Research and Consultancy Commissions

Selected Research and Consultancy Commissions

      2015

North West Rail Link LCA design and process/materials advice to Thiess, John Holland, Dragados Joint Venture (TJHDJV) on the environmental impacts of tunnelling (Package 1) comprising 15km of twin rail tunnel and five station box caverns. The BP LCI Methodology and data were used and the results used for an Infrastructure Sustainability Council of Australia rating submission.

      2013

Full LCA of Bluescope Steel operations to final COLORBOND® and ZINCALUME® steel roofing used in Commercial and Industrial, and Residential buildings.  The project was acknowledged internationally with an award for excellence in LCA during the Steelie Awards at the Worldsteel conference in São Paulo in October 2013.

      2013

LCA Calculator – Carpet Institute of Australia – N Howard

 

      2012

Scoping Study of Current Practice to Establish  Housebuilding Archetypes – N Howard & Davies T

      2012

Life Cycle Assessment of Carbon Dioxide Re-use Technologies – Bengtsson J, Howard N with Parsons Brinckerhoff for the Global Carbon Capture and Sequestration Institute

      2012

Weightings for the AGIC (now ISSA) infrastructure sustainability rating tool –         N Howard

      2012

Development of the LCA based Materials Calculator tool for the AGIC (now ISSA) infrastructure sustainability rating tool – N Howard

      2012

Development of the Materials and Resources credits for the AGIC (now ISSA) infrastructure sustainability rating tool – N Howard

      2011

Life Cycle CO2 Factors for Water Infrastructure – N Howard – Sydney Water

      2010

Methodology Guidelines for the Materials and Building Products Life Cycle Inventory Database – Howard N & Sharp D – http://www.bpic.asn.au/LCIMethodology.htm

      2010

Lifecycle Greenhouse Gas Comparison of Australian Coal Seam Gas and Black Coal – Confidential Report with Worley Parsons for APPEA – Howard N and Bengtsson J

      2010

LCA Methodology for the Evaluation of Clean Coal Technology Projects – N Howard, R Walters, R Hynes – Worley Parsons for the NSW Clean Coal Grants Scheme

      2010

Protocol for the Correct Use of Australian Life Cycle Inventory Data for Building and Construction Materials and Products – Howard N & Sharp D -http://www.bpic.asn.au/LCIMethodology.htm

      2010

A Life Cycle Impact Assessment – Part 1: Classification and Characterisation – Bengtsson J & Howard N – http://www.bpic.asn.au/LCIMethodology.htm

      2010

A Life Cycle Impact Assessment – Part 2: Normalisation – Bengtsson J &    Howard N – http://www.bpic.asn.au/LCIMethodology.htm

      2010

Weighting of Environmental Impacts in Australia – Howard N, Bengtsson J, Kneppers B – http://www.bpic.asn.au/LCIMethodology.htm

      2009

Review of the RTA’S Greenhouse Gas Emissions Inventory Tool for Road Construction Projects – Bengtsson J, Howard N

      2009

Sustainability Considerations in Structural Design – Howard N, Bengtsson J and Kneppers B for client Association of Consulting Structural Engineers of NSW

      2008

Adaptation of the USGBC TSAC Report for Relevance to Australian DWV Pipe –    N Howard

      2007

Comparative Service Life Assessment of Window  Systems – Howard N, Burgess J, Lim C – FWPRDC

      2007

A Study Into the Suitability of Sustainability Tools as Part of a National Implementation Model – Australian Building Codes Board

      2001

Advice to Green Building Challenge International Framework Committee meeting Chile sponsored by Natural Resources Canada.

      2001

A Sustainability Checklist for Developments  –  a Framework for Discussion/Assessment for Developers and Local Authorities – Brownhill D, Yates A, Howard N  (The first Neighborhood rating tool)

 

      2000

Sustainable Construction – Targets and Indicators – A Discussion Paper – Howard N P,   Crowhurst D on behalf of BRE for client DETR

      1999

Sustainable Construction – The data – Howard N P on behalf of BRE for client DETR

      1999

Climate Change and Sustainable Construction – Implications for Building Regulations – Howard N P, Crowhurst D, Garvin S, Sanders C on behalf of BRE for client DETR

      1998

Environmental Impact of Bridgewater House – comprehensive environmental audit of a refurbished building including BREEAM criteria and transport implications – British Council

      1998

Best Practice Information on Sustainable Construction – Howard N P on behalf of BRE for client DETR

      1998

IEA Annex 31 – Energy Related Environmental Impacts from Buildings – Howard N P on behalf of BRE for client DETR

      1998

Ecopoints – A consensus for Building – Howard N P, Yates A on behalf of BRE for client DETR

      1998

Transport Related Environmental Impacts from Buildings – Howard N P, Thomas M on behalf of DLE Consultants for client EC SAVE

      1997

Environmentally smart buildings – a QS guide to the cost effectiveness of energy efficient offices – how to value manage savings in capital cost and running cost – BRECSU

      1996

Reorganisation of British Council Regional Offices – The Environmental Implications – comprehensive environmental audit of 5 regional offices including BREEAM criteria and transport implications – British Council

      1996

Energy Related Environmental Impacts of Buildings – Methods and Data – IEA Annex 31

      1995

Environmental Impact of British Council Offices in the UK – comprehensive environmental audits of two major headquarters buildings in London and Manchester including BREEAM assessment, transport survey and embodied energy/CO2 assessment – British Council

      1995

Environmental Impact of British Council Offices in the UK – Howard N P on behalf of DLE Consultants for client British Council

      1995

Life Cycle Energy and CO2 Emissions from Steel and Concrete Framed Offices – Howard N P on behalf of DLE Consultants for client Steel Construction Institute

      1994

Embodied energy and materials specification design advice to design team for Pottsdammerplatz – Richard Rogers partnership

      1994

Environmental Impact of Construction Materials – Volume C – Metals – Howard N P on behalf of DLE Consultants for client CIRIA

      1994

Feasibility of a Detailed Ecolabel for Building Materials – Howard N P on behalf of DLE Consultants for client BRE

      1993

Development of the first edition of “The Green Guide to Specification” – an environmental profiling system for building materials and components – N Howard, D Shiers and M Sinclair – the Post Office

      1993

Weighting of Building Environmental Impacts for the Development of BREEAM – Howard N P on behalf of DLE Consultants for client BRE

      1993

Environmental issues in construction – resources waste and recycling – – Howard N P on behalf of DLE Consultants for client CIRIA

      1993

Embodied Energy and Consequential CO2 Emissions from the fitting out of Offices – Howard N P on behalf of DLE Consultants for client BRE

WServices

Environmental Policy

Extensive experience in technical, advocacy, business, and policy in UK, US and Australia, a global leader in Climate, Energy, and Life Cycle Assessment.

Life Cycle Assessment

Life Cycle Environmental Impact Assessment potentially the most comprehensive method for assessing environmental impacts.

Life Cycle Based Building Design

Discover the complex interactions and perverse outcomes arising from design decisions affecting climate, environmental impacts, capital and Life Cycle Costs.

Process and product evaluation

Clarity Environment can assist manufacturers to understand and reduce the true climate and environmental impacts of their processes and supply chains. 

Ecolabelling/Environmental Product Declaration

Clarity Environment helped develop National Standards for Ecolabels and EPDs, ensuring technical robustness and efficiency.

Transport Impacts

Understand the transport impacts of buildings and location and the strategic benefits of electric vehicles with bi-directional charging, transforming Australia’s grid and enabling 100% renewable power.

Climate Deaths

Climate impacts are killing people.  Discover the climate mortality liabilities of your government or corporate policies, investments or lifestyle choices.