Established in 1977, Contract Chemicals has grown significantly over the last 29 years to become a leading international supplier of fine and speciality chemicals. Success has been achieved through a commitment to continuously improve our competitiveness, and by working to the highest levels of accreditation for quality, health and safety, environment and management systems, an essential requirement for all our customers.
Based in Knowsley near Liverpool, Contract Chemicals are a BS EN ISO 9001, ISO 14001 and OHSAS 18001 accredited independent manufacturer of fine organic chemicals.
Key product markets include agrochemical, pharmaceutical, photographic and flavour and fragrances, all highly regulated industries characterised by an exacting requirement for quality and consistency. Products from our extensive range can be found in everything from market-leading antibiotics and anti-hypertension drugs through to photographic paper and salt and vinegar potato crisps.
The company has sales of over £20 million per annum, 65% of which are exports to markets including the USA, Germany, Eire, France, Netherlands, Switzerland, Italy, India, Korea, and Japan.
Harry Wilson, the works engineer, is tasked with ensuring that Contract Chemicals’ extensive array of reactors, distillation systems, drying facilities and product handling systems is maintained correctly and operates at optimum efficiency. In this industry, as with so many others, poor product quality or late delivery is not acceptable.
Harry uses ultrasound to routinely scan for faults on lined process pipes leading to and from reactors. On one occasion he was able to highlight a break down of the lining leading to minute ingress leaks. Chips and cracks in glassware, as well as pinholes in stainless steel pipework, have also been detected.
Using his ATEX Approved Ultraprobe 2000, Harry has improved vacuum on process reactors to such an extent that the process vacuum can be pulled down to 3mbar (believed to be the best ever achieved). Because the vacuum is so good, product quality and yield have improved and turn round time reduced.
The Ultraprobe is also routinely used for many other leak detection tasks, particularly on nitrogen and air lines around the process plant. Harry successfully completed the 5-day Ultrasound Level 1 course held at the National Fluid Power Centre in Worksop last year and is planning to utilise the ultraprobe for more applications.
Many thanks to Harry for his contribution.
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