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The PTDR Waste-to-Energy Technology is environmentally benign. It facilities eclipse the most stringent of environmental standards and certified as an "alterative-to-incineration" technology for medical waste in the State of California.

Why are we all so different? Here is a toolkit for finding out what people are really like IN THE 4th century BC, the Greek philosopher Theophrastus, Aristotle's student and successor, wrote a book about personality. The project was motivated by his interest in what he considered a very puzzling question: "Why it has come about that, albeit the whole of Greece lies in the same clime, and all Greeks have a like upbringing, we have not the same constitution of character?" Not knowing how to get at the answer, Theophrastus decided to instead focus on categorising those seemingly mysterious differences in personality. The result was a book of descriptions of personality types to which he assigned names such as The Suspicious, The Fearful and The Proud. The book made such an impression that it was passed down through the ages, and is still available online today as The Characters of Theophrastus. The two big questions about personality that so interested Theophrastus are the same ones we ask ourselves about the people we know: why do we have different personalities? And what is the best way to describe them? In the past few decades, researchers have been gradually answering these questions, and in my new book, Making Sense of People: Decoding the mysteries of personality, I take a look at some of these answers. When it comes to the origins of personality, we have learned a lot. We now know that personality traits are greatly influenced by the interactions between the set of gene variants that we happen to have been born with and the social environment we happen to grow up in. The gene variants that a person inherits favour certain behavioural tendencies, such as assertiveness or cautiousness, while their environmental circumstances influence the forms these innate behavioural tendencies take. The ongoing dialogue between the person's genome and environment gradually establishes the enduring ways of thinking and feeling that are the building blocks of personality. This de

PEAT's environmentally benign PTDR waste-to-energy technology produces the following three end-products from processing waste feedstocks: A clean synthetic gas ("syngas") that is a valuable source of alternative energy (Approximate heat value: 8 to 10 MJ/Nm3 (225 MMBTU/SCF); An inert vitrified glass that has excellent applications in the construction industry, including: Concrete Aggregate Road Bed/fill Sandblasting Recovered metal alloys

PEAT's PTDR-500 waste-to-energy system is an ideal, turn-key solution for industrial facilities. The PTDR-500 system provides a permanent, fully self-contained platform for facilities seeking an efficient, environmental and economical terminal chemical waste and hazardous waste treatment and disposal solution.

ADI is instrumental in evolving and implementing water conservation and management strategies in most of the States across India. ADI is committed to evolving and strengthening issues about water resource development and management and sustainable development of the area. ADI has pioneered several major initiatives to replenish water in communities. ADI is partnering in planning, facilitating implementation, and monitoring the impact of Sustainable Water Resource Development & Management projects in Maharashtra, Telangana, Andhra Pradesh, Karnataka, Tamil Nadu, Kerala, Haryana, Punjab, and many other States. Here, Sustainable water resources development and management deal with the practices that help ascertain continued access to good quality water, without jeopardizing the future potential or availability. It entails a methodical approach to augmentation, conservation, and utilization of water resources for a particular portfolio of activities. ADI provides a holistic development framework with an integrated approach to the management of water resources.