Follow the journey of a Canadian and Indian couple, Savannah and Sandeep, as they travel the world to capture the human side of one of the biggest energy transitions of our times - the global shift from fossil fuels to renewables. In this exciting and provocative new book, readers are taken into the homes of the coal miners who live and work in Jharia, a town in India that has been on fire for the past 100 years due to poor coal mining practices. Life in Jharia is a version of Dante's inferno - 700,000 people live in the most unimaginable conditions. Yet even though residents of Jharia say they are dying slowly every day, they also say they'll never leave. Almost 11,000 kilometres away, in the Canadian oil sands, workers and indigenous people similarly describe their complex relationship with the industry that employs them. Although fossil fuel extraction is harming the environment and impacting people's way of life in the oil sands region, a much-needed shift to renewable energy could also leave communities without their livelihoods. Written in the form of a travelogue, Total Transition provides a whirlwind look at the global growth of renewable energy - highlighting exciting developments in solar and wind energy in Canada, India, Africa and Europe, and discussing hurdles standing in the way of a total transition. Energy experts and leaders of innovative renewable energy projects share hope and optimism about the future of fossil fuel workers and their communities in an increasingly renewable world.

In January 2004, the Inland Revenue entered into a contract with Capgemini to provide IT services to support the Department's business. The contract, known as ASPIRE (Acquiring Strategic Partners for the Inland Revenue), replaced two previous contracts with EDS and Accenture and, following the merger of the Inland Revenue and HM Customs & Excise in 2005, the latter's IT services contract with Fujitsu was incorporated within ASPIRE in April 2006. This change from one supplier to another was the first of this scale in the public sector, and the contract provides wider lessons for the public sector in re-competing major contracts, particularly relating to the payment of transition costs. The cost of the contract has risen from £2.83 billion to £8.5 billion over the 10 year term. Following on from a NAO report on this topic (HCP 938, session 2005-06; ISBN 9780102939170) published in July 2006, the Committee's report examines the procurement process, the transition to a new supplier and the performance of the ASPIRE contract to date. Findings include: i) before concluding the deal, the Department should have evaluated bids against a range of demands for IT services and analysed the effect of different scenarios on suppliers' prices and profit margins; ii) it should have evaluated the performance of consultants and the lessons to be learned from their use, not only for their own benefit but for that of other departments; iii) by contributing to bid costs and paying transition costs to secure competition for the contract, the Department incurred a premium of £51.9 million; iv) it should set more challenging performance targets to impose sufficient discipline on suppliers; and v) the Government should not be placed in the invidious position of having to commission further work from a contractor in order to recover compensation for underperformance.

Thermal Analysis, Volume 1: Instrumentation, Organic Materials, and Polymers is a collection of papers presented at the Second International Conference on Thermal Analysis, held in Holy Cross College, Worcester, Massachusetts on August 18-23, 1968. The papers highlight a wide range of applications, from fundamental thermodynamics and kinetics to industrial process development. This book is divided into two major sections encompassing 45 chapters. The first section emphasizes the developments in the instrumentation aspects of thermal analysis. This section deals first with the developments of thermal analysis equipment, methods, and their corresponding application to various fields, including in pharmaceutical research. This section also examines the technique of differential thermal analysis, microcalorimetry, thermogravimetry, mass spectrometry, pyrolysis-flame detection, and thermal volatilization analysis. The second section explores the application of thermal analysis to organic materials, such as polymers and elastomer systems. This section specifically looks into the potential of differential thermal analysis, thermogravimetry, and time-of-flight mass spectrometry in analysis of specific organic materials. Measurements of electrical conductivity, magnetic, dielectric, photoelectric, thermodynamic, and thermophysical properties are also provided.