DEPT OF ESTATES AND FACILITIES Engineering Team DEPT OF ESTATES AND FACILITIES Engineering Team Too hot, too cold, just right Presented by: Russell Smith.

Slides:



Advertisements
Similar presentations
A CASE STUDY in actual energy conservation
Advertisements

Using Ground Source Heat Pump The Avenue Centre.
Energy, Water Consumption & Carbon Emissions June 2010.
University of Minho School of Engineering Territory, Environment and Construction Centre (C-TAC) Uma Escola a Reinventar o Futuro – Semana da Escola de.
Passive house. Definition A Passive house is a buildings with good comfort conditions during winter and summer, without traditional space heating systems.
Step Change Campaign Summary of results FACILITIES MANAGEMENT- STEPCHANGE CAMPAIGN.
Energy Saving in Hospitals: Hong Kong Initiatives
Sustainable Design within BSF: A Case Study of the City of Leicester College Liam Murray (Hulley & Kirkwood)
Building Energy Rating
UCD Belfield Energy Management. University College Dublin  Biggest 3 rd Level Institution in Ireland  22,000 Students  Main Centre at Belfield 123.
© Fraunhofer IBP Auf Wissen bauen Energy vs exergy use in buildings Fraunhofer Institute for Building Physics (IBP) Department Energy Systems Christina.
OPPORTUNITIES FOR BUSINESSES TO DIRECTLY IMPROVE THE BOTTOM LINE THROUGH ENERGY EFFICIENCY 3 rd May 2010 Kees Brinkman Managing Director.
University of Iowa Indoor Practice Facility Outside-the-box HVAC Lincoln Pearce, PE – KJWW Engineering David Hahn – University of Iowa Chilled Water Plant.
Before and After a Home Energy Audit: Changes to Consumption Behaviour Michelle Grace Scott Behave Energy Conference 2014 Kā Rakahau o Te Ao Tūroa Centre.
Energy Efficient ICT at the University of Sheffield Chris Cartledge Independent Consultant With thanks to The University of.
BRE Energy Efficient Office of the Future
MENG 547 LECTURE 3 By Dr. O Phillips Agboola. C OMMERCIAL & INDUSTRIAL BUILDING ENERGY AUDIT Why do we audit Commercial/Industrial buildings Important.
Peter Duby, Pepperdine University Gabriel Ayala, Enovative Group Inc.
Building Australia’s Future Energy Efficiency Introductory Awareness Training AUSTRALIAN Greenhouse Office Supported by: Step by Step Application of BCA.
Chemistry Teaching Laboratory Fume Cupboard Refurbishment – University of Leeds Bob DouglassEnergy Officer.
Even Better than the Best Building Ever? The ZICER and Elizabeth Fry Low Energy Buildings Keith Tovey M.A., PhD, CEng, MICE Energy Science Director: Low.
Low Energy Building Design Strategy. Low Carbon Design Aim “minimizing the impact on the wider environment through consuming the minimum resources possible.
Low Carbon Action Group results. The nature of our business means a large amount of energy needs to be used, but we are looking to compensate that with.
DEPT OF ESTATES AND FACILITIES Engineering Team DEPT OF ESTATES AND FACILITIES Engineering Team Annual Report 2004/05 Presented by: Russell Smith Estates.
Staff Induction-Environmental Awareness
Domestic Electric Heating Chris Davis Marketing Manager, Glen Dimplex UK Electrex – 17 th May 2006.
Cogeneration.
CHANGES IN THERMAL ENERGY CONSUMPTION IN APARTMENT BUILDINGS OF ESTONIA Teet-Andrus Kõiv,
1 Kevin Cope Imperial College London Head of Building Operations Carbon Management Plans - achievements, maintenance and the future.
CAPABILITY OF INCREASING ENERGY EFFICIENCY IN EU HOUSING Nataliya Anisimova Czech Technical University in Prague
The Board of Governors of Exhibition Place June 2008 ENERGY ACTION PLAN.
Auraria Higher Education Center Case Study John Ismert & Frank Ellis Auraria Higher Education Center Facilities Management.
Autoclaves in the School of Life Sciences at Warwick Janine Kimpton – Technical Services Centre Manager Dave Hibberd – Workshop & Infrastructure Manager.
Constructing Excellence: Gallions Ecopark 25 th October 2005 Rebecca Miller Sustainability Manager.
Melcotel TM Features and Benefits Melcotel - Introduction New features –Links with up to 250 room units –Settings reset –Automatic switch OFF –Setback.
Green Building Demonstration Project Adam Saling City of San Diego.
The Town Hall of Zevenhuizen S.H. Liem, A.H.C. van Paassen M.Verwaal, H.F. Broekhuizen Delft, April 1998 Presentation of the building Presentation of the.
Energy Efficiency in Industrial and Commercial Facilities 2003 Energy and Environmental Conference September 16, 2003.
Introduction to EMC.  Data Centre physical infrastructure specialist  Technical environment M&E.
National Trust energy approaches. –
Albert Young – University of Glasgow Allan Crooks – Carbon Trust Case Studies.
Heating Systems.
Challenge the future Delft University of Technology Energy and buildings Henk Visscher – Architecture and the Built Enviuronment - OTB Renewable Energy.
The EWZ building Presentation of the building Presentation of the building The design issue The design issue The building concept The building concept.
Energy Conservation Initiatives Joan Kowal Energy Manager, UMCP May 1, 2008.
14 July 2009 JOHN WHEATLEY COLLEGE EAST END CAMPUS.
Sawyer Environmental Changes Mechanical Engineering Department Capstone Amy R. Dan H. Colby C. Brittany P. Richard G. 1.
Energy conservation strategies Buildings energy consumption depends on building envelop, efficiency of HVAC and lighting systems, amount of required fresh.
Carbon Emissions and the Need for Improved Energy Efficiency.
Energy Conservation in Computer Intensive Learning Environments.
CARBON MANAGEMENT AT THE UNIVERSITY OF ST ANDREWS Energy and utilities, costs, benefits and compliance May 2009 Roddy Yarr Environment and Energy Manager.
Chelmsford Cathedral case study Cathedrals and Climate Change 2 nd November 2009 Daniel Kenning CEng CEnv Principal Environmental Consultant Harrison Group.
Wurster Hall MBCx Project October 30th, Project Overview Project Goals Project Objectives Identify Low Cost/No Cost Measures Identify Retrofit.
Energy Conservation Building Upgrades Alma School District.
Reducing Energy Usage DLA Strategic Materials 2016 Hard copies of this document may not be the current version. Refer to the “I Am The Key” to verify the.
Metering and Monitoring  The Business Case.  Implementing the project.  Benefits – accurate data and data analysis.  On-going challenges.
ANNEXE OFFICE CONVERSION. Heating Operation Two gas fired boilers provide hot water to two separate circuits, a constant temperature circuit and a variable.
Boiler Energy Saver Advanced Boiler Controls. Most boiler controls at present consist of a switch!
Heat Plan Denmark Low Carbon Urban Heating Anders Dyrelund, market manager Rambøll Denmark.
Copyright © 2005 Heathkit Company, Inc. All Rights Reserved Automating and Integrating Residential Systems Presentation 9 – In-Vent Dampers and Boosters.
The key to comfort and reduced fuel use for all heating and cooling The key to comfort and reduced fuel use for all heating and cooling.
Dušan Petráš ENERGY AUDITING AND CERTIFICATION OF BUILDINGS IN SLOVAK REPUBLIC Slovak University of Technology in Bratislava, Faculty of Civil Engineering,
Radiation Resistant Lighting Ben Fiedler Supervisor: J. Devine.
Carbon Management Journey
SNS COLLEGE OF ENGINEERING Coimbatore-107 Subject: Thermal Engineering
Specifics of multi-apartment building deep complex retrofitting
What is Desuperheater Water heater and its Applications?
IET Facilities Planning and Management Chad Ellis
Case Study: Marks & Spencer Oxford Street
The key to comfort and reduced fuel use for all heating and cooling
Presentation transcript:

DEPT OF ESTATES AND FACILITIES Engineering Team DEPT OF ESTATES AND FACILITIES Engineering Team Too hot, too cold, just right Presented by: Russell Smith – Estates Manager (Engineering) Robert Bradley – Energy Officer

Introduction Russell Smith – Estates Manager – Engineering Section u In post for approximately 2 years, remit to manage the mechanical and electrical design and maintenance areas of the University’s Estates and Facilities Department. Robert Bradley – Energy Officer u In post for approximately 6 months, remit to reduce energy and water consumption and promote energy conservation.

View on University Russell: “When I arrived in 2004, I was surprised at the poor levels of control.” “The University was heating Bradford City Centre.”

University Built Environment - Aspiration u The University endeavours to maintain a comfort temperature of between 19ºC to 21ºC, throughout all academic/office areas. u Comfort temperatures are to be maintained between 8.00am till 5.00pm, Monday to Friday, during the ‘heating season’. u Outside ‘normal times’ heating will be provided to designated areas, 7 days a week from 7.30am till 11.00pm, during the heating season. u To use our systems effectively requires treading a thin line between no complaints and lots of complaints

What are the issues? We have inherited: u Old Buildings, typically 30 to 40 years old (inability to control - specific areas) u Very little consideration given to energy consumption u Poorly insulated building fabric u Large areas of single glazing u Poor heating systems

What is BMS (Building Management Systems) The definition of a BMS is: Building Management Systems are used in buildings to create a central computer controlled method of controlling, monitoring and optimising facilities such as heating, air- conditioning, lighting and security. These systems allow easier operation of facilities and reduce energy waste as facilities are used when they are needed.

Building Management System Popular misconceptions u I sit in my office pressing buttons to switch heating on and off u The controls software is all held at West End Building u “The radiator has gone off, therefore the heating is not working”

Trend Supervisor

Richmond Boiler House

Heating Main

What have we done to date? u Improvements to the building fabric – cladding – Richmond Building u Improved controls in the main boiler house and zone controls – Richmond & Horton Buildings u Benefits of this have already been recognised, a 9% reduction in heating energy consumption Residual issues u Drafts from sills/badly fitting windows

What have we done – Chesham Building Case Study Findings u No internal temperature control u Constant heating emissions from the heating mains which travel through the buildings u Various heating and hot water systems are connected together leading to operating temperatures being at a high level to achieve set points.

What have we done – Chesham Building Case Study Recommendations u Bring the main ventilation systems up to standard u Install control valves to limit the temperature of the pipe work from the campus mains u Re-configure pipe work to separate the services u Install BMS controls u Estimated cost of these remedies 300k Expected Outcomes u Improved control of the internal environment u Ability to use ‘free cooling’ u Reduced running costs

What's for the future (1) u Reducing CO2 emissions is essential, with carbon trading on the horizon. u Monitoring and Targeting (M&T) software u Installing automatic meter reading to allow for more accurate monitoring of energy use. u Combined Heat & Power (CHP) u Biomass Boilers

What's for the future (2) u Extending the district heating system and altering the method of operation u Expanding the computerised Building Management System (BMS) u Comfort cooling – great pressure to install. This can only be considered following a full evaluation, at present this is not possible. u Improving the thermal performance of all building stock

Actions for 2006/2007 Current projects: u Phoenix South West new heating controls and remote metering u Phoenix North West remote metering u Richmond Building electricity supply automatic meter reading u Richmond Building gas supply automatic meter reading u Richmond Building new heating controls to D,E,K,L and M Floors u IPI Building automatic meter reading u JBPL automatic meter reading u Sports Block automatic meter reading u Emm Lane new controls and remote metering u Yvette Jacobson new controls and remote metering u Main campus new controls to the district heating main

Cost VS Consumption

To Summarise u Estates & Facilities are aware that there are comfort issues around the campus and are endeavouring to tackle these issues. u However patience is required, many of these issues are historical. u The University is committed to this path, to ensure that it meets legislative and environmental targets.

Thank you u Any questions?