Explosion-protection technology: A significant tool in Australia

 

Explotion Protection Courses

The highly flammable gases, liquids, and vapours along with explosive dust generated, processed, deposited, and transported result in the formation of hazardous areas. Explosives manufactured and managed cause disruption that is highly life-risking.  With the growth in the leading oil and gas industry or mineral processing industry in Australia, development in explosion protection technologies is quite significant too.  Explosion protection includes techniques and technology that could prevent the electronic equipment from igniting flammable materials and dust in dangerous areas.  Advancement in the area requires active participation and training to effectively manage instruments that a domestic electrician or instrument technician cannot operate on. 


Significance of Advanced Diploma in Explosion Protection 

The electricians and instrument engineers require to undergo a specific training program to manage risks, evaluate and audit functions in hazardous areas in Australia.  

The course provides an opportunity to:  

1. Produce explosion-protected electrical systems and installations 

2. Identify the hazardous areas and equipment along with conducting an audit of the installation of hazardous machines.  

3. Develop and manage electrical engineer projects. 

4. Understand and solve the errors in electro-technology equipment.  

And, there is a growing demand for qualified engineers who can provide advice regarding explosion protection in electrical equipment and instrumentation.  


What is the need for explosion protection technology? 

The explosions in hazardous areas are undesired but have been in existence always and primarily, it is effective to use non-flammable substances. But with extensive development, explosives in specific areas cannot be avoided. The explosives are needed to be managed with designed mechanisms and instruments along with trained engineers.  

Though a combustible substance infused with air has limits to avoid explosion but once the level is off-limits the unwanted explosion cause disruptions.  

Is the Advanced Diploma in Explosion Protection helpful? 

To function and manage the preventive instrumentation for explosives, the electrical engineers and technicians require training for 36 days to understand the complexity and acquire the skill sets.  Project management vision offers a training program under Advanced Diploma Of Engineering – Explosion Protection along for the students.  

The course motivates in experimenting and take risks with the equipment, design explosion-protection technology and provide solutions on the same along with ensuring safety.  

The course provides an advanced opportunity to engineers who have been certified with UEE42611 Certificate IV in Hazardous Areas – Electrical and have an eye for deeper knowledge.  


Comments

Post a Comment

Popular posts from this blog

UPDATES TO AS/NZS STANDARDS FOR EXPLOSION PROTECTION

Image
  In late June 2022, the new editions of AS/NZS 60079, Standards for Explosive atmospheres were published, along with a new supplement to AS/NZS 60079.10.1.  Part 10.1: Classification of areas – Explosive gas atmospheres  This  AS/NZS 60079.14:2022 : Design selection, erection and initial inspection, revision of the HA design and installation standard is a readoption of IEC 60079-14:2013. The change goes a long way to addressing the usability issues with the 2017 version raised by many in industry.   1.1  This Australian/New Zealand changes to the IEC text are no longer hidden at the back of the document in Appendix ZZ. The changes are shown in each clause near the text they modify. 1.2  New Level of Protection markings are explained (5.4.7):  e → eb  nA → ec  d → db  nC → dc  nL → ic  1.3  Pollution degrees are explained (5.9.1).  1.4  Clarification that cable jointing is permitted (9.6.7).  1.5...
Read more

Australian Explosion Protection (Ex) Certification Requirements

Image
  Ex Equipment must comply with clause 4.4 of AS/NZS 60079.14:2017 in Australia. The related equipment, such as zener barriers or galvanic isolators for intrinsic safety, must meet the same standards. Simple apparatus in an intrinsically safe circuit, such as simple switches or resistive elements supplied by a recognised intrinsically safe isolator or barrier, are the only exception.  This post provides a summary of the requirements.  Directly acceptable certification   In most circumstances, equipment having ANZEx or IECEx certification can be used directly in hazardous areas in Australia.  Underground coal mines subject to firedamp (Group I) are subject to additional rules, which typically necessitate a certificate from an Australian certification authority or specific regulatory authorisation. 2.  Certification to other standards   When using equipment with acceptable certification is not practical, equipment with other certification may be used. T...
Read more

Training in Hazardous Area Classification and Design

Image
Training in Hazardous Area Classification (HAC) and Design is comprehensive, covering the understanding, assessment, and mitigation of risks associated with potentially explosive atmospheres in industrial settings. This program delves into various crucial areas: Introduction to Hazardous Areas: Participants acquire insights into hazardous areas, associated risks, and relevant regulations and standards such as NEC, IECEx, and ATEX. Classification of Hazardous Areas: Understanding the classification of hazardous areas based on factors like flammable gases, vapors, liquids, and combustible dust, utilizing zoning systems and classification methods such as the IEC 60079 series. Properties of Flammable Substances: Learning about the characteristics of flammable substances including Lower Explosive Limit (LEL) and Upper Explosive Limit (UEL), and factors influencing fire and explosion ignition and propagation. Equipment Selection and Protection: Participants grasp knowledge about suitab...
Read more