The document provides an introduction to Kensa, a UK manufacturer of heat pumps. It discusses Kensa's products, including ground source heat pumps and accessories. It covers topics like how heat pumps work, product qualification, installation costs, government incentives like the Renewable Heat Incentive, and examples of heat pump sizing and costs for residential projects using ground arrays or boreholes.
Homeowners with natural gas water heaters have difficulty justifying the expense of a more efficient condensing heater. Combination space and domestic hot water systems bundle together the two loads, which saves energy and makes them more cost-effective. These systems also help eliminate combustion safety concerns.
Historically, mechanical contractors have custom engineered and pieced together combi systems in the field, paying little attention to efficiency and optimization. But condensing heating plants will only reach their energy saving potential when all components are designed and installed correctly.
Homeowners with natural gas water heaters have difficulty justifying the expense of a more efficient condensing heater. Combination space and domestic hot water systems bundle together the two loads, which saves energy and makes them more cost-effective. These systems also help eliminate combustion safety concerns.
Historically, mechanical contractors have custom engineered and pieced together combi systems in the field, paying little attention to efficiency and optimization. But condensing heating plants will only reach their energy saving potential when all components are designed and installed correctly.
Energy Audit & Energy Conservation Opportunities in Electrical Equipments ...Manohar Tatwawadi
The discussion is for the Energy Conservation drive in the thermal power plants in the Auxilliary Consumption of the Electrical Auxilliaries in the Plant and thereby identify the steps to be taken for the reduction in Auxilliary Consumption
La primera planta de conversión de residuos en energía de América Latina está operando en la Ciudad de Cancún al 100% desde el pasado 20 de Agosto del 2015.
Esta planta, evitará la emisión de 900 toneladas de CO2 a la atmósfera por año y es un proyecto público-privado en el que participan como socios las multinacionales Tratamientos de Residuos Sólidos Urbanos quien es la encargada de garantizar el montaje de la infraestructura tecnológica y HURST Boiler & Welding, Co. quien es la dueña de la patente de la tecnología para la combustión de residuos sólidos Municipales.
El ingeniero mecánico Alemán, Oliver Hoffman, explicó a la agencia Notimex el proyecto en Cancún, durante la Conferencia Panamericana Waste To Energy 2016, que se realiza en Medellín, Colombia.
El ingeniero señaló que a diferencia de otros Países en 2010 TRS / HURST hicieron una propuesta conjunta a los Municipios de Mérida en Yucatán y a Benito Juárez en Quintana Roo para una invitar a las Municipalidades a tratar los residuos sólidos dando el primer paso para montar las dos primeras plantas de WTE (Waste to Energy).
“El 99% de los Municipios en México tienen botaderos de basura. No hay ningún tratamiento y la ley no obliga que las autoridades locales desarrollen proyectos a favor del medio ambiente", explicó el experto Alemán, quien tiene un master mecánico de la Universidad de Barcelona (España).
Las plantas de conversión de residuos en energía, conocidas como Waste To Energy (WTE), se están convirtiendo en una necesidad para garantizar energías limpias hacia el futuro, en especial en América Latina, una de las regiones más rezagadas en el tratamiento de residuos sólidos urbanos.
La planta esta localizada en un espacio creado y destinado especialmente para tratar 1,200 toneladas de residuos diariamente, en una área de 67,237 metros cuadrados.
Tendrá una capacidad de generación eléctrica de hasta 20 MWth, con una salida de vapor de caldera de 76,500 kg/h.
"Evitara la emisión de 900,000 toneladas de CO2 en la atmósfera por año. El 90% de los residuos convertidos en energía eléctrica beneficiará a 80,000 residencias ó al alumbrado público de la mundialmente famosa zona turística, logrando importantes ahorros para el Municipio", subrayó el experto.
Aseguró que las plantas WTE "permiten reducir hasta en un 90% el volumen de los residuos, utilizando tecnologías de alto rendimiento, con seguridad ambiental probada".
Las WTE utilizan sólo materiales no reciclables de lo recolectado en forma selectiva y se presentan como una parte complementaria de la cadena de reciclaje.
Este tipo de instalaciones –dijo– contribuyen "a la reducción de gases de efecto invernadero a la atmósfera. En el proceso de operación se garantiza una baja generación de metano, que se produce en la descomposición de las materias orgánicas presentes en las basuras".
Water Efficiency in Thermal power PlantAtanu Maity
Ministry of Environment, Forest and Climate Change (MoEF)
in its recent notification dated December 07, 2015 on
Environment (Protection) Amendment Rules, 2015 have
notified the following:
I. All plants with Once Through Cooling (OTC) shall install Cooling Tower (CT) and achieve specific water consumption upto maximum of 3.5m3/MWh within a period of two years from the date of publication of this notification.
II. All existing CT-based plants shall have to reduce specific water consumption upto maximum of 3.5m3/MWh within a period of two years from the date of publication of this notification.
III. New plants to be installed after 1st January, 2017 shall have to meet specific water consumption upto maximum of 2.5 m3/MWh and achieve zero waste water discharged.
In light of the above a presentation on water consumption in cooling towers / Air Cooled Condensers and other comparisons.
New patented split flow technology increases the capacity of catalytic reformer heaters at a fraction of the cost of traditional revamps. Furnace Improvements has installed this technology in four reformer heaters at US refineries. This technology has also been used in several other heaters and one of the main benefits is lower pressure drop at increased capacity thus saving your pump or compressors.
Heat rate is the pulse rate of a power plant to know the health of the plant.
Net heat rate is the single parameter that encompasses total performance indices of a power plant.
Auxiliary Consumption and Saving due to Increase in Boiler EfficiencyManohar Tatwawadi
Discussions on Auxiliary consumption in a 4 X 210 MW TPS, the common systems and individual unitwise Auxiliary consumption has been briefed in the presentation. Also savings in various aspects due to increase in Boiler Efficiency are also discussed in the presentation.
The presentation throws light on the areas where energy conservation is possible in sugar industry. The scope of increasing the efficiencies of Boiler Turbine, Milling etc are discussed in details
If you are working in refining or petrochemical industry, you need to learn about fired heaters. This paper talks about basic specifications of fired heaters. You can benefit by using good specifications to purchase fired heaters for your next project.
Improve fired heaters performance and reliabiltyAshutosh Garg
Fired heaters are often suffering from high tube metal temperatures and short run lengths. Operators are always worried about hot spots in the furnace. While refineries want to push the heaters hard, the heater starts coking up and very soon, the heater tubes have to be cleaned.
FIS has done extensive research and CFD modelling of heaters in the recent time and has concluded that localized burner flame and hot flue gas currents are responsible for the hot spots on the tubes. FIS has now developed a new patented technology for solving hot spot problems. This technology called Inclined Firing Technology involves orienting the burners at an angle on the floor / wall/ roof to direct the flame away from the tubes. The results of this technology have been extremely good and with a very low investment, the reliability and run length of the heater is improved significantly.
one of the renewable energy resources project that help me lot to my carrier in research field : this slide is for the prototype model that i design actual full scale size may be bit of different from my calculations and data's
Energy Audit & Energy Conservation Opportunities in Electrical Equipments ...Manohar Tatwawadi
The discussion is for the Energy Conservation drive in the thermal power plants in the Auxilliary Consumption of the Electrical Auxilliaries in the Plant and thereby identify the steps to be taken for the reduction in Auxilliary Consumption
La primera planta de conversión de residuos en energía de América Latina está operando en la Ciudad de Cancún al 100% desde el pasado 20 de Agosto del 2015.
Esta planta, evitará la emisión de 900 toneladas de CO2 a la atmósfera por año y es un proyecto público-privado en el que participan como socios las multinacionales Tratamientos de Residuos Sólidos Urbanos quien es la encargada de garantizar el montaje de la infraestructura tecnológica y HURST Boiler & Welding, Co. quien es la dueña de la patente de la tecnología para la combustión de residuos sólidos Municipales.
El ingeniero mecánico Alemán, Oliver Hoffman, explicó a la agencia Notimex el proyecto en Cancún, durante la Conferencia Panamericana Waste To Energy 2016, que se realiza en Medellín, Colombia.
El ingeniero señaló que a diferencia de otros Países en 2010 TRS / HURST hicieron una propuesta conjunta a los Municipios de Mérida en Yucatán y a Benito Juárez en Quintana Roo para una invitar a las Municipalidades a tratar los residuos sólidos dando el primer paso para montar las dos primeras plantas de WTE (Waste to Energy).
“El 99% de los Municipios en México tienen botaderos de basura. No hay ningún tratamiento y la ley no obliga que las autoridades locales desarrollen proyectos a favor del medio ambiente", explicó el experto Alemán, quien tiene un master mecánico de la Universidad de Barcelona (España).
Las plantas de conversión de residuos en energía, conocidas como Waste To Energy (WTE), se están convirtiendo en una necesidad para garantizar energías limpias hacia el futuro, en especial en América Latina, una de las regiones más rezagadas en el tratamiento de residuos sólidos urbanos.
La planta esta localizada en un espacio creado y destinado especialmente para tratar 1,200 toneladas de residuos diariamente, en una área de 67,237 metros cuadrados.
Tendrá una capacidad de generación eléctrica de hasta 20 MWth, con una salida de vapor de caldera de 76,500 kg/h.
"Evitara la emisión de 900,000 toneladas de CO2 en la atmósfera por año. El 90% de los residuos convertidos en energía eléctrica beneficiará a 80,000 residencias ó al alumbrado público de la mundialmente famosa zona turística, logrando importantes ahorros para el Municipio", subrayó el experto.
Aseguró que las plantas WTE "permiten reducir hasta en un 90% el volumen de los residuos, utilizando tecnologías de alto rendimiento, con seguridad ambiental probada".
Las WTE utilizan sólo materiales no reciclables de lo recolectado en forma selectiva y se presentan como una parte complementaria de la cadena de reciclaje.
Este tipo de instalaciones –dijo– contribuyen "a la reducción de gases de efecto invernadero a la atmósfera. En el proceso de operación se garantiza una baja generación de metano, que se produce en la descomposición de las materias orgánicas presentes en las basuras".
Water Efficiency in Thermal power PlantAtanu Maity
Ministry of Environment, Forest and Climate Change (MoEF)
in its recent notification dated December 07, 2015 on
Environment (Protection) Amendment Rules, 2015 have
notified the following:
I. All plants with Once Through Cooling (OTC) shall install Cooling Tower (CT) and achieve specific water consumption upto maximum of 3.5m3/MWh within a period of two years from the date of publication of this notification.
II. All existing CT-based plants shall have to reduce specific water consumption upto maximum of 3.5m3/MWh within a period of two years from the date of publication of this notification.
III. New plants to be installed after 1st January, 2017 shall have to meet specific water consumption upto maximum of 2.5 m3/MWh and achieve zero waste water discharged.
In light of the above a presentation on water consumption in cooling towers / Air Cooled Condensers and other comparisons.
New patented split flow technology increases the capacity of catalytic reformer heaters at a fraction of the cost of traditional revamps. Furnace Improvements has installed this technology in four reformer heaters at US refineries. This technology has also been used in several other heaters and one of the main benefits is lower pressure drop at increased capacity thus saving your pump or compressors.
Heat rate is the pulse rate of a power plant to know the health of the plant.
Net heat rate is the single parameter that encompasses total performance indices of a power plant.
Auxiliary Consumption and Saving due to Increase in Boiler EfficiencyManohar Tatwawadi
Discussions on Auxiliary consumption in a 4 X 210 MW TPS, the common systems and individual unitwise Auxiliary consumption has been briefed in the presentation. Also savings in various aspects due to increase in Boiler Efficiency are also discussed in the presentation.
The presentation throws light on the areas where energy conservation is possible in sugar industry. The scope of increasing the efficiencies of Boiler Turbine, Milling etc are discussed in details
If you are working in refining or petrochemical industry, you need to learn about fired heaters. This paper talks about basic specifications of fired heaters. You can benefit by using good specifications to purchase fired heaters for your next project.
Improve fired heaters performance and reliabiltyAshutosh Garg
Fired heaters are often suffering from high tube metal temperatures and short run lengths. Operators are always worried about hot spots in the furnace. While refineries want to push the heaters hard, the heater starts coking up and very soon, the heater tubes have to be cleaned.
FIS has done extensive research and CFD modelling of heaters in the recent time and has concluded that localized burner flame and hot flue gas currents are responsible for the hot spots on the tubes. FIS has now developed a new patented technology for solving hot spot problems. This technology called Inclined Firing Technology involves orienting the burners at an angle on the floor / wall/ roof to direct the flame away from the tubes. The results of this technology have been extremely good and with a very low investment, the reliability and run length of the heater is improved significantly.
one of the renewable energy resources project that help me lot to my carrier in research field : this slide is for the prototype model that i design actual full scale size may be bit of different from my calculations and data's
With the introduction of the government’s Renewable Heat Incentive (RHI), there is an increasing interest in all the technologies associated with the scheme. This CPD gives an overview of a range of policy initiatives in Renewable Heat, an introduction to the different technologies and looks at some of the benefits and issues you need to consider when using renewable heat.
This CPD seminar covers the following topics: Introduction to REHAU, DECC Heat Strategy & Renewable Heat Incentive (RHI), Ground Source Heat Pumps, Biomass Boilers (incl. district heating), Biogas/Anaerobic Digestion, Solar Thermal & Underground Thermal Energy Storage.
Gi energy renewable energy opportunities with infrastructure projects june ...GI Energy
Installing renewable energy technologies into major infrastructure projects can provide opportunities for providing reduced CO2 savings and life cycle run costs adding a significant green element to a project..
Gi Energy Renewable Energy Opportunities with Infrastructure Projects June 2015GI Energy
The presentation explains how placing geothermal loops into foundations; infrastructure projects such as central London Crossrail stations and railway depots can provide a renewable energy solution.
A heat pump is a device that provides heat energy from a source of heat to a destination called a "heat sink". Heat pumps are designed to move thermal energy opposite to the direction of spontaneous heat flow by absorbing heat from a cold space and releasing it to a warmer one. A heat pump uses some amount of external power to accomplish the work of transferring energy from the heat source to the heat sink.
While air conditioners and freezers are familiar examples of heat pumps, the term "heat pump" is more general and applies to many HVAC (heating, ventilating, and air conditioning) devices used for space heating or space cooling. When a heat pump is used for heating, it employs the same basic refrigeration-type cycle used by an air conditioner or a refrigerator, but in the opposite direction - releasing heat into the conditioned space rather than the surrounding environment. In this use, heat pumps generally draw heat from the cooler external air or from the ground.[1] In heating mode, heat pumps are three to four times more efficient in their use of electric power, than are simple electrical resistance heaters.
At Euro Energy Services Renewable Energy in Scotland Open Day on October 23rd Thomas Dickson of Glow Worm discusses Air Source Heat Pumps and their application in dwellings across the UK
B2B payments are rapidly changing. Find out the 5 key questions you need to be asking yourself to be sure you are mastering B2B payments today. Learn more at www.BlueSnap.com.
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Discover the innovative and creative projects that highlight my journey throu...dylandmeas
Discover the innovative and creative projects that highlight my journey through Full Sail University. Below, you’ll find a collection of my work showcasing my skills and expertise in digital marketing, event planning, and media production.
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Discover the top mailing list providers in the USA, offering targeted lists, segmentation, and analytics to optimize your marketing campaigns and drive engagement.
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Vat Registration is a legal obligation for businesses meeting the threshold requirement, helping companies avoid fines and ramifications. Contact now!
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Digital Transformation and IT Strategy Toolkit and TemplatesAurelien Domont, MBA
This Digital Transformation and IT Strategy Toolkit was created by ex-McKinsey, Deloitte and BCG Management Consultants, after more than 5,000 hours of work. It is considered the world's best & most comprehensive Digital Transformation and IT Strategy Toolkit. It includes all the Frameworks, Best Practices & Templates required to successfully undertake the Digital Transformation of your organization and define a robust IT Strategy.
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This PowerPoint presentation is only a small preview of our Toolkits. For more details, visit www.domontconsulting.com
7. The Kensa MCS Umbrella Scheme Kensa are an accredited MCS installer and manufacture MCS accredited products. Providing installers a FREE of charge commissioning with a Kensa Technical Support Specialist based in the Kensa Commercial Office. This level of support through the installation, provides the installer and the client with MCS accreditation for the installation. Eligible for RHI and Grant Funding
21. Example Sales Order Form Simple one page order form already filled out, to be signed and returned to Kensa Engineering.
22. Project Handling – How will we work together? Enquiry made to Plumb Center from installer Plumb Center to obtain plans and upload to Kensa website Kensa contacts installer directly to discuss project Kensa quote Plumb Center with 35% discount Plumb Center quote installer less 15 – 20% Installer places order with Plumb Center Plumb Center places order with Kensa Installer deals directly with Kensa during installation and commissioning
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27. Space Heating and DHW Provided by GSHP with Underfloor Heating and Radiators
58. Factsheets Kensa have a number of PDF factsheets available for download from our website. Visit www.kensaengineering.com for further information. Factsheets will also be sent to you on a CD. You will receive this in the post.
60. Boreholes All of our factsheets will be provided to you on a disk, which we will send to you after this presentation.
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Editor's Notes
We manufacture we don’t install – installers required We are local 2500 installs – so we have the expertise Doing this for 11 years – so have the experience Full accreditation – as manufacturers Kensa built our own test rig, tested and approved by BBA – this was because the only UK test house was booked
Power point presentation is on a disc
The whole business is scalable – the production unit is designed to handle 5000 units per annum With plenty of room for additional space Last year we built just over 400 units
Just over 4000 GSHP fitted last year We have a decent market share But not the marketing budget of our competitors
Power point presentation is on a disc
Kensa units are designed for an easy install, with full installation instructions provided and a dedicated Technical support specialist who will guide you through the install and ensure that the system is installed according to MCS. Dedicated commissioning engineer who will guide you through the commissioning taking various readings from the unit which ensures that the install is correct.
4 working parts – two pumps – compressor (very robust) and contactors switches – very little to go wrong) Starting currents 30amps on start - typical running 8 amps on this project
Niche market products – Kensa understands the UK grid system – designed for the UK market 24kW single phase All units come with integral load and groundside pumps insitu Unit come on a chassis and connections are push fit under the unit Sealed refridgerant circuit so no special a/c qaulifications
Plantroom units come without circulation pumps
Generic sizing before SAP has been supplied screed ground floor
Joisted first floor
Energy performance certificate and mandatory part of building regulations Based on monitoring SAPs for the last 12 months 40w/m is minimum building regulations
The UFH design is critical – looking to get the flow temperature as low as possible UFH companies have got lazy – a heat pump produces warm water – the room heat losses need working out and the floor coverings affect COP Always charge screed floors using E10
Heat pump will get the DHW as hot as possible Tariff 10 is half price electricity for 10 hours a day
Typical heat pump schematic – other than the buffer tank it’s standard sealed system plumbing Can do without buffer vessel if system losses 25% of it’s TRV’s Control is via a twin channel programmer
Once the heat has been created it needs insulating and weatherproofing into the house
Real blot on the landscape get them in early
Dependant on soil type, how wet the ground is etc Film available showing digging etc
Rotary drilling is messy
Prices in some rural areas last xmas nearly topped £1 How many of you have clients fed up with the price of oil Smaller the oil tank the more refills per annum Heat pump requires no annual maintenance or servicing – it requires no combustion air Condensing boilers only lasting upto 8/10 years Recession – outputs down Hands of the madman Intro dave & RHI
Sap also provides estimated annual energy consumption for cost comparison
The more the client can do on the externals the cheaper it will be
The more the client can do on the externals the cheaper it will be
Possible future finance options like PV If oil was a £1- £2023 + £1509 (RHI) – total £3532 – reduces pay back to 6 years for ground arrays and 8.2 years for boreholes Boiler £4K labour etc depending on whether the oil tank needs changing Less cost of boiler change Slinkies – 16% 6 years. Boreholes – 10% 9 years
HT units to 60°C MWT
Further technical training £100 Any further information
Niche market 24kW and 17kW HT units Whether a thirst quench or gravity fed Doing this for 11 years Expertise – supplied 100kW for Broxbourne , 300kW cotswold water park New Linxs – all drilled