Consulting and Project Delivery

Project Partners – Various

Consulting and Project Delivery

In addition to the proprietary technologies delivered by Efftech, the Company is actively involved in assisting Clients in non proprietary environmental protection systems design and construction. Project Management and scientific skills possessed in house permit the evaluation of environmental compliance requirements, waste minimisation strategies, recycling opportunities and most appropriate system design and construction methods. For existing installations which may be presenting operational issues Efftech providesa thorough in depth consulting service, including interface support between client and regulator as well as process de-bottlenecking and systems upgrade.

Specific technology areas that Efftech regularly provides consultation in includes:

  • Electrochemical metal recovery
  • Biogas to energy installations
  • Anaerobic biogas generators
  • Waste management and composting
  • Wastewater evaporation and concentration leading to zero liquid discharge (ZLD)
  • Contaminated land clean up
  • Remote wireless and monitoring control systems supported through the mobile phone network
  • DSEAR and BAT assessments
  • Fume and odour controlincluding NOx management systems
  • Agri industries nutrient management
  • Water use monitoring and management

Clients that Efftech regularly provides these services to include:

  • BAE Systems – UK
  • Rolls Royce – UK
  • DCC Energy, Environmental Services – Ireland
  • PAL Surface Treatment Systems – Hong Kong
  • 4Envi – Denmark
  • C&G Depurazione Industriale – Italy

In house testing capability

Efftech provides bench scale process demonstration of its electrochemical metal recovery technologies and evaporative processes. From these tests project scale up can be confidently predicted with process warranty assurance. Clients wishing to evaluate processes at pilot scalecan be supplied with demonstration units and waste evaporation units. the resultant process products can be verified by independent analysis.