Enabling sustainability
in the wastewater industry
Paul Chapman
Paul Chapman
Papers by Paul Chapman PhD
Chapman, P. D. (2014b). Applying sustainability criteria to the separate treatment question: Insights from the application of an information processing architecture. Retrieved from paulchapman.nz: http://paulchapman.nz/papers/separatetreatment2014b.pdf
Chapman, P. D. (2015a). Enabling sustainability in the wastewater industry by finding space for primary adopters: Part I - Mass balance and microbial kinetic linkages to individual variability. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/enabling2015a.pdf
Chapman, P. D. (2015b). Enabling sustainability in the wastewater industry by finding space for primary adopters: Part II - Economic linkages. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/enabling2015b.pdf
Chapman, P. D. (2010c). Navigation tools for complex systems: Seamlessness, rootedness and constraint resolution as aids to pattern-oriented modelling - Insights from ecology. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/navigation2010.pdf
Chapman, P. D. (2011). Options for incorporating information into the decision making process: Improving the efficacy of our decisions re technology choice by the derivation of an optimising parameter. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/options2011.pdf
Chapman, P. D. (2009). Parameter determination in composting - Part II: Incorporating substrate diffusion and substrate solubilisation. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/parameter2009b.pdf
Chapman, P. D. (2011). Seamlessness as an aid to bottom-up modelling: matching model structure to reality. Retrieved from paulchapman.nz: http://paulchapman.nz/papers/seamlessness2011.pdf
Chapman, P. D. (2012). The technology interface with society. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/interface2012.pdf
Chapman, P. D. (2011c). The use of context and hierarchies to extend seamlessness into technology choice. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/context_hierarchies2011.pdf
Chapman, P. D. (2013). Using an information processing architecture as an aid to optimising technology choice for faecal wastes and domestic waste water: Part I - Encapsulating Nature. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/Using-Information-Processing-Architecture-part-I.pdf
Chapman, P. D. (2014a). Using an information processing architecture as an aid to optimising technology choice for faecal wastes and domestic waste water: Part II - Social interaction. Retrieved from paulchapman.nz: http://www.paulchapman.nz/papers/using2014.pdf