A new model ordinance on mandatory reporting for large food waste generators, developed by the Environmental Law Institute (ELI) and NRDC, could make it easier for municipalities around the country to collect data on food waste and surplus food generation, increase awareness of the problem of food waste, and ultimately lead to reductions of disposal of food waste in landfills and incinerators.

A new model compost procurement policy developed by the Environmental Law Institute and the Natural Resources Defense Council could help municipalities around the country in their efforts to divert food scraps and other organic materials from their landfills and incinerators and, in so doing, realize myriad economic and environmental benefits.

Food waste is a systemwide problem, affecting all stages of the supply chain. Therefore, solving it will take a systemwide approach. A new report by ReFED, Roadmap to 2030: Reducing U.S. Food Waste by 50%, was designed to provide food businesses, governments, funders, and more with a framework to align their food waste reduction efforts.

An estimated 35% of food that is produced is uneaten, with losses occurring along the supply chain from farms to consumers. The majority from non-industrial sources ends up decomposing in landfills, where it releases methane, a powerful greenhouse gas (GHG). Recycling food waste through anaerobic digestion (AD), in which bacteria break down organic material in the absence of oxygen and create biogas, can create a triple-win for GHG mitigation.

With the U.S. Senate voting on July 31 to join the House of Representatives in conference on their respective Farm Bills, the two houses face major challenges to resolve the wide gaps in many elements. Reauthorized every 5 years or so, the Farm Bill is a comprehensive piece of legislation that affects all facets of the American food supply.

It’s well known that up to 40% of food in the United States goes to waste. As a result, a large portion of the blue water utilized in agricultural irrigation ends up back in the ground—not in aquifers, but in landfills. While the majority of food waste in the United States is attributable to the disposal of safe, edible foods, a considerable amount of food that goes to landfill is “lost” due to spoilage or food being otherwise deemed unfit for human use.

The wastewater sector’s “Utility of the Future” (UOTF) initiative envisions the sector’s transformation from managing waste to recovering and recycling valuable resources, thereby creating financial benefits for utilities, as well as environmental and economic development benefits for communities.

Some say leftovers are the best part of Thanksgiving. While that may be true, the rest of the year, there are ample missed opportunities to donate surplus prepared foods from institutions and restaurants. Realizing these opportunities is an important way to waste less food and feed more people, because up to 40% of food (along with the water, energy, and land used in production) goes to waste every year in the United States. At the same time, over 13% of Americans—one in eight—experience food insecurity.

Recycling food waste through composting and anaerobic digestion has the greatest potential by far to reduce the quantity of food waste going to landfills over the next 15 years relative to food waste reduction and reuse, according to ReFED. However, as more cities and states institute landfill food waste bans and other programs to promote recycling, the demand for centralized organic processing facilities is outpacing the supply. To address the gap, vendors are actively marketing to commercial customers new onsite pre-processing systems, including dehydrators, pulpers, and biodigesters. The systems can save money by reducing or eliminating off-site hauling of food waste and are well suited to facilities short on space and staff time. But the question arises: are the nutrients and energy in food waste really being recycled?  The answer depends upon the next stage of processing.

Imagine the dumpsters behind restaurant row in your community signaling their hauling company to come pick them up because they are full and about to overflow, or their food is rotting and about to stink up the neighborhood. Such are the promises for waste management of new “smart technologies,” based on sensors, radio frequency identification (RFID) tags, big data, and social networks.