ADSSP

ADSSP is a specialist London based engineering consultancy company focussed on delivering substantial benefits to clients by combining the use of high fidelity dynamic models with process control and engineering understanding. Since our inception our goal has been to provide our customers with model based solutions that enable them to make more cos... t effective decisions and to transform the way they design, operate and manage their projects and operations. We deliver a high quality professional service in assisting your company to capture deep process understanding derived from rigorous simulation models. These models can provide an invaluable insight into process and control system behaviours and offer the opportunity for improved understanding during detailed design, commissioning and operations phases of the process lifecycle. Our company has the technology, experience and know-how to model complex applications cost effectively to meet your project needs. Our vision is to gain a reputation throughout the industry for: Execution excellence and technical innovation Management of projects within budget and schedule The flexibility and understanding of our customers requirements The delivery of high quality solutions that generate substantial benefits Dynamic modelling generally requires an expertise that is not necessarily available within a typical operating company or engineering contractor. It is exactly for this reason that we offer our specific expertise in modelling and simulation. We will work closely with your process engineers or technologists to combine our skills in order to minimise the required effort to design, develop, validate, use and deploy process dynamic models. It is our expectation that we can work together to define and execute modelling projects that are economically viable and generate measurable project benefits. " Dynamic simulation and modelling have been widely used in the process industries for more than 20 years, yet it is a tool that is still not being used to its potential." ...Read More