How to Get the Best out of Your Open Fire
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Stoker Stove
www.mulberrystoves.com MODEL AIR INTAKE REFERENCE BOILER Standard HPBXXX • Provides heat for up to 10 radiators with 3.5kW of radiant heat and convection heat to the room. • Thermostatically controlled settings and safety over-ride in the event of a power cut stopping the pump to the heating system. • Ample firebox to suit woodburning or any solid fuel. BOILER OSA Outside Air HPBOSA • As the standard boiler, but fitted with a spigot to connect to a 4”/100mm diameter pipe that brings air from outside the house. This air is used for combustion in the stove and this arrangement is ideal for ‘air-tight’ or ‘passive’ homes. 485 440 ø150 [ø5.91] 390 329 117 607 239 571 531 ø100* 190 197 105* *With OSA adaptor only 125* FIRE-FRONT FOR BACK BOILER Standard FFBBXX • A firefront with a baffle arrangement that increases the efficiency of your back-boiler STOKER... by up to 40%. • Turns wasted heat up the chimney into warmth for the room. • Saves money even when fire is not lit by preventing warm air leaving the house up the chimney. • Easily installed - D.I.Y. fitting in 15 minutes. FIRE-FRONT BASIC Standard FFDXXX • A front and door sealing the fireplace opening allowing the user to control the burn rate by controlling the amount of air available for combustion. • Saves money even when fire is not lit by preventing warm air leaving the house up the chimney. • Easily installed - D.I.Y. fitting in 15 minutes. 485 140 ...PERFECT FOR YOUR HOME! *On Fire-Front for Back Boiler only 485 *Top Baffle fits 95% of Multi-fuel insert stoves and firefronts providing Back Boilers. -
The Big Smoke: Fifty Years After the 1952 London Smog
The Big Smoke: Fifty years after the 1952 London Smog edited by: Virginia Berridge and Suzanne Taylor Centre for History in Public Health London School of Hygiene & Tropical Medicine The Big Smoke: Fifty years after the 1952 London Smog Centre for History in Public Health London School of Hygiene & Tropical Medicine Published in association with the CCBH Witness Seminar Programme © Centre for History in Public Health, London School of Hygiene & Tropical Medicine, 2005. All rights reserved. This material is made available for use for personal research and study. We give permission for the entire files to be downloaded to your computer for such personal use only. For reproduction or further distribution of all or part of the file (except as constitutes fair dealing), per- mission must be sought from the copyright holder. Published by Centre for History in Public Health London School of Hygiene & Tropical Medicine Centre for Contemporary British History Institute of Historical Research School of Advanced Study University of London ISBN: 1 905165 02 1 The Big Smoke: Fifty Years after the 1952 London Smog Held 10 December 2002 at the Brunei Gallery, SOAS, London Seminar chaired by Professor Peter Brimblecombe Edited by Virginia Berridge and Suzanne Taylor Centre for History in Public Health London School of Hygiene & Tropical Medicine Contents Contributors 9 Citation Guidance 11 Further Reading 13 The Big Smoke: Fifty years after the 1952 London Smog 15 edited by Virginia Berridge and Suzanne Taylor Contributors Editors: PROFESSOR VIRGINIA Centre for History in Public Health, London School of Hygiene BERRIDGE & Tropical Medicine. SUZANNE TAYLOR Centre for History in Public Health, London School of Hygiene & Tropical Medicine. -
THE GUIDE to SOLID FUELS This Leaflet Will Tell You All You Need To
THE GUIDE TO SOLID FUELS This leaflet will tell you all you need to know about: • The different solid fuels available and their suitability for the various types of appliances • Smoke control legislation • Buying solid fuel • Hints on getting the best from your fuel and appliance Choice of Fuel There are a great many different solid fuels for sale. Your choice will be based on a number of criteria, the most important of which will be the type of appliance you will be burning the fuel on and whether or not you live in a smoke control area (see page 4). Fuels for open fires Housecoal The most traditional fuel for open fires is housecoal. It is available in various sizes e.g. Large Cobbles, Cobbles, Trebles and Doubles. The larger sizes are usually a little more expensive than Doubles size. Housecoal comes from mines in Britain and other parts of the world, most notably Columbia and Indonesia. The coal may be sold by the name of the colliery it comes from e.g. Daw Mill, the port of entry e.g. Merseyport or a merchant’s own brand name, e.g. Stirling. Coal merchants also frequently sell the coal by grade – 1, 2 and 3 or A, B and C; 1 and A being the best quality. Wood Wood and logs can be burnt on open fires. They should be well-seasoned and preferably have a low resin content. You should not use any wood that has any kind of coating on the surface e.g. varnish or paint, as harmful gases may be emitted on burning. -
SFA Guide to Open Fire Installation
SFA Guide to Open Fire Installation Solid Fuel Association 95 High Street Clay Cross Chesterfield Derbyshire S45 9 DZ www.solidfuel.co.uk Open Fires Introduction If the open fire is the main heat source in a room then to comply with Approved Document J 1A and 1B the minimum efficiency of the finished installation must be at least 37%. To achieve this, the installation will need to meet BS 8303and have a sealed in, controlled, open fire. The installation of a simple inset open fireback is not an easy task and must be undertaken correctly and with care. If this is done it will provide the end user with many years of trouble free use. The main components commonly employed in a typical installation are as follows:- 1. Fireback or boiler set 2. Throat forming lintel 3. Fire surround and superimposed hearth 4. Appliance Note: the appliance should be constructed in accordance with BS 4834 and with components (items 1 to 4 above) manufactured to the requirements of BS 1251 (Specification for open fireplace components). When manufactured to these requirements, a minimum efficiency of 37% is deemed to have been met. Where an inset open fire includes a boiler, the efficiency must be confirmed using the test given in BS 4834. All of the above components are installed or fixed to an appliance recess supported by a constructional hearth both of which are fully described later in this chapter and additional information in BS 8303. The installation methods described later deal with fireback or boiler set into a recess where a new surround is to be fitted or where the existing tiled surround is to be used. -
Thermaltricity Air Source Heat Pumps Models KS015R & KS02R
Thermaltricity® Air Source Heat Pumps Models KS015R & KS02R Introduction A Thermaltricity Air Source Heat Pump uses the same mechanical technology as a refrigerator and air conditioner but for the generation of hot water. The real selling point is the fact that it uses 1 unit of electricity to generate approximately 3 units of heat. In comparison, a standard immersion heater uses 3 units of electricity to provide 3 units of heat. The introduction of Air Source Heat Pumps to the domestic household and small business user has become financially possible because of technical advances in planet friendly refrigerants and new compressor technology. With low running costs, they are a cost effective option in new house builds, energy efficient refurbishments or retrofits and will help to mitigate the effects of increasing gas and oil prices. Features Effective efficiency = 250% to 400% Simple installation Designed to heat water continuously For a 4 person household the annual electricity use is up to 75% less than heating a conventional hot water tank Work well in humid climates Use CFC-free Refrigerant R417a Thermaltricity Air Source Heat Pumps | page 1 of 4 | v.13 290906 21 Haviland Road, Ferndown Industrial Estate, Wimborne, Dorset, BH21 7RZ Tel: +44 (0)1202 890234 Fax: +44 (0)1202 876252 Heat pumps in various forms have been around for many years and are used worldwide for both domestic and commercial applications Life expectancy of 15 years Can be integrated with a solar thermal collector through a Powertech Thermal Store for greater -
Biomass Boilers & Stoves
CI/SfB (56) First Issue December 2017 Biomass Boilers file:///Users/pjaspare/ & Stoves Downloads/LDS7_FINAL.pdf Renewable Heating Solutions from a Natural & Sustainable Fuel Source SUPERIOR HEATING SOLUTIONS SINCE 1980 2 Firebird Biomass Boilers & Stoves Renewable energy from a natural & sustainable fuel source. Contents Benefits of Biomass as a Heating Option 4 What is a Biomass Heating System? 6 Tavistock Wood Pellet Biomass Boilers 8 Dartmoor Wood Pellet Biomass Stove 14 Exmoor Wood Pellet Biomass Stove 16 Firebird Wood Burning Dry Stove 21 Firebird Support 22 3 Firebird Products Ltd are market-leading manufacturers of heating products with a proven track record built on the global supply of heating systems. Established in Ireland in 1980, the Firebird name has become synonymous with performance, quality and innovative design. At the forefront of technology, Firebird are committed to providing cost-effective, energy-efficient heating solutions that not only meet, but easily exceed today’s stringent legislative requirements. Historically an oil-fired boiler manufacturer; the addition of renewable heating options, which include air source heat pumps, biomass boilers, stoves and solar thermal systems enable Firebird to offer a total heating solutions package. 4 Firebird Biomass Boilers & Stoves Benefits of Biomass as a Heating Option Firebird’s biomass heating solutions provide an economical and environmentally-friendly alternative to traditional heating and hot water systems. 7 5 3 4 8 2 1 6 1 Firebird Tavistock 5 Sanitary system Wood Pellet Boiler 6 Accumulator 2 Pellet hopper (optional) 7 Solar thermal panel 3 Radiators 8 Solar station 4 Underfloor heating 5 Self-contained and fully automated to provide consistent heat Long-term, sustainable, renewable energy source Cost-effective heating option – unaffected by fluctuating fossil fuel prices Eligible for domestic Renewable Heat Incentive payments (RHI)* MCS & HETAS Approved** * Applicable to biomass boilers or stoves with a back boiler. -
TB) 101 Replaces the Version Originally Published 1 April 2009 Which Is Now Withdrawn
Technical Bulletin 101 Developed with HSE Title: HSE Safety Alert Risks from redundant solid fuel back boilers Date issued: 1 September 2010 Note: This version of Technical Bulletin (TB) 101 replaces the version originally published 1 April 2009 which is now withdrawn. This version has been reviewed and where appropriate revised to ensure that it remains both current and relevant. This Technical Bulletin alerts Gas Safe Registered businesses/engineers to the HSE Safety Alert related to risks from redundant solid fuel back boilers Introduction The Health and Safety Executive (HSE) in Great Britain (GB) has issued a Safety Alert aimed at homeowners, tenants, landlords and heating professionals following five incidents in GB since 2008, where redundant solid fuel back boilers have exploded. The HSE have stated that “a number of these incidents led to injury and sadly, in one case, a fatality”. The risk can arise when a disused solid fuel boiler which has not been safely decommissioned has been left at the back of a fireplace and a coal or wood fire is lit in front of it. This can mean that the boiler heats up causing the boiler casing to explode. Therefore, if you have (or know of) a redundant solid fuel back boiler you should not light an open fire in front of it. The HSE believes information published in its 2008 Safety Alert should help identify whether individuals have this potential risk in their properties/housing stock and what steps they should take. The HSE is urging those who are unsure of whether they have a redundant solid fuel back boiler behind their fireplace to seek further advice from their landlord or a competent professional such as a Gas Safe registered business. -
Grant Back Boiler Instruction
Project1:Layout 1 15/01/2013 09:23 Page 1 Installation and Operating Instructions for the GRANT TRIPLE PASS EASY CLEAN - HIGH OUTPUT BACK BOILER This Leaflet should be left with the Householder 2 1 3 GUARANTEE The Grant Triple Pass boiler is guaranteed for five years from date of purchase. This does not affect your statutory rights. This guarantee does not include cast iron parts, labour, handling or shipping. 11 9 13 4 12 8 14 8 7 6 10 5 1 Boiler 16" or 18" 2 Damper 16" or 18" 6 3 Removable Cleaning Door 16" or 18" 4 Drop Plate 16" or 18" 5 Ashpit Door 16" or 18" 6 2 Adjusting Brackets (left and right) 7 Main Frame 16" or 18" 8 Side Cheeks (left and right) IT IS RECOMMENDED THAT THIS LEAFLET BE 9 Grate 16" or 18" 10 Gas Ignitor 16" or 18" STUDIED BEFORE OPERATION OF BOILER 11 Cleaning & Operating Tool 12 Front Firebars 16" or 18" DOC: 50 REV:01 OCT2002 13 Ashpan 16" or 18" 14 Queenstar Operating Tool A Log Bar and Deepening Plate is GRANT ENGINEERING LTD. also available Crinkle, Birr, Co. Offaly, Ireland. When ordering parts state colour of enamelled Telephone: parts, no, and size i.e. 16" or 18" 057 9120089, 9120352, 9120793 Project1:Layout 1 15/01/2013 09:23 Page 2 EFFICIENT OPERATION OF APPLIANCE PROCEDURE ON LIGHTING FIRE: A deepening bar should be fitted when burning smokeless fuels and Close boiler damper, open ashpit door fully. Place firelighters on grate removed when burning coal. -
British Engine Boiler Insurance Company Limited
British Engine, Boiler and Electrical Insurance Company Limited, 1878- 1991 Location and extent of archival material: SS4/2-8, 57 boxes The listing has been completed in box number order and there has been no attempt to arrange material into series as the collection simply includes a large selection of miscellaneous company catalogues. Company history The Company was founded in Manchester on November 12 1878 under the title of ‘The Engine and Boiler Insurance Company’ with RB Longridge as Chairman and Micheal Longridge (his nephew) as Chief Engineer. The Longridge family were established engineers at the beginning of the 19th Century. They were originally iron masters of Bedlington, Northumberland who also supplied castings and forgings to the engineers of the day. They were involved in the early development of industrial steam engines and were business partners with both George and Robert Stephenson. Members of the Longridge family continued to serve the Insurance Company from the early days until the introduction of nuclear power. RB Longridge formed The Steam Boiler Assurance Company in 1859 but later resigned. Following his resignation he formed ‘The Engine and Boiler Insurance Company Limited’. Within two years the name changed to ‘The Engine, Boiler and Employers’ Liability Company Limited’. In 1903, the Silver Jubilee year the title ‘British Engine, Boiler and Electrical Insurance Company Limited’ was adopted, and in 1978 the title was abbreviated to ‘British Engine Insurance Limited’. The family association terminated in 1966 with the retirement of HM Longridge. The name of Longridge was perpetuated in the title of the Head Office building in Manchester- Longridge House, erected in 1959 on a site embracing that of the original Manchester Steam Users Association of which RB Longridge was Chief Inspector. -
Wayne County Air Pollution Control Ordinance Page 1 of 20 (11/18/1985) TABLE of CONTENTS
Note: The portions of Chapter 5, section 501, which incorporate by reference the following parts of the State rules are not federally approved or incorporated into the State Implementation Plan: 1. The quench tower limit in Rule 336.1331, Table 31, Section C.8; 2. The deletion of the limit in Rule 336.1331 for coke oven coal preheater equipment; and 3. Rule336.1355 WAYNE COUNTY AIR POLLUTION CONTROL ORDINANCE AN ORDINANCE to abate air pollution in the County of Wayne and to provide for its administration and enforcement; to prescribe the powers and duties of the Wayne County Depart ment of Health-Air Pollution Control Division and its Director; and to provide for penalties and remedies. IT IS HEREBY ORDAINED BY THE PEOPLE OF THE CHARTER COUNTY OF WAYNE 2016 MI SIP compilation update Wayne County Air Pollution Control Ordinance Page 1 of 20 (11/18/1985) TABLE OF CONTENTS PAGE Chapter I DEFINITIONS Chapter 2 GENERAL PROVISIONS 4 Chapter 3 ENFORCEMENT .... 8 Chapter 5 EMISSION LIMITATIONS AND PROHIBITIONS PARTICULATE MATTER ........... ............... 16 Chapter 8 EMISSION LIMITATIONS AND PROHIBITIONS -- MISCELLANEOUS ........ 21 Chapter 9 SEALlNG OF EMISSION SOURCES ....... 24 Chapter 11 TESTING AND SAMPLING 26 Chapter 12 CONTINUOUS EMISSION MONITORING AND RECORDING 27 Chapter 13 AIR POLLUTION EPISODES . 28 APPENDICES A. DIVISION REQUIREMENTS FOR EMISSION SOURCE TESTING D. DIVISION REQUIREMENTS FOR CONTINUOUS EMISSION MONITORING AND RECORDING 2016 MI SIP compilation update Wayne County Air Pollution Control Ordinance Page 2 of 20 (11/18/1985) -
Analysis of Boiler Efficiency– Case Study of Thermal Power Stations
ANALYSIS OF BOILER EFFICIENCY– CASE STUDY OF THERMAL POWER STATIONS 1.0 INTRODUCTION Looking to the statically data, rate which power demand increases is extremely very high compared to the rate at which generation capacity increase. Boiler is a heart of power plant, so its efficiency is directly affected to the all over efficiency of the plant. It is quite obvious that approximately 65% to 70% power generation comes out from Thermal Power Plant uses Coal as fuel available from various parts of India, where transportation is also made easy and timely. Power is one of the basic infrastructures necessary for the Industries and socio economic development in the State. Installed capacity of the State has increased from 315 MW in 1960-61 to 11711 MW in 2009- 2010. Per capita consumption of power in the State of Gujarat in 2008-09 was 1446 Units (as per CEA revised formula) which is almost double of all India average. For finding out the Power Plant efficiency and its performance, the Ukai and Gandhinagar Thermal Power Plants are being selected for the present study. The performance of boiler was carried out by way of calculating the efficiency of Boiler by direct method and indirect method. It has been also discussed the methods how GSECL (Gujarat State Electricity Corporation Ltd.) calculate the efficiency of Boiler. The important discussion on the point how to increase the efficiency of Boiler. The study scope encompassed the following major tasks: • Discussion of methods to reduce the heat rate of existing power plants. • Preparation of case studies quantifying heat rate reductions resulting from the methods described herein. -
NUTTALLBURG MINE COMPLEX (Dubgee No. 4> HAER No. WV-51 North Side of New River, 2.7 Miles Upstream from Fayette Landing Looko
NUTTALLBURG MINE COMPLEX (Dubgee No. 4> HAER No. WV-51 North side of New River, 2.7 miles upstream from Fayette Landing \—\^1~ZA<!! Lookout vicinity \,N/V/-Y Fayette County ' West Virginia lO-LOUT.^ WRITTEN HISTORICAL AND DESCRIPTIVE DATA REDUCED COPIES OF MEASURED DRAWINGS HISTORIC AMERICAN ENGINEERING RECORD National Park Service 1849 C Street, NW Washington, DC 20240 HISTORIC AMERICAN ENGINEERING RECORD NUTTALLBURG MINE COMPLEX 1873 HAER No. WV-51 Location: North side of the New River, 2.7 miles upstream from Fayette Landing, Fayette County, West Virginia, Xoolt**** vie, UTM: Mine Opening, 17.496325.4211600 Tipple, 17.496240.4211205 Quad: Fayetteville, West Virginia Fabricator: Tipple: Roberts and Schaefer Company Chicago, Illinois Headhouse: Fairmont Mining Machinery Company Fairmont, West Virginia Conveyor: Fairmont Mining Machinery Company Fairmont, West Virginia Date of Construction: Mine, 1873 Tipple, 1923-24. Headhouse/Conveyor, 1925-26. Present Owner: The John Nuttall Estate Present Use: None Significance: The Nuttallburg Mine was one of the earliest mines to open in the New River Field. The Retarding Conveyor is one of the longest ever constructed and perhaps one of the few still extant. The Nuttallburg Mine Complex is representative of the rural industrialization and is typical of the extractive industries located in the New River Gorge and West Virginia. Project Information: The Nuttallburg Mine Complex recording project was undertaken during the summer and fall of 1991 by the West Virginia University Institute for the History of Technology and Industrial Archaeology for the Historic American Engineering Record. Lee R. Maddex Research Assistant Institute for the History of Technology and Industrial Archaeology West Virginia University Morgantown, West Virginia 26506 NUTTALLBURG MINE COMPLEX 1873 HAER No.