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Maintworld Issue3 2016

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EDITORIAL<br />

Teksti Martti Hakonen<br />

From Analog<br />

to Digital<br />

Kuva: Antti Verkasalo<br />

LIFE WAS a lot more analogical when I graduated in the late 1970’s. The<br />

first microprocessors were out but programming languages such as<br />

Assembler did not indicate that the new technology would make our<br />

life any easier. Computers had to be started with on-off switches and<br />

a punch tape. Whatever you wanted to do, the limitations in memory<br />

size were a real barrier.<br />

The milestones in industrial maintenance and process automation,<br />

which I studied, were about the same. In the early 1980’s maintenance<br />

started with CMMSs (Computerized Maintenance Management Systems)<br />

and automation with DCSs (Distributed Controlled Systems).<br />

Digitalization entered the field in the latter part of the decade with<br />

measurement instruments for maintenance and automation. However,<br />

the dominant portion still remained analogical.<br />

The process industry started to benefit from the<br />

new generation of high performance electronics, quite<br />

often with extended operational range due to the<br />

increased availability of military grade components.<br />

Later in the 1990’s PC technology jumped in making<br />

our life again easier. We got a brand new offering<br />

of tools for core functionality like configuration and<br />

troubleshooting.<br />

The integration of software and PC-technology boomed after the<br />

Millennium. Most of the main players serving the process industry<br />

released software-based solutions for condition monitoring and asset<br />

management. Some of them only supported core functionalities, but<br />

the most advanced ones included sophisticated modelling features<br />

that help simulate process conditions and guide the user to avoid abnormal<br />

situations.<br />

There is a lot new expected to come out during this decade. Think<br />

about Internet of Things, mobile workers, 3D printing, laser scanning,<br />

wireless tools for condition monitoring and large data-based prognostic<br />

software solutions. Most of the above were available before 2010,<br />

but the real boom only began during the last few years.<br />

Digitalisation is the enabler of the new technologies. Our challenge<br />

is to take benefit from these new possibilities and turn them into improved<br />

reliability in our plants and processes. The good thing is that<br />

you do not have to do it by yourself – partnering and networking is the<br />

way to success.<br />

Last, but not least, I want to introduce the new Editor-in Chief, Nina<br />

Garlo-Melkas. She is an experienced journalist with a background<br />

in economics and science. From now on Nina is responsible for both<br />

<strong>Maintworld</strong> and Promaint magazines and I’ll provide editorial support<br />

as needed. Since February she has already been publishing our newsletters.<br />

Nina’s email is nina.garlo@omnipress.fi.<br />

Martti Hakonen<br />

4 maintworld 3/<strong>2016</strong><br />

Our challenge is to take benefit from new<br />

possibilities and turn them into improved<br />

reliability in our plants and processes.<br />

8<br />

OPC<br />

products available<br />

in the marketplace easily<br />

exceed 10,000; the exact<br />

number is unknown, and the<br />

number of installations is<br />

estimated to be in the tens<br />

of millions.

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