Information on scientific research projects published in Zhejiang Province includes instrumentation

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[ Instrument Network R & D ] Recently, Zhejiang Province has released information on scientific research projects developed in February 2020. Let's take a look together!
Research and Industrial Application of Key Technologies for Real-time Reliability Evaluation of Flow Meters

 

Project

information

 

 

project name

Research and Industrial Application of Key Technologies for Real-time Reliability Evaluation of Flow Meters

 

Project department

Zhejiang Quality and Technical Supervision Bureau

 

Bear unit

Zhejiang Institute of Metrology

 

Implementation period

2019-01 to 2020-12

 

Project leader and team members

Name

job title

employer

Undertake the task

 

 

Ma Longbo

Senior engineer

Zhejiang Institute of Metrology

Overall design

 

 

Zheng Jianying

Positive height

Zhejiang Institute of Metrology

Construction of gas flowmeter temperature adaptive equipment

 

 

Chen Shangshun

Senior engineer

Zhejiang Institute of Metrology

Construction of flow meter real flow electromagnetic compatibility equipment

 

 

Wu Xiaojie

engineer

Zhejiang Institute of Metrology

Construction of life reliability equipment for flow meter

 

 

Xiang Lei

engineer

Zhejiang Institute of Metrology

Research on Temperature Adaptability Test Method of Gas Flowmeter

 

 

Zhang Qian

engineer

Zhejiang Institute of Metrology

Research on Temperature Adaptability Evaluation Method of Gas Flowmeter

 

 

Fang Yan

engineer

Zhejiang Institute of Metrology

Research on Lifetime Reliability Evaluation Method of Flow Meter

 

 

Chen Chaoyang

Senior engineer

Zhejiang Institute of Metrology

Research on Real-time Electromagnetic Compatibility Test Method of Flow Meter

 

 

Chen Guofu

engineer

Zhejiang Institute of Metrology

Research on Evaluation Method of Flowmeter Real Flow Electromagnetic Compatibility

 

 

Zhang Ningning

engineer

Zhejiang Institute of Metrology

Research on Evaluation Method of Flow Meter Real Flow Reliability

 

Total funding

      1.2 million yuan

among them

Appropriation

1 million yuan

Other funding

Source and amount

Party B raises 20.00 (10,000 yuan)

 

budget

Equipment costs

0.00 million

material fee

80 million yuan

 

 

Testing laboratory processing fee

10 million yuan

Fuel power costs

0.00 million

 

 

Travel expenses

Ten thousand yuan

conference fee

Ten thousand yuan

 

 

Collaborative research and exchange fees

Ten thousand yuan

Service fee

20 thousand yuan

 

 

Publishing / Documentation / Information Dissemination / Intellectual Property Affairs

30 million yuan

Expert consulting fee

0.00 million

 

 

management fee

20 million yuan

 

 

process

information

Funding in place

Dialed in

    1 million yuan

Not dialed

     0.00 million

Total actual use of funds

140,000 yuan

 

Phase results

1. On the completed construction of the new project "Electromagnetic Compatibility Experimental Device for Flow Meters", the experimental research on real-flow reliability evaluation of electromagnetic interference performance of flow meters is being carried out. 2. Large tonnage electronic scales for large-tonnage mass method water flow standard devices are being selected. 3. Authorized 2 invention patents, published 1 paper, and led the completion of 1 Zhejiang Manufacturing Group Standard (Enterprise Standard).

 

 

 

Budget expenditure

Equipment costs

0.00 million

material fee

140,000 yuan

 

 

Testing laboratory processing fee

0.00 million

Fuel power costs

0.00 million

 

 

Travel expenses

0.00 million

conference fee

0.00 million

 

 

Collaborative research and exchange fees

0.00 million

Service fee

0.00 million

 

 

Publishing / Documentation / Information Dissemination / Intellectual Property Affairs Fee

0.00 million

Expert consulting fee

0.00 million

 

 

management fee

0.00 million

 

 

 

Large equipment and material names and prices

 

 

Final acceptance information

Landmark results achieved

 

 

 

Fund settlement


Research on Field Calibration Device of PM2.5 Automatic Monitor

Project

information

 

 

project name

  Research on Field Calibration Device of PM2.5 Automatic Monitor

Project department

Zhejiang Quality and Technical Supervision Bureau

Bear unit

Zhejiang Institute of Metrology

Implementation period

2020-01 to 2021-12

Project leader and team members

Name

job title

employer

Undertake the task

Zhang Jianfeng

mid-level engineer

Zhejiang Institute of Metrology

Design and test of calibration device

Hu Pengbing

mid-level engineer

Zhejiang Institute of Metrology

Calibration device construction and experiment

Yang Ying

mid-level engineer

Zhejiang Environmental Monitoring Center

Field Test

Pan Sunqiang

Deputy Senior Engineer

Zhejiang Institute of Metrology

Design and construction of calibration scheme

Chen Zhemin

Professor-level senior engineer

Zhejiang Institute of Metrology

Calibration scheme design

Liu Sumei

mid-level engineer

Zhejiang Institute of Metrology

Summary of calibration experiments and technical documents

Total funding

      10 million yuan

among them

Appropriation

0.00 million

Other funding

Source and amount

Party B self-raised 10.00 (ten thousand yuan)

budget

Equipment costs

0.00 million

material fee

60 million yuan

Testing laboratory processing fee

35 thousand yuan

Fuel power costs

0.00 million

Travel expenses

Ten thousand yuan

conference fee

Ten thousand yuan

Collaborative research and exchange fees

Ten thousand yuan

Service fee

0.00 million

Publishing / Documentation / Information Dissemination / Intellectual Property Affairs

0.00 million

Expert consulting fee

05,000 yuan

management fee

0.00 million

 

 

process

information

Funding in place

Dialed in

    10 million yuan

Not dialed

     0.00 million

Total actual use of funds

0.00 million

Phase results

At this stage, the preliminary scheme and selection of the particle generation device for field calibration are mainly carried out. At present, the following tests and applications have been performed: 1 Using the polystyrene standard material to generate particulate matter. Through experiments, it is found that this method has high cost and unstable concentration Disadvantages; 2 The research on the occurrence of particulate matter in the laboratory has been preliminarily carried out, and a preliminary nozzle atomization test has been made, and the optimization test needs to be continued in the later stage. 3 The existing aerosol generator products have been investigated and selected, which are basically consistent with the needs of other projects. Procurement has been carried out from other projects, and bidding has been completed. After the procurement is in place, relevant tests can be shared.

 

 

Budget expenditure

Equipment costs

0.00 million

material fee

0.00 million

Testing laboratory processing fee

0.00 million

Fuel power costs

0.00 million

Travel expenses

0.00 million

conference fee

0.00 million

Collaborative research and exchange fees

0.00 million

Service fee

0.00 million

Publishing / Documentation / Information Dissemination / Intellectual Property Affairs Fee

0.00 million

Expert consulting fee

0.00 million

management fee

0.00 million

 

 

Large equipment and material names and prices

High Chrome Cast Ball

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