (CEMS), humidity measurement and control in fields including wood, building material, papermaking, chemical industry, fiber, pharmacy, textile, tobacco, vegetable and food processing.

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For gas forklifts, fuel cell technology is very promising. It uses compressed hydrogen to react with oxygen in the atmosphere to generate fuel cell technology - forklift current. The current drives the motor in the gas forklifts. The energy density of hydrogen is much higher than that of batteries. Hydrogen fuel is injected into the vehicle in the same way as gasoline, enabling the vehicle to enjoy shorter hydrogenation time and longer hydrogenation intervals. Hydrogen fuels may play an important role in powering these industrial machines. 

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At the largest logistics trade show in Japan, the use of hydrogen fuel cells has proved promising. 

At this logistics trade show, our hydrogen fuel cell has proved to be one of the most attractive products. The company demonstrated a new 1.8-ton forklift and a conceptual airport tractor model using fuel cell technology. The application of this technology in forklift and similar machinery shows that hydrogen fuel has significant potential in such a huge market segment. 

Fuel cell technology may be difficult to popularize in consumer vehicles, but it has proved very promising for fuel forklift trucks. These industrial pioneers are becoming the earliest users of hydrogen fuel cells. 

Electric cars may be the technology that will lead consumer cars, but the story of hydrogen fuel cells is not over. The difficulty in introducing fuel cells into the mainstream market lies in the demand for a wide range of hydrogenation station infrastructure. Among these obstacles, the need to reduce the cost of technology is also high. In another word, for forklift trucks, the situation is different. The forklift is now alternately powered, but fuel cell technology can help reduce downtime.

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