South China Laboratory of National Registration Center for Chemicals, MEMNRCC (Shenzhen) Safety Technology Co.,Ltd.
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Contact details

Enquiries:0755-27322216

After-sales service:4009017907

Address:301, Unit 1, Building A, No.2, Tengfeng 5th Road, Fenghuang Community, Fuyong Street, Bao'an District, Shenzhen, China.


Service e-mail: Ms. Peng

service@nrccsafety.com

Complaint Email: Ms. Peng

complaint@nrccsafety.com

Safety risk assessment of fine chemical reactions

The Guiding Opinions on Strengthening the Safety Risk Assessment of Fine Chemical Reactions issued by the State Administration of Work Safety on January 5, 2017 pointed out that starting from 2020, any fine chemical equipment included in the assessment scope but not subject to reaction safety risk assessment shall not be put into operation.
In August 2019, the China Chemical Safety Association released information on the third batch of fine chemical reaction risk assessment units, including Nuocheng (Shenzhen) Safety Technology Co., Ltd.

In order to enhance the essential level of safety in fine chemical processes and ensure the smooth implementation of enterprise safety production work, Nuocheng Safety provides professional safety risk assessments for enterprises with an experienced team of experts and fully qualified laboratories, accurately grasping the scope and content of the assessment, and guiding enterprises to use the assessment results correctly.


Assessment content

Test parameters

Thermal evaluation of material decomposition

Test the decomposition heat, the larger the decomposition heat, the higher the adiabatic temperature rise △TadThe larger

Severity assessment

Adiabatic temperature rise △Tad

Possibility assessment

Time to reach the maximum reaction rate for uncontrolled reactionsTMRad 

Matrix evaluation

Adiabatic temperature rise △TadTime to reach the maximum reaction rate for uncontrolled reactionsTMRad

Risk assessment of reaction process

Process operating temperatureTpTechnical maximum temperatureMTTTime to reach the maximum reaction rate of the uncontrolled systemTMRadby24Temperature corresponding to the hourTD24The maximum temperature that the uncontrolled system may reachMTSR