HORIZONS
REGULATORY AFFAIRS UPDATE
Twelfth Issue
Fall 2000
INTRODUCTION
In the Spring 2000 issue, we described how and why business and
regulatory issues must evolve and expand concurrently. For a variety of
reasons, there is an increasing need to provide enhanced information
about our products. First there are the established customer data
requirements of environmental regulations. In addition there is a need
to support the global strategies of many larger end users. Finally,
there are the requirements in certain markets to disclose the complete
chemical composition of our formulations.
Having the capability to track the materials of construction
of a product via the CAS# for each component is key from a regulatory
perspective. This capability provides us with a way of searching
various global inventories. It also allows toxicological assessment of
our products where required by the end user.
The need for this information is primarily driven by the end
user, who has defined a development and marketing plan for some printed
product. The printer, as a stakeholder, can also be a conduit for
required certifications directly with the ink supplier. These
disclosure mechanisms not only require interaction with the end users
and printers, but also must involve the ink manufacturer’s raw material
suppliers. In this information chain, all elements must help to define
issues and deliverables, and to work through potential barriers, such
as confidentiality of proprietary information.
The ability to track ingredients in products at the CAS level
can be an onerous responsibility for ink makers. We use more than 4,000
primary raw materials, and our active formulations number more than
125,000. Because the issues and mechanisms of formula disclosure can be
involved, or may not be fully appreciated, we thought it useful to give
an overview of this process. This overview should provide clarity and
better understanding of this key process within the expanding venue of
globalization.
DISCUSSION
The disclosure process requires the ability to
pass detailed chemical information through several levels of formulated
products all the way to the end users. This process has been dubbed
"chemical tracking" within Sun Chemical. But the tracking doesn’t start
with us as the ink maker. It starts with the gathering of information
from all our raw materials suppliers. The ink maker’s supplier is the
first step in the information chain, followed by the ink maker, then
the printer, and finally the end user.
Detailed formula information transfer requires support systems and
controls. Sun Chemical’s automated tracking and database systems are
designed to break down our formulations into individual chemical
ingredients. However, the outputs are entirely dependent upon detailed
regulatory data, including CAS numbers, from raw materials suppliers.
Because needs are not static, there is a continuous need to update our
databases and our control processes. For example, with an eye towards
satisfying increasing customer focus on global issues, we have recently
expanded our raw material reporting requirements through a vendor
outreach program.
The changing need for completeness of the chemical data also
creates barriers. The new data requirements have created pressure in
certain supplier situations, especially where the vendor considers some
information to be confidential. Increasingly, the issue is becoming a
legal one. Within our industry, legal documentation is routinely put
into place to address mutual corporate guidelines for sharing
confidential information. So, as a part of doing business, Sun Chemical
chooses to establish secrecy agreements, where needed, to surmount
barriers. These agreements secure the flow of information from our
suppliers and subsequently, in a derivative form based on our
formulations, to our customers and end users. Our formula disclosures
are only directed downstream under these constraints.
The management of the disclosure processes is a very costly
one in large companies such as Sun Chemical. Not only does the creation
and maintenance of such a disclosure process call for a substantial
investment, but maintaining the databases that automate the process and
ensure its quality is labor intensive as well.
STATUS
Now that the need for downstream information and the
processes for creating it have been established, it is important to
question how it is working. The answer is that it has been successful.
But, there have been several problems that we must overcome.
For one thing, approaching suppliers for more detailed data on
raw materials has met with some resistance. Most of the initial
difficulties were a matter of communications: what information was
expected and how to convey it. In some cases, the need to protect
proprietary information has required the secrecy agreement pathway. An
important point is that the information passed on to customers is
filtered through Sun Chemical’s own formulations, using the CAS number
as the key. This creates a firewall that never associates a chemical as
coming from any specific supplier, thus protecting the confidentiality
of all our suppliers.
Another problem has been that large customers or end users
often have different information delivery concepts. This inconsistency
adds another level of complexity to our processes. In some cases, the
requirements are different among locations within one customer.
However, most of these difficulties can be resolved by improved
communications.
CONCLUSION
In summary, the need to control information about
raw materials is considered so important to us that we have
restructured the regulatory function. All requests for new raw
materials, as well as the coding process, are now within the regulatory
purview. All CAS level information about a raw material must be entered
into the master database before a code number is issued, allowing the
material to be purchased. This is a dramatic change from our previous
processes. Only in this way are we able to guarantee our customers and
end users that needed information will be available downstream by the
time the first pound of a new formulation is sold.
At Sun Chemical, technical innovation is one of our most
highly prized values. We think it is important for our customers and
end users to also be aware of the commitment to continuous improvement
demonstrated by our service groups. Their main mission is to support
innovation and your satisfaction.