Awards  >> Chamberland Award

Maurice R. Chamberland Award

The Chamberland Award is named after Maurice R. Chamberland, a distinguished early chairman of the New Haven Local Section and a chemist who contributed significantly to agricultural chemical synthesis in Naugatuck during the 1980s.

Eligibility for the Chamberland Award requires that the recipient was an active member of the New Haven Section during the time their impactful work was accomplished. This requirement emphasizes the importance of local contributions with global significance, celebrating those whose dedication and innovation have made a meaningful difference.

Chamberland Awards Recipients

1978 - Dr. Richard Henderson

Dr. Richard Henderson, director of environmental hygiene and toxicology at Olin Corp., was honored with the Maurice R. Chamberland Award for Applied Chemistry by the ACS New Haven Section. Dr. Henderson was recognized for his significant contributions to assessing and reducing mercury hazards, particularly his groundbreaking work in identifying the microenvironment of individuals whose skin and clothing were contaminated with mercury. His efforts have greatly advanced workplace safety and public health.

1980 - Professor Madhukar (Mathew) Thakur

Dr. M.L. Thakur received the ACS Maurice Chamberland Award in 1980 for his groundbreaking contributions to improving the quality of life through chemistry. His pioneering work in radiopharmaceuticals and nuclear medicine advanced the development of targeted diagnostic and therapeutic tools. These innovations have enhanced the early detection and treatment of cancer, reducing unnecessary medical procedures and improving patient outcomes. Dr. Thakur's efforts exemplify the transformative impact of chemistry in addressing some of humanity's most pressing health challenges.

1981 - Herman Alexander Bruson

Herman A. Bruson was awarded the Maurice R. Chamberland Award for his pioneering work in polymer chemistry, which led to transformative applications across numerous industries. Bruson was among the first to showcase the versatility of polymers, developing acrylic polymers for use as oil additives, antioxidants, plasticizers, fibers, coatings, and surfactants. He also created related compounds for flame retardants, foams, bactericides, and pesticides. His innovative contributions, supported by over 500 U.S. patents, exemplify the profound impact of chemistry on improving materials and technology. Herman's legacy remains a cornerstone of industrial chemistry and its practical benefits to society.

1987 - Professor Richard Merle Lambrecht

Professor Richard Merle Lambrecht was awarded the Maurice R. Chamberland Award in 1987 for his remarkable innovation and discovery in chemistry, with a profound focus on enhancing societal well-being. As an internationally renowned authority in radiopharmaceuticals and radiolabeling, his work has significantly advanced the fields of medical imaging and diagnostics. Through his research, Professor Lambrecht has contributed to the development of groundbreaking tools for early disease detection and treatment, improving healthcare outcomes worldwide. His dedication to harnessing the power of science for the betterment of humanity exemplifies the very purpose of this prestigious award.

2003 - Dr. Robert A. Gregg

Robert A. Gregg received the Maurice Chamberland Award in 2003 for his contributions to polymer chemistry. His pioneering work at the United States Rubber Co. (later Uniroyal) included the invention of chemical processes that ensured the safety of steel-belted radial tires, a critical advancement in tire technology. He is also credited with inventing spandex and a chemical foaming agent used in making shock-absorbing foam rubber for products such as running shoes and hammer handles. His work demonstrates the impact of chemistry on everyday life.