Wastewater
State of-the-Art Technologies
We specialise in the design of state-of the-art systems for the treatment of water and sewage, both municipal and industrial.
Our design policy brings together depth of experience with receptiveness to innovations, awareness of the need to adjust solutions to the specific conditions of each project with sensitivity to clients’ expectations. This in turns promotes innovative approaches that are combined with proven technologies.
Three principles underpin the company’s work:
1. Design
As part of the design process, the development of state-of-the-art shelf products is inextricable from
a. The assimilation of the experience accumulated by the company, i.e. drawing conclusions from practice and applying them to improve future design; and
b. On-going research and development (R&D) of systems designed to achieve novel processes and globally unique technologies. Strict attention is paid to ensuring the highest quality in order to achieve long-term product reliability. Different technologies are optimally combined to achieve best outcomes
2. Site preparation
We accompany and supervise project from the initial phase of site preparation all the way to project implementation so as to achieve maximum conformity between the design and final outcomes.
3. Technologies
Scientific technologies from a variety of different areas are examined and, where possible, their features incorporated into the research and design process. This method maximises utilisation, and serves to achieve high quality at low costs. For example, units previously used for the purpose of kidney dialysis undergo cleaning and sterilisation of the filters, and installed in filtering systems used to bring water from rivers and drilling to the level of drinking water. This application was particularly suitable for and used in far off regions of Africa, as it can be manually operated where there is no access to electricity.
Our R&D department invests great efforts in identifying existing products and introducing them to water treatment plants, thus bringing technologies to a novel level and ensuring high level of performance.
The following are the main shelf technologies we use. However, it is pivotal that technologies are not viewed as stand-alone. Rather, the way they are assimilated into a given product is central to a successful outcome.
