How Can Daycare Facilities Minimize Toxic Exposures?

Read the full response from the Pollution Prevention Resource Center.

The question relates to facilities that provide temporary, drop-in day care for children, ages three to ten. The facility consists of: a mat zone (for jumping and tumbling), a snack area, general toys and books, an arts and craft area, and periodic trips to the outdoor playground.

Since it is not a licensed day care, it is not bound by the same regulatory cleaning requirements as a daycare facility, but it does use bleach and various disinfectants including aerosol sprays and wipes.

The facility wants to prioritize and minimize toxic exposures to visiting children. The following sections provide some information and suggestions, categorized under cleaning exposure, cleaning and disinfection, building materials, toys, art, and pest management.

Exit Interview: Keith Miller, 3M

Read the full story at GreenBiz.

Last week, Keith Miller spent his last day as a 3M employee after 37 years, most recently with the title of sustainability strategic advisor. 3M has been an iconic company in environmental circles, having issued its first environmental policy statement, adopted by its board, in 1975.

That same year it started a then-revolutionary program called Pollution Prevention Pays, which encourages ideas and innovations that have saved billions of pounds of waste and emissions. 3P has been copied by many companies and has received numerous awards.

During his final days at the company, I caught up with Miller to talk about his career path and the sustainability journey of his company. The conversation has been edited for clarity and length.

Job announcement: Director of the New York State Pollution Prevention Institute

The Rochester Institute of Technology (RIT) is now accepting applications for the NYS Pollution Prevention Institute Director.

To view the full position announcement or to apply, visit http://careers.rit.edu/staff, click Search Openings, and enter 1850BR in the keyword field.

Salary range: $ 86,200 – $138,000

The Director leads and directs the New York State Pollution Prevention Institute (NYSP2I), a statewide technology development, transfer, and assistance center whose mission is to make New York state more environmentally sustainable for businesses, workers, and the public through more efficient use of raw materials, energy and water, and reductions in toxic chemical use, emissions to the environment and waste generation.  NYSP2I is an integrated program of several major elements: direct technical assistance to industry and organizations; research, development, and diffusion; outreach; professional training; a community grants program; and academic educational program development. NYSP2I is led by the Rochester Institute of Technology (RIT) and is a partnership between RIT, Clarkson University, Rensselaer Polytechnic Institute, University at Buffalo and the ten NYS Regional Technology Development Centers (RTDCs). The primary source of funding for NYSP2I is provided by the New York State Department of Environmental Conservation (DEC) through a dedicated line item. The Director will manage a team of professionals at the NYSP2I at RIT

This role will contribute to NYSP2I’s success by delivering quality work in the following service areas:

  • Engage New York State industry and organizations for the purpose of providing direct assistance in the areas of toxics use reduction, process improvement, and resource conservation;
  • Research, develop and transfer pollution prevention (P2) technologies to NY companies;
  • Assist NYS companies with introducing green technologies to the market;
  • Help companies achieve sustainable supply chain goals;
  • Develop P2 assessment tools and deliver P2 training to businesses, technical assistance providers, and community organizations;
  • Provide research and technical support to the RTDCs;
  • Develop and implement P2 priority setting and performance tracking programs to maximize program effectiveness; and
  • Provide grants to community projects that help to achieve pollution prevention.

Required Minimum Qualifications

Education
Demonstrated knowledge of engineering, science, green chemistry, environmental science or sustainability, in addition to project and business management principles, methods and techniques. Master’s degree in a technical field of study required (i.e. engineering, chemistry, environmental studies, sustainability, or related fields). PhD strongly preferred.

Experience

  • A minimum of ten years related work experience is required.
  • Must have a minimum of five years of experience in a technical P2, green chemistry, environmental science or sustainability position, in addition to experience in a leadership role with supervisory responsibility.
  • Must have experience in the following areas: project/program management, technical assistance and training, P2 technologies/approaches, manufacturing and/or P2 assessments.
  • Experience in environmental regulatory compliance and management systems will also be considered.
  • Experience with proposal development and securing grant funding.
  • Experience working with state and/or federal funding and contracting processes preferred.

Essential Skills and Abilities

  • Highly motivated and self-directed
  • Strong oral and written communication skills
  • Knowledge and ability to work with a variety of persons and organizations having diverse issues, concerns, and agendas
  • Knowledge and ability to coordinate meetings, deliver presentations and collaborate with stakeholders
  • Knowledge and ability to lead; think creatively; proactively adapt to changing environment; act decisively, and inspire and empower others.
  • Demonstrated in-depth knowledge and expertise in pollution prevention and sustainable consumption and production
  • Project organization and management skills.
  • Effective verbal communication and public speaking skills

Ending landfill from factories kickstarts wave of partnerships for Unilever

Read the full story in The Guardian.

When a business like Unilever stops sending waste to landfill from its global factory network, how does it deal with all the stuff that used to be thrown away?

It is a question that faces every large business that is serious about reducing its environmental impact and, while Unilever doesn’t claim to have all the answers, it has made this very clear: you can’t do it alone.

By the end of 2014, Unilever sent no non-hazardous waste to landfill from any of its network of 242 factories and manufacturing sites across 67 countries. This zero waste initiative helped achieve €220m (£159m) of cost savings, and created more than 1,000 jobs. It also opened up opportunities for partnerships, as Unilever looked for new ways to reuse, recycle or recover the materials that were still left over from manufacturing even after substantial efforts to reduce waste at source.

A new interactive Global Collaboration Map, created in a partnership between Unilever and 2degrees, shows Unilever’s global network of factories – all now sending zero waste to landfill.

Advancing Sustainable Materials Management: Facts and Figures 2013

The Advancing Sustainable Materials Management: Facts and Figures 2013 Report was previously named Municipal Solid Waste Generation, Recycling, and Disposal in the United States: Facts and Figures. The report’s new name emphasizes the importance of sustainable materials management (SMM). SMM refers to the use and reuse of materials in the most productive and sustainable way across their entire life cycle. SMM conserves resources, reduces waste, slows climate change and minimizes the environmental impacts of the materials we use.

New this year is additional information on source reduction (waste prevention) of municipal solid waste (MSW); information on historical tipping fees for MSW; and information on the Construction and Demolition Debris generation, which is outside of the scope of MSW.

The full report, which is released every two years, contains data on:

  1. MSW generation, recovery, and disposal from 1960 to 2013;
  2. Per capita generation and discard rates;
  3. Source reduction (waste prevention);
  4. Materials and products that are in the waste stream;
  5. Aggregate data on the infrastructure for MSW management, including estimates of the number of curbside recycling programs, composting programs, and landfills in the US; and
  6. Trends in MSW management from 1960 to 2013, including source reduction, recycling and composting, and disposal via combustion and landfilling.
  7. Construction and demolition debris generation (starting with Advancing Sustainable Materials Management: Facts and Figures 2013)

Reports from previous years are also available.

Phoenix’s Quest to Turn Trash Into Cash

Read the full story in Governing.

As City Manager Ed Zuercher tells it, trash “is in Phoenix’s DNA.” From two guys throwing cans of garbage into the back of a truck to automated side-loading trucks to single-stream recycling, Phoenix, says Zuercher, has always been innovative in solid waste. Now the desert city has plans to take its long-running relationship with waste innovation a step further: It wants to turn trash into a resource.

EPA Announces Hiring of Pollution Prevention Expert Dr. Anahita Williamson will Lead EPA Region 2 Science Division

The U.S Environmental Protection Agency Region 2 announced that it has selected Rochester Institute of Technology engineer Dr. Anahita Williamson to be the Director of EPA Region 2’s Division of Environmental Science and Assessment in Edison, NJ. Dr. Williamson is currently director of the New York State Pollution Prevention Institute at the Rochester Institute of Technology. In her six years as Director, Dr. Williamson has worked with states and universities to help more than 200 companies reduce waste and make work environments cleaner and safer, at the same time reducing manufacturing costs.

Dr. Williamson will direct EPA Region 2’s 65 employee Division of Environmental Science and Assessment in Edison, NJ as they oversee the collection, analysis and evaluation of environmental data in support of EPA monitoring programs. The Division is home to an EPA Laboratory which provides chemical, biological, microbiological and other laboratory support to regional activities for the analysis of soil, sediment, tissue, wipe, drinking and ambient water, and hazardous waste samples.

The Division of Environmental Science and Assessment also conducts field sampling investigations, analyses and surveys to acquire the necessary environmental data to support EPA’s work. The Division also includes the Region’s Quality Assurance Program, which ensures that data meets stringent quality requirements. In addition, the EPA Regional Citizen Science Program to empower communities to collect quality environmental data is also located in the Division of Environmental Science and Assessment.

“Dr. Williamson is a highly respected engineer who has a strong environmental track record on pollution prevention and other science issues. She has helped scores of businesses reduce the use of toxic chemicals, energy and water,” said Judith A. Enck, EPA Regional Administrator. “EPA is thrilled that she will be joining the EPA staff in a leadership position.”

Dr. Williamson has a strong background and extensive experience in the field of environmental engineering, including manufacturing process modification for improved material recovery and reuse, design for the environment and life-cycle assessment. Prior to joining NYSP2I, she served as a senior engineer at Xerox Corporation where she assisted in implementing companywide sustainability and pollution prevention processes. Williamson led numerous teams at Xerox Corporation in defining environmental opportunities within processes/products by optimizing complex systems.

In 2012, Dr. Williamson was recognized with the EPA’s Environmental Quality Award and in 2013 she won RIT’s Principal Investigator Millionaire Award.

Dr. Williamson also has multiple peer-reviewed publications and has presented at numerous international and national conferences on topics including cleaner production, green engineering, the acceleration of green technologies and sustainable supply chain. Dr. Williamson holds a B.S. in Chemical Engineering and M.S. and Ph.D. in Civil and Environmental engineering, all from Clarkson University.