James Walker is deeply committed to environmental excellence. Many of the products and services we supply worldwide are are expressly developed to help industry meet even more stringent environmental targets by:
Learn more about James Walker and Renewable Energy. |
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Fugitive emission control
We have wide ranges of fluid sealing products that are proven to reduce VOC fugitive emissions from pipelines, processing plant and pressure vessels - with many of these products being TA-Luft certified to demonstrate Best Available Technique under the European Union's IPPC directive. |
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EU IPPC directive
The European Union's IPPC directive 96/61/EC is little understood by many companies. In October 2007 it was implemented for existing plants within the EU, with non-compliance carrying large fines or even imprisonment. |
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Energy efficiency
The energy efficiency of industry worldwide is enhanced by the use of lower friction sealing products such as our Walkersele® Ultraglide rotary lip seals, Supagraf® expanded graphite and PTFE-based gland packings, and high-efficierncy hydraulic seals with instant response to pressure variations.
Long-term energy efficiency also derives from reduced fluid leakage created by our improvements in sealing technology, as energy-expensive products are no longer lost so readily as fugitive emissions or spills. |
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Renewable energy
Our vast ranges of fluid sealing products and associated components are widely used in hydroelectric and wind turbine applications, especially where site inaccessibility means that unscheduled maintenance is very costly in labour and lost generating capacity. |
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Noise & vibration reduction
Noise and vibration are intrusive pollutants of the modern world that can be injurous to health, plant and production efficiency. Therefore anti-vibration and noise attenuating products are an essential part of any dynamic system in an industrial or transportation environment.
Our ranges include scientifically-developed products for the effective anti-vibration mounting of machinery, shock absorption with heavy plant, and noise attenuation in buildings. |

