Acquisition due diligence for a global pigment manufacturer
Advisian provided expertise to execute a pre-close operational due diligence of multiple sites across two continents for a pending client acquisition by a private equity firm.
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Advisian provided expertise to execute a pre-close operational due diligence of multiple sites across two continents for a pending client acquisition by a private equity firm.
The Port and Inner West precinct, when placed within a strategic land use and spatial planning framework, has the potential to transform Melbourne’s economic and social geography.
Delivering new ways to revitalise existing assets to improve competitiveness
“The newly-created Greater Sydney Commission (GSC) has been assigned the ambitious task of envisaging the Greater Sydney region in 40 years’ time. But in a world where disruptive technologies are constantly shifting paradigms, are there alternative models we should consider ahead of a 40-year plan to best prepare for the future?”
The Northern Beaches are in a unique position to benefit from economic growth, providing future opportunities and a quality lifestyle. However, there are multiple challenges to achieving this, arising from the region’s poor infrastructure and transport systems. The current transport options have led to less-than-optimal traffic conditions throughout the three access points to the Beaches. The following report analyzes and identifies potential solutions to the Northern Beaches accessibility.
Could distributed energy systems have prevented the Texas blackouts?
Significant value to clients is delivered by taking the time to invest in front end thinking that clearly identifies business objectives, key risks, and scope of work.
Leading a review of a mine, and an aged beneficiation and fertiliser chemicals complex, as well as providing recommended time-phased capital investment plans
Improving propylene recovery for value-add in petrochemicals production.
Advisian is helping Element 25 explore a novel approach to deliver the energy-intensive electrowinning process through the use of intermittent, dynamic renewable energy.