With Eclipse Research Consultants we have developed a self-assessment matrix to help managers diagnose the state of energy management in their organization. The matrix 'benchmarks' performance and helps focus on one area where progress and improvement can be made. With latest benchmarking technology we are able to identify a realistic investment model.

ZEROCO2 report that support the good design of daylight and sunlight penetration of developments enables the preparation of the technical statements for planning submissions.

Ensuring that major developments will not lead to windswept plazas and draughty urban canyons requires an understanding of both the process that causes turbulence and gusts around buildings and the effects of wind on pedestrians.

Experience might help predict whether an east wind will flow over a development or whistle through the spaces between the buildings. However, only proper modeling can provide an informed answer.

To provide support for Environmental Impact Statements for urban redevelopment projects, ZEROCO2 uses computer modelling. ‘Computational Fluid Dynamics’ divides the space under investigation into a large number of small computational cells and solves the equations for energy and momentum for the air movement in each cell. CFD simulation has been verified as a realistic model of real air flows. ZEROCO2 has access to wind tunnels for larger projects.