How to Engage Employees in Sustainability

Employee engagement. It’s one of the most critical elements of any sustainability or CSR program, but it’s also one of the most perplexing.  The reason it’s so difficult is that most of us aren’t professional “engagers.” But game designers are.

Seth Priebatsch, founder of SCVNGR, believes the engaging foundations of game thinking is ready to break out of your game console and into all facets of personal and professional life.

Welcome to the Game Layer

In a keynote address at the recent South by Southwest conference, Seth explained how the past decade built a “Social Layer” on top of the world. This social layer, created with tools like Facebook and Twitter, is all about forging connections between individuals. With this social layer, you can now connect and visualize your relationships in a whole new way.

In contrast, the “Game Layer” is all about influence. Instead of trading in social connections the way that Facebook does, the game layer traffics in human motivation. It’s not about the number of followers you have, or how many people “like” you, but about how you can leverage game mechanics to achieve all sorts of great things.

How Games Motivate Change

Game designers think about engagement for a living. They not only want you to buy and play their game, but they want you to keep playing and reach for the next level of success. In other words, game designers motivate you.

Read the complete article at Environmental Leader:

EPA Updates Web Tool Providing Clean Water Violation Trends and State Enforcement Response

WASHINGTON – The U.S. Environmental Protection Agency (EPA) today released updated data and a mapping tool designed to help the public compare water quality trends over the last two years. The web-based, interactive map includes “state dashboards” that provide detailed information for each state, including information on facilities that are violating the Clean Water Act and the actions states are taking to enforce the law and protect people’s health.

“Access to environmental information that is easy to use is the cornerstone of our commitment to transparency and engaging the public in a meaningful and productive way,” said Cynthia Giles, assistant administrator for EPA’s Office of Enforcement and Compliance Assurance. “The release of today’s tool removes traditional barriers that have limited access to Clean Water Act information and helps improve public awareness of the important work that remains in protecting our nation’s waters.”

The state dashboards incorporate data for both large and small sources of water pollution, along with the latest information from EPA’s 2009 Annual Noncompliance Report. The public can examine and compare information on the inspections conducted by both EPA and the state in their region, violations and enforcement actions in their communities over the past two years and the penalties levied in response to violations.

In 2009, EPA announced the Clean Water Act action plan to improve Clean Water Act permitting, enforcement, information collection and public access to compliance and monitoring information. The state dashboards are a part of the action plan and are designed to provide information on Clean Water Act violators and government’s response.

EPA’s enforcement and compliance transparency tools are recognized as a model for open government and improving how government operates. EPA’s Enforcement and Compliance Online (ECHO) database provides fast, integrated searches of EPA and state data for more than 800,000 regulated facilities, including information on inspections, violations and enforcement actions.

More information on interactive state dashboard for Clean Water Act violations:

More information on the 2009 Annual Noncompliance report

More information on the ECHO database

48MW Solar Plant, Nation’s Biggest, Comes Online in Nevada

Sempra Generation has opened a Nevada solar photovoltaic plant that it says is the country’s largest.

Nevada governor Brian Sandoval was on hand to help dedicate the 48 MW Copper Mountain Solar plant, located adjacent to Sempra Generation’s 10 MW El Dorado Solar installation on 380 acres in Boulder City, Nev., about 40 miles southeast of Las Vegas. The Copper Mountain project uses nearly 775,000 thin-film photovoltaic solar panels, enough to power about 14,000 homes, Sempra said.

The power from Copper Mountain and El Dorado is being sold to Pacific Gas & Electric (PG&E) under two 20-year contracts. Together, the two projects use nearly a million solar panels supplied by First Solar, PG&E said. Construction on Copper Mountain Solar began in January 2010.

Copper Mountain’s record won’t stand for long. Sempra now plans to expand the complex by more than 200 MW, a plan recently approved by Boulder City.

Read the complete article at Environmental Leader:

Plastic: Too Good to Throw Away

By SUSAN FREINKEL

San Francisco

SINCE the 1930s, when the product first hit the market, there has been a plastic toothbrush in every American bathroom. But if you are one of the growing number of people seeking to purge plastic from their lives, you can now buy a wooden toothbrush with boar’s-hair bristles, along with other such back-to-the-future products as cloth sandwich wrappers, metal storage containers and leather fly swatters.

The urge to avoid plastic is understandable, given reports of toxic toys and baby bottles, seabirds choking on bottle caps and vast patches of ocean swirling with everlasting synthetic debris. Countless bloggers write about striving — in vain, most discover — to eradicate plastic from their lives. “Eliminating plastic is one of the greenest actions you can do to lower your eco-footprint,” one noted while participating in a recent online challenge to be plastic-free.

Is this true? Shunning plastic may seem key to the ethic of living lightly, but the environmental reality is more complex.

Originally, plastic was hailed for its potential to reduce humankind’s heavy environmental footprint. The earliest plastics were invented as substitutes for dwindling supplies of natural materials like ivory or tortoiseshell. When the American John Wesley Hyatt patented celluloid in 1869, his company pledged that the new manmade material, used in jewelry, combs, buttons and other items, would bring “respite” to the elephant and tortoise because it would “no longer be necessary to ransack the earth in pursuit of substances which are constantly growing scarcer.” Bakelite, the first true synthetic plastic, was developed a few decades later to replace shellac, then in high demand as an electrical insulator. The lac bugs that produced the sticky resin couldn’t keep up with the country’s rapid electrification.

Today, plastic is perceived as nature’s nemesis. But a generic distaste for plastic can muddy our thinking about the trade-offs involved when we replace plastic with other materials. Take plastic bags, the emblem for all bad things plastic. They clog storm drains, tangle up recycling equipment, litter parks and beaches and threaten wildlife on land and at sea. A recent expedition researching plastic pollution in the South Atlantic reported that its ship had trouble setting anchor in one site off Brazil because the ocean floor was coated with plastic bags.

Such problems have fueled bans on bags around the world and in more than a dozen American cities. Unfortunately, as the plastics industry incessantly points out, the bans typically lead to a huge increase in the use of paper bags, which also have environmental drawbacks. But the bigger issue is not what the bags are made from, but what they are made for. Both are designed, absurdly, for that brief one-time trip from the store to the front door.

In other words, plastics aren’t necessarily bad for the environment; it’s the way we tend to make and use them that’s the problem.

It’s estimated that half of the nearly 600 billion pounds of plastics produced each year go into single-use products. Some are indisputably valuable, like disposable syringes, which have been a great ally in preventing the spread of infectious diseases like H.I.V., and even plastic water bottles, which, after disasters like the Japanese tsunami, are critical to saving lives. Yet many disposables, like the bags, drinking straws, packaging and lighters commonly found in beach clean-ups, are essentially prefab litter with a heavy environmental cost.

And there’s another cost. Pouring so much plastic into disposable conveniences has helped to diminish our view of a family of materials we once held in high esteem. Plastic has become synonymous with cheap and worthless, when in fact those chains of hydrocarbons ought to be regarded as among the most valuable substances on the planet. If we understood plastic’s true worth, we would stop wasting it on trivial throwaways and take better advantage of what this versatile material can do for us.

In a world of nearly seven billion souls and counting, we are not going to feed, clothe and house ourselves solely from wood, ore and stone; we need plastics. And in an era when we’re concerned about our carbon footprint, we can appreciate that lightweight plastics take less energy to produce and transport than many other materials. Plastics also make possible green technology like solar panels and lighter cars and planes that burn less fuel. These “unnatural” synthetics, intelligently deployed, could turn out be nature’s best ally.

Yet we can’t hope to achieve plastic’s promise for the 21st century if we stick with wasteful 20th-century habits of plastic production and consumption. We have the technology to make better, safer plastics — forged from renewable sources, rather than finite fossil fuels, using chemicals that inflict minimal or no harm on the planet and our health. We have the public policy tools to build better recycling systems and to hold businesses accountable for the products they put into the market. And we can also take a cue from the plastic purgers about how to cut wasteful plastic out of our daily lives.

We need to rethink plastic. The boar’s-hair toothbrush is not our only alternative.

Susan Freinkel is the author of the forthcoming “Plastic: A Toxic Love Story.”

Green pharmacy and pharmEcovigilance: prescribing and the planet

Just published is a comprehensive examination of sustainability and the use of pharmaceuticals in health care.  Read the summary at Expert Review of Clinical Pharmacology, 2011, 4(2):211-232; doi: 10.1586/ecp.11.6;

Green Pharmacy & PharmEcovigilance: Prescribing and the Planet,”  by Daughton CG and Ruhoy IS

The article is Open Access and can therefore be freely downloaded as an Acrobat PDF or accessed in HTML from these URLs: http://www.expert-reviews.com/doi/abs/10.1586/ecp.11.6 or http://www.expert-reviews.com/doi/pdf/10.1586/ecp.11.6

One of the overarching objectives in our work on pharmaceuticals as environmental contaminants has been to forge clearer linkages between environmental integrity and human health, and to foster awareness, dialog, and debate within the healthcare communities regarding the intimate connections between the environment and the practice of medicine.

Our major message is that a more sustainable system of health care can evolve simply by focusing on redesign of any of numerous aspects of the delivery of health care that serve to reduce and optimize the overall use of medications.

The paper posits that any of the numerous actions, behaviors, and customs involved with the prescribing and dispensing of drugs can be altered to: (1) reduce the incidence of leftover medications (and thereby lessen the need for disposal – which is usually done by flushing to sewers or discarding in trash) and (2) reduce the quantities of unmetabolized residues excreted or washed into sewers.  The second point is one that is almost always discounted as not feasible, but one that we maintain offers the greatest potential for minimizing the environmental burden of pharmaceutical ingredients.

Unfortunately, these are really not issues that have historically concerned most healthcare practitioners. But by using a systems-level approach, we believe a cogent and compelling argument can be advanced.

By taking actions to protect the environment, a broad spectrum of extremely important collateral benefits for health care can naturally emerge. These benefits involve systems-wide improvements in:

(i)                  the quality of health care (e.g., improved therapeutic outcomes),

(ii)                reducing healthcare costs (from lessened usage of medications), and

(iii)               reducing drug diversion and unintended poisonings (because of fewer leftovers); the latter is a major problem in the US and a great concern to the White House ONDCP.

In the final analysis, we believe that the prudent prescribing and dispensing of drugs, coupled with an enlightened understanding between consumers and physicians with respect to medication utility and use, would minimize the incidence of leftover medications – thereby largely solving the current problems surrounding drug disposal and diversion.

Also, by reduced and prudent usage (coupled with the selection of those drugs with favorable pharmacokinetics), the entry of residues (via excretion and bathing) from the intended use of medications could also be reduced.

In essence, by attempting to protect the environment from exposure to medication residues, we believe that a rare win-win can be achieved — for consumers (patients), healthcare professionals, health insurers, and the pharmaceutical industry.

Christian Daughton, Ph.D.

Chief, Environmental Chemistry Branch (on detail) Environmental Sciences Division National Exposure Research Laboratory U.S. Environmental Protection Agency

944 East Harmon

Las Vegas, NV 89119

702-798-2207

daughton.christian@epa.gov

EPA IS PROPOSING NEW GROUP OF 30 UNREGULATED WATER CONTAMINANTS FOR MONITORING AND PUBLIC COMMENT

EPA is required by the Safe Drinking Water Act to identify up to 30 unregulated contaminants for monitoring every five years and is requesting public comment on 30 contaminants until May 2, 2011. EPA will consider the public input before the list is finalized in 2012. Sampling will be conducted from 2013 to 2015 at systems serving more than 10,000 people and at 800 systems serving less than 10,000 people. For the proposed list, go to http://water.epa.gov/lawsregs/rulesregs/sdwa/ucmr/ucmr3/index.cfm.

EPA ADDS HAZARDOUS WASTE SITES TO SUPERFUND’S NATIONAL PRIORITIES LIST/ADDITIONAL SITES PROPOSED

On March 8, EPA announced the addition of 10 new hazardous waste sites and 15 proposed sites to the National Priorities List of Superfund sites, the most complex, uncontrolled or abandoned hazardous waste sites in the country. In the Mid-Atlantic region, the Dwyer Property Ground Water Plume, Elkton, Md. was added to the National Priorities List, and the Sauer Dump, Dundalk, Md. was proposed to the National Priorities List.  For information on all final and proposed sites, go to http://www.epa.gov/superfund/sites/npl/current.htm