More stock quotes ›
Traded
10:32:30
Last
221.00
+/-%
2.79
Volume
23,510
High
221.70
Low
217.70
Market Cap.
5,279,331,759 DKK
  • Bookmark and Share
  • Print
  • PDF

Environment

Consumption of raw materials is relatively low in Photonics Group. We therefore focus on reducing our own energy consumption and energy efficiency in the use of our products

A substantial part of the products manufactured by Photonics Group finds application in situations where they are used to improve either environmental conditions or human safety and security. Examples include fire detection in tunnels, efficient use of high voltage cables, improved use of wind energy, food quality control, and development of better foods and new and improved medicines. Demands for greater safety, security and environmental responsibility are thus driving forces for our business development and dictate our investments in this area.

The optical crystal fibers developed by NKT Photonics combined with Vytran fiber-handling equipment are tested by our customers in their development of energy-consuming material handling equipment for welding, sheet metal cutting and thin film scribing. The development of a new fiber design has shown that it is possible to reduce energy consumption of such equipment by 10-40%, depending on the laser type when employing this design.

 

As manufacturers of electro-optical products and production equipment we use relatively small amounts of raw material in our products. We use and mount electrical components in almost all our products. New products are designed to adhere to the RoHS Directive (Restriction of Hazardous Substances) or similar regulations. Older products are re-designed to adhere to the RoHS Directive or they are being phased out; defence equipment is, however, not subject to this rule.

Read more about the NKT policy Equipment for Military Use at www.nkt.dk.

In our efforts to reduce environmental impact in our business our future focus will be our own energy consumption and the energy consumption of our products sold in volumes.

  

GOALS: ENVIRONMENT
CO2 emission
Goal: 31.12.11
12% reduction compared with 2008 level, adjusted in relation to revenue
Actions
We perform ongoing measurements and carry out economy campaigns in order to reduce CO2 emission

Status as of 30.06.11
As described in this report the data collection in 2008 and 2009 were incomplete. We were therefore unable to track this goal. We believe that data collection since 2010 is reliable and can be used as a base line for defining a new goal.
no.jpg
Unable to track performance. New goal defined 

New goal: 30.06.14
15% reduction in annual Scope 1+2 CO2 emission compared to 30.06.2011 level, adjusted to revenue. Base level is 25.2 ton CO2/mEUR
Actions
We perform ongoing measurements and carry out economy campaigns in order to reduce CO2 emission
Transition to unleaded products
Goal: 30.06.13
All civilian products shall adhere to the RoHS Directive
Actions
We re-design products that do not adhere to the RoHS Directive

Status as of 30.06.11
We have one product which is still lacking adherence to the RoHS Directive. We are preparing for a re-design of this product. Goal is unchanged.

Improve efficiency in pump energy conversion in microstructured fibers
New goal: 30.06.13
We will offer microstructured fibers for commercial use in pulsed as well as continuous wave lasers with a long-term conversion efficiency above 60%
Actions
We develop improved designs of microstructured fibres and test these designs in collaboration with key customers

Accomplished ok.jpg    Partly accomplished ~.jpg    Not accomplished no.jpg



To top
1D05D8A2A-E205-4331-904A-EE34EB7A0EF2
2CAF30A31-C6C1-4F2A-9007-D15301CA5FA7,2B88CF8D-F288-4F5F-9EC1-AFFBF7034BBA,915CA41E-85D0-424D-87F8-6C46491E5896,356F3640-5B6A-47B6-A8F9-C01E511D2EB6,7D398FC6-3559-4906-8366-60D4B938D701,2996ECF3-89F7-4F8A-8F7B-50AF974E3D97,363D8417-F513-4308-8FD1-C7B08CCA9C7A - 88AAC1F2-D7B2-4820-9873-2C8D2E96F200

COP 2011

New fibre designs reduce energy consumption

NKT Photonics has a new microstructured fiber under development with a much higher efficiency than previous fibers. The improvements are achieved through the optimized combination of microstructured design and material composition. Preliminary results by potential customers who employed these new fiber designs have shown a standard reduction in energy consumption of high power lasers by 10-15%, and in certain cases up to 40% depending on the laser type.