(Press-News.org) This news release is available in French.
One company's trash can be another's treasure.
Take Marmite. Made from a by-product of commercial beer production, the yeast-based spread has topped toast throughout the Commonwealth for decades. By recuperating the waste product from one company, another was able to thrive.
Environmental concerns are at the forefront of government policy, so the time is right for companies worldwide to adopt this type of resource exchange, known as industrial symbiosis (IS).
A new study by Concordia University researcher Raymond Paquin published in Long Range Planning shows that this practice must become standard if companies are to continue advancing their environmental efforts.
"IS creates significant economic, environmental and societal value," says Paquin, a professor at Concordia's John Molson School of Business. "It goes beyond turning garbage into something useful — it boosts company profits, creates new jobs and minimizes waste in our landfills."
Paquin's research confirms that companies that view their waste as a valuable resource can reduce disposal costs and boost revenues by reprocessing and selling it to other firms that can use it.
Paquin has studied thousands of firms engaged in IS across the United Kingdom.
"Companies have to think beyond their traditional business focus for IS to be a success," he says. "But it is well worth their time, both economically and environmentally,"
The additional business generated through IS exchanges has even allowed many companies to expand, hiring more employees and developing new arms to manage these transactions.
"It's a win-win situation," says Paquin, noting that the U.K.-founded National Industrial Symbiosis Programme has recently set up shop in Canada.
Although IS is not yet a common practice in North America — unlike in the U.K., where landfills are close to capacity — Paquin believes that this will soon change.
"Consumers and governments are increasingly calling for sustainable action on the part of corporations. As this research shows, industrial symbiosis is a proven approach for companies seeking to economically reduce their landfill and other environmental impacts. Smart firms are integrating IS into their core environmental strategies."
INFORMATION:
Partners in research: This study was funded in part by the Social Sciences and Humanities Research Council.
Is there really cash in your company's trash?
New Concordia University research reveals how firms can boost their revenues while helping the environment
2014-05-20
ELSE PRESS RELEASES FROM THIS DATE:
Engineers build world's smallest, fastest nanomotor
2014-05-20
VIDEO:
Cockrell School of Engineering assistant professor Donglei (Emma) Fan and her mechanical engineering team have built the fastest, smallest nanomotor to date. The team's nanomotor could enable controlled drug delivery...
Click here for more information.
Researchers at the Cockrell School of Engineering at The University of Texas at Austin have built the smallest, fastest and longest-running tiny synthetic motor to date. The team's nanomotor is an important step toward ...
Program to reduce behavior problems boosts math, reading, NYU Steinhardt study shows
2014-05-20
A program aimed at reducing behavior problems in order to boost academic achievement has improved performance in math and reading among low-income kindergartners and first graders, according to a study by researchers at New York University's Steinhardt School of Culture, Education, and Human Development.
Their findings, which appear in the Journal of Educational Psychology, point to the value of well-designed interventions to improve education, the study's authors say.
"Supporting young low-income children so they can reach their potential in the classroom and beyond ...
Professors' super waterproof surfaces cause water to bounce like a ball
2014-05-20
In a basement lab on BYU's campus, mechanical engineering professor Julie Crockett analyzes water as it bounces like a ball and rolls down a ramp.
This phenomenon occurs because Crockett and her colleague Dan Maynes have created a sloped channel that is super-hydrophobic, or a surface that is extremely difficult to wet. In layman's terms, it's the most extreme form of water proof.
Engineers like Crockett and Maynes have spent decades studying super-hydrophobic surfaces because of the plethora of real-life applications. And while some of this research has resulted in ...
Termite genome lays roadmap for 'greener' control measures
2014-05-20
WEST LAFAYETTE, Ind. - A team of international researchers has sequenced the genome of the Nevada dampwood termite, providing an inside look into the biology of the social insect and uncovering new genetic targets for pest control.
Michael Scharf, a Purdue University professor of entomology who participated in the collaborative study, said the genome could help researchers develop control strategies that are more specific than the broad-spectrum chemicals conventionally used to treat termite infestations.
"The termite genome reveals many unique genetic targets that can ...
Fairy circles apparently not created by termites after all
2014-05-20
This news release is available in German. Leipzig. For several decades scientists have been trying to come up with an explanation for the formation of the enigmatic, vegetation-free circles frequently found in certain African grassland regions. Now researchers have tested different prevailing hypotheses as to their respective plausibility. For the first time they have carried out a detailed analysis of the spatial distribution of these fairy circles – and discovered a remarkably regular and spatially comprehensive homogenous distribution pattern. This may best be explained ...
Fossils prove useful in analyzing million year old cyclical phenomena
2014-05-20
Research conducted at the University of Granada has shown that the cyclical phenomena that affect the environment, like climate change, in the atmosphere-ocean dynamic and, even, disturbances to planetary orbits, have existed since hundreds of millions of year ago and can be studied by analysing fossils.
This is borne out by the palaeontological data analysed, which have facilitated the characterization of irregular cyclical paleoenvironmental changes, lasting between less than 1 day and up to millions of years.
Francisco J. Rodríguez-Tovar, Professor de Stratigraphy ...
Improved computer simulations enable better calculation of interfacial tension
2014-05-20
Computer simulations play an increasingly important role in the description and development of new materials. Yet, despite major advances in computer technology, the simulations in statistical physics are typically restricted to systems of up to a few 100,000 particles, which is many times smaller than the actual material quantities used in typical experiments. Researchers therefore use so-called finite-size corrections in order to adjust the results obtained for comparatively small simulation systems to the macroscopic scale. A team of researchers from Johannes Gutenberg ...
Particles near absolute zero do not break the laws of physics after all
2014-05-20
In theory, the laws of physics are absolute. However, when it comes to the laws of thermodynamics—the science that studies how heat and temperature relate to energy—there are times where they no longer seem to apply. In a paper recently published in EPJ B, Robert Adamietz from the University of Augsburg, Germany, and colleagues have demonstrated that a theoretical model of the environment's influence on a particle does not violate the third law of thermodynamics, despite appearances to the contrary. These findings are relevant for systems at the micro or nanometer scale ...
Busting rust with light: New technique safely penetrates top coat for perfect paint job
2014-05-20
WASHINGTON, May 20, 2014 – To keep your new car looking sleek and shiny for years, factories need to make certain that the coats of paint on it are applied properly. But ensuring that every coat of paint—whether it is on a car or anything else—is of uniform thickness and quality is not easy.
Now researchers have developed a new way to measure the thickness of paint layers and the size of particles embedded inside. Unlike conventional methods, the paint remains undamaged, making the technique useful for a variety of applications from cars to artifacts, cancer detection ...
Pine bark substance could be potent melanoma drug
2014-05-20
A substance that comes from pine bark is a potential source for a new treatment of melanoma, according to Penn State College of Medicine researchers.
Current melanoma drugs targeting single proteins can initially be effective, but resistance develops relatively quickly and the disease recurs. In those instances, resistance usually develops when the cancer cell's circuitry bypasses the protein that the drug acts on, or when the cell uses other pathways to avoid the point on which the drug acts.
"To a cancer cell, resistance is like a traffic problem in its circuitry," ...
LAST 30 PRESS RELEASES:
Post-LLM era: New horizons for AI with knowledge, collaboration, and co-evolution
“Sloshing” from celestial collisions solves mystery of how galactic clusters stay hot
Children poisoned by the synthetic opioid, fentanyl, has risen in the U.S. – eight years of national data shows
USC researchers observe mice may have a form of first aid
VUMC to develop AI technology for therapeutic antibody discovery
Unlocking the hidden proteome: The role of coding circular RNA in cancer
Advancing lung cancer treatment: Understanding the differences between LUAD and LUSC
Study reveals widening heart disease disparities in the US
The role of ubiquitination in cancer stem cell regulation
New insights into LSD1: a key regulator in disease pathogenesis
Vanderbilt lung transplant establishes new record
Revolutionizing cancer treatment: targeting EZH2 for a new era of precision medicine
Metasurface technology offers a compact way to generate multiphoton entanglement
Effort seeks to increase cancer-gene testing in primary care
Acoustofluidics-based method facilitates intracellular nanoparticle delivery
Sulfur bacteria team up to break down organic substances in the seabed
Stretching spider silk makes it stronger
Earth's orbital rhythms link timing of giant eruptions and climate change
Ammonia build-up kills liver cells but can be prevented using existing drug
New technical guidelines pave the way for widespread adoption of methane-reducing feed additives in dairy and livestock
Eradivir announces Phase 2 human challenge study of EV25 in healthy adults infected with influenza
New study finds that tooth size in Otaria byronia reflects historical shifts in population abundance
nTIDE March 2025 Jobs Report: Employment rate for people with disabilities holds steady at new plateau, despite February dip
Breakthrough cardiac regeneration research offers hope for the treatment of ischemic heart failure
Fluoride in drinking water is associated with impaired childhood cognition
New composite structure boosts polypropylene’s low-temperature toughness
While most Americans strongly support civics education in schools, partisan divide on DEI policies and free speech on college campuses remains
Revolutionizing surface science: Visualization of local dielectric properties of surfaces
LearningEMS: A new framework for electric vehicle energy management
Nearly half of popular tropical plant group related to birds-of-paradise and bananas are threatened with extinction
[Press-News.org] Is there really cash in your company's trash?New Concordia University research reveals how firms can boost their revenues while helping the environment