Agency: European Commission | Branch: FP7 | Program: CSA-CA | Phase: SST.2010.2.1-3. | Award Amount: 3.95M | Year: 2012
The BESTFACT objective is to develop, disseminate and enhance the utilisation of best practices and innovations in freight logistics that contribute to meeting European transport policy objectives with regard to competitiveness and environmental impact. BESTFACT builds up on the work of BESTUFS, PROMIT and BESTLOG and integrates four interrelated areas of the key freight logistics challenges the European Union is confronted with and creates coherence with the key actions of the Freight Logistics Action Plan: urban freight, green corridors and co-modality, transport related environmental issues and eFreight. BESTFACT will establish a robust and replicable methodology for collecting and processing best practices. Best practice is understood as the combination of three dimensions: (1) the identification, evaluation and prioritising of relevant business cases. (2) the credible knowledge management of best practices and (3), the utilisation and implementation within existing or new industrial realities. The BESTFACT best practice methodology comprises a three-level approach that includes the set up of a comprehensive best practice inventory for which 160 cases will be analysed providing a general description. 60 in depth surveys will be made including a detailed analysis of the best practice cases. The development of best practices will be addressed in 5 best practice implementation actions stimulating modal shift on company or regional level, co-operation among stakeholders or the introduction of best practices into administrative procedures. Practical best practice handbooks as well as research and policy recommendations addressing new and additional policy tools will be provided. BESTFACT will organise 12 cluster workshops and 3 conferences. Furthermore, a comprehensive knowledge management will be established to enlarge the knowledge basis and simplifying access to best practice. BESTFACT will be a neutral and open platform for any interested party.
Agency: European Commission | Branch: FP7 | Program: CSA | Phase: FI.ICT-2013.1.9 | Award Amount: 1.77M | Year: 2014
Phase Three of the FI-PPP will fund somewhere between 400 to 1600 consortia and individuals as part of the sub call process foreseen in the 1.8 action line, spending over 80 million Euros in an attempt to multiply the uptake and impact of the Generic and Specific Enablers coming from previous FI-PPP investment. The objective of the FIMPACT Support Action is to collect and assess the quali-quantitative evidence of the potential socio-economic impact of the Future Internet PPP by measuring and projecting potential take-up and impact of Phase III SME Accelerator projects to 2020, increasing the probability that those consortia and individuals selected will have the means and knowledge to deliver sustainable initiatives. First, FIMPACT will show these consortia exactly what factors create Impact and sustainability, not only in innovation and technical terms but also in technological, financial and market demand terms. Secondly FIMPACT will monitor and measure the progress and potential impact of the SMEs, Web entrepreneurs and projects of Phase III according to industry standards and the overall community of FI projects. The FIMPACT project will identify good practice and highlight consortia, SMEs and Web entrepreneurs who are achieving results with high Impact potential.
Agency: European Commission | Branch: FP7 | Program: CSA-CA | Phase: GC.SST.2012.3-3. | Award Amount: 1.15M | Year: 2012
European Platform Driving KnoWledge to INNovations in Freight Logistics-WINN is a step forward to increase collaboration and consensus building of the different stakeholders dealing with freight transport and logistics to define and implement research and innovation measures (including policy) that may be implemented through the HORIZON 2020 and member states programs in the medium-long term in the field of logistics. Estimates put the share of the logistics industry in Europe at close to 14% of GDP and the logistics industry has had growth rates above the average of European economies. Moreover, six countries out of the global top-10 logistic performers are from the EU in 2012. This basic data support the idea of a potential worlwide leadership of the European logistics industry that will also benefit the competitivenes of the industrial sectors (automotive, food industry, etc.) in which logistics represents a major cost. The WINN project will establish a broad collaboration framework that will include, from the beginning, several main stakeholders operating at a European level (CO-Tree, EIRAC heritage) and national triple helix networks that currently operate in different countries in Europe: CNC-LOGISTICA (Spain), DINALOG (Netherlands) and ILiM (Poland and Baltic to Balkan countries). These networks mainly include excellence research centres, public bodies and industry operating in the logistics field. Manufacturing companies, retail, logistics services providers, transportation companies and logistics hubs and platforms (airports, ports, dry ports, etc.) are all represented in these networks. The collaboration framework will also include well known key stakeholders developing information and communication technologies for the logistics sector (BLUEGREEN and ENIDE). This will be the start point for a broad and open network that will be accessible for the benefit of all (substantial) logistic clusters, networks and companies operating worldwide or at European Level that will constitute the European Technology Platform (ETP) on Logistics. This ETP will be led by industry being WINN the tool to support ETP developments and coordination initiatives. The ETP on Logistics will provide input to HORIZON 2020 program and will be the voice of the sector (industry, authorities and research) in order to channel main areas of development in RTD and Innovation in the logistics field where coordination and combination of efforts between industry and authorities is needed to ensure the leadership of the European logistics sector. The ETP will constitute discussion forum of both industry and authorities where common financial and business plans and eventually legislative actions to support the research may be agreed. One of the main aims of the project is to stimulate research and innovation trough pioneering projects and programs in logistics.
News Article | February 11, 2017
It’s been nearly two years since Nadia Levine fielded the frantic calls — the first one from her husband, the next from a coworker. Panicked, Levine dialed both her children’s schools as she scrolled down the front page of CNN.com on Feb. 18, 2015. A fire raged blocks away from the Torrance, California, home her family had moved into only a month before. On a business trip nearly 3,000 miles away in Connecticut, Levine scrambled to find numbers for neighbors who could check to see whether the house was still standing. “All I knew at that point was that my kids and husband were alive,” she said. As the smoke cleared, it became clear her worries were far from over. Just before 9 that morning, pent-up gases at ExxonMobil’s Torrance refinery south of Los Angeles had triggered an explosion so massive it registered as a magnitude-1.7 tremor. A five-story processing unit had burst open, spewing industrial ash over a mile away that some mistook for snow and propelling a 40-ton hunk of equipment into the air. The debris had narrowly avoided piercing a tank containing tens of thousands of pounds of hydrofluoric acid, or HF — a gas so toxic it corrodes bone. It was the first Levine had heard of HF. The chemical is used to make high-octane gasoline at about a third of the 141 oil refineries in the United States. If released, HF forms a fast-moving, ground-hugging cloud that can cause lasting lung damage, severe burns, or death. There are alternatives to HF, but only one U.S. refinery that uses it has voluntarily committed to switch, a process expected to begin this year. Federal rules, which don’t require such changes, “haven’t kept up with the continuing challenge of preventing chemical incidents,” said Rick Engler, a member of the U.S. Chemical Safety Board, which issues recommendations but has no regulatory authority. He called HF “one of the most hazardous and potentially deadly chemicals used in the oil-refining process.” Along with environmentalists and union leaders, the board has pushed unsuccessfully for a federal mandate that would require high-hazard industries to consider using safer processes and chemicals. A 41-page study by a consultant last year estimated it would cost roughly $100 million for the Torrance refinery to switch to sulfuric acid, an HF alternative that carries risks of its own but doesn’t pose a sizable threat to the public. While federal regulation has stagnated, local activism in the wake of the 2015 accident spurred Southern California regulators to revive a 27-year-old effort to ban HF. “Let’s see if we can phase this out to provide an extra level of protection for the public,” Philip Fine, a deputy executive director of the South Coast Air Quality Management District, said in an interview. Separately, California officials have been working on a statewide rule, expected to become final this summer, that would require refinery owners to adopt “inherently safer designs and processes” and give workers a bigger voice in accident prevention. That effort began after another disaster that didn’t involve HF: a massive 2012 fire at the Chevron refinery in Richmond, north of San Francisco. More than 15,000 people sought medical treatment for respiratory and other symptoms related to toxic-smoke inhalation. More than 100 refineries are among 1,900 facilities considered “high risk” by the U.S. Environmental Protection Agency, meaning they are prone to terrorist attacks or accidents that imperil surrounding communities. An EPA analysis found that oil- and coal-products manufacturing, which includes refining, had the highest rates of chemical accidents. Many refinery owners, however, have postponed maintenance and equipment upgrades while ramping up production — increasing the odds of deadly mishaps. The Chemical Safety Board, which is investigating the 2015 Torrance accident, called the blast at the 750-acre refinery a “near miss” that fell just short of a “catastrophe,” faulting poor maintenance by ExxonMobil, which had delayed repairs to cut costs. ExxonMobil has challenged those claims. In an email, a spokesperson wrote that “there was no evidence” the incident “posed any risk of harm to the community” from HF. He also wrote that there are “no safer or commercially viable alternatives” to the chemical and denied that ExxonMobil cut corners on maintenance. The company is contesting more than a half-million dollars in state fines and has refused to fully cooperate with safety board investigators, even though it sold the refinery in September 2015 for $538 million to PBF Energy, a New Jersey company known for buying distressed properties at steep discounts. Like ExxonMobil, PBF has reassured Torrance residents that the operation is safe and that the company is “focused on continuous improvement,” despite a spate of recent problems. The scare in Torrance could have been avoided if federal rules had been stronger, said Rick Hind, legislative director at Greenpeace USA. After years of industry pushback, the EPA updated its Risk Management Program in December, requiring facilities like the Torrance refinery to report near-misses and urging communities to improve emergency response. But the rule — which is subject to undoing by the Trump administration — didn’t address prevention, Hind said. “When you use the word ‘risk,’ just substitute the word ‘gamble’ and it takes on a different urgency,” he said. “We’re just again gambling with the future of millions of workers and community residents.” Growing up in Contra Costa County, east of San Francisco, Levine, now 34, lived not far from two refineries. These days she works across the street from the Chevron El Segundo refinery, just south of Los Angeles International Airport. The only one that gives her pause, she says, is Torrance. Saddled with a hefty mortgage, the Levines have remained in their house despite lingering concerns. Months after the near-miss, sirens sounded again when a small amount of HF leaked from a truck. Days before Thanksgiving last year, Levine watched another fire unfold near the same unit that exploded in 2015, which produces a crucial component of high-octane gasoline. “Nobody told us we lived in a kill zone when we bought our house,” said Levine, whose home is within two miles of the refinery. ExxonMobil’s “worst-case” chemical-release scenario filed with the EPA estimated that no more than 2 percent of its HF supply could escape, endangering more than 255,000 residents up to 3.2 miles away. The EPA is investigating whether that figure is accurate. Neither PBF nor ExxonMobil has explained why that scenario assumes a minor leak instead of a tank-emptying discharge. Each has declined to disclose the exact potency of “modified” HF used at Torrance, which is diluted with a secret additive they claim greatly curbs how much of the acid vaporizes. The companies’ reticence stands in contrast to Valero, which operates a refinery eight miles away in the Wilmington neighborhood of Los Angeles and makes its modified HF recipe public. Valero’s worst-case scenario predicts its total HF supply, if released, would endanger more than 370,000 people as far as 4.3 miles away. The composition of the modified HF in Torrance remains a mystery to federal investigators, too. ExxonMobil has not yet complied with several Chemical Safety Board subpoenas, including those seeking information on the refinery’s HF tank. Absent federal rules, attempts to make processes less dangerous have fallen largely to companies like ExxonMobil — with mixed results. The additive used in Torrance dates to a 1989 lawsuit filed by the city against ExxonMobil — then Mobil. At the time, Torrance was using pure HF, which officials warned could lead to a “disaster of Bhopal-like proportions,” referring to the 1984 gas leak in India that killed thousands. The city’s complaint called the refinery a “public nuisance” and documented more than 127 incidents that had occurred in the previous decade, including a gas-fueled fireball that killed a stranded motorist and two workers, and a series of other fires and leaks. In 1990, Mobil agreed that it would discontinue use of undiluted HF, and several years later a court-appointed safety advisor approved Mobil’s use of the acid tempered with at least 30-percent additive. Mobil claimed the additive, combined with other protective measures like emergency water cannons, would virtually eliminate toxic vapors in the event of a release, causing HF to fall to the ground like rain. The nature of the additive remains secret to this day. In a statement, PBF spokesperson Michael Karlovich wrote that the company is barred from speaking in detail about it because the supplier considers the information to be proprietary. The HF used at Torrance, he wrote, is diluted by approximately 10 to 15 percent. That amount falls short of the 30-percent threshold to which Mobil committed all those years ago. The discrepancy — coupled with lingering concern over the 2015 near-miss — was the main reason the South Coast air district revived the idea of an HF ban, Fine said. The district was made aware of the change, he said, by the Torrance Refinery Action Alliance, which found that the city council agreed to Mobil’s plan in a closed-door meeting. The district’s original attempt to ban HF in 1990 was overturned in court because officials hadn’t allowed a sufficient period for public comment. “We’re much worse off because of modified HF,” said retired scientist and alliance member Sally Hayati. She and others in her group support switching to sulfuric acid, which can still burn workers but doesn’t vaporize into fast-moving clouds. “If it wasn’t for modified HF, HF would have been gone.” HF is used in a refining process called alkylation, in which light hydrocarbons are fed into a reactor and transformed into a mixture of heavier ones by a catalyst — either HF or the primary alternative, sulfuric acid. The liquid part of this mixture, alkylate, gives high-octane gasoline its anti-knock properties. Kim Nibarger of the United Steelworkers, a union that represents workers in Torrance, said that both modified and regular HF pose lethal risks. “For our workers, it’s not really going to matter if it’s modified or not, they’re going to be in the middle of it,” he said. The union’s 2013 report on the dangers of HF, “A Risk Too Great,” urged refiners to commit to safer options. While sulfuric acid — used at about 50 U.S. refineries — is less menacing to the public than HF, Nibarger said it’s not much of a step up for workers. He’s hopeful that two emerging technologies — solid acid alkylation, being tried at a refinery in China, and ionic liquid alkylation, to be phased in at a Chevron refinery in Salt Lake City, beginning this year — will catch on. In a statement, the American Fuel and Petrochemical Manufacturers stood behind HF, used by many of its members, from refiners to pharmaceutical companies. “Refiners have safely and responsibly operated hydrofluoric acid units for more than 70 years,” the trade group wrote in an email, adding that “a ban of HF could threaten California’s fuel supply and lead to higher consumer fuel costs.” PBF officials expressed the same sentiment and said a transition to sulfuric acid would be a massive undertaking that would take several years to plan. For years, refiners claimed pure HF would liquefy if spilled — a theory physicist Ron Koopman disproved in the 1980s with industry-sponsored tests in the Nevada desert. “But there was no liquid to collect,” said Koopman, formerly of Lawrence Livermore National Laboratory and now an independent consultant. “All of it went downwind as a vapor cloud.” Based on his experience with pure HF, Koopman is skeptical of industry claims about the modified form. Outside of research by companies, he said, there have been no peer-reviewed studies confirming the efficacy of modified HF. “No one has any idea if it works,” said U.S. Rep. Ted Lieu (D-Calif.), a longtime Torrance resident whose children sheltered in place at school the day of the 2015 blast. “We’re flying blind here.” Since PBF took over the Torrance refinery in July, it has pushed production rates at the nearly century-old complex beyond ExxonMobil’s historic outputs. The refinery is PBF’s most expensive and most recent purchase, producing a tenth of California’s gasoline. When the “gasoline machine,” as the company describes it, virtually shut down for over a year following the 2015 explosion, it caused a spike in regional gas prices that cost motorists $2.4 billion. As companies like ExxonMobil exit refining in search of heftier profits from oil and gas exploration, smaller and newer companies like PBF have taken the helm — buying up aging plants for “10 cents on the dollar.” Within eight years, the New Jersey company went from owning no refineries to being the country’s third-largest independent refiner, with five facilities. PBF’s brief track record at Torrance has been marred by problems. The refinery has been beset by power outages that set off tall columns of black smoke from safety flares. “You’re sitting or playing outside and all of a sudden there it goes,” said Levine, who has spent nearly $1,000 on home air purifiers. “It’s starting to become normalized, and I don’t like that. That scares me more than anything.” On Jan. 4, she got a city of Torrance alert about an “unidentified odor” from the refinery. While PBF officials were quick to assure residents that the rotten-egg smell was innocuous, a hazardous-spill report suggests otherwise. Local fire officials reported traces of sulfur had leaked along with an unknown amount of naphtha — a highly flammable gas and a nose, throat and eye irritant. In an interview, Jeff Dill, president of PBF’s western region, said the incident was minor and “there were no materials released from any equipment.” It took only 90 gallons of naphtha to spark a 1999 fire at the Tosco Avon refinery in Martinez, California, that burned four workers to death and critically injured another. PBF founder Thomas O’Malley was CEO of Tosco at the time. That disaster was considered preventable by the Chemical Safety Board, whose report revealed “a pattern of serious deviations from safe work practices” that went uncorrected by management. Tosco paid $21 million to settle three wrongful-death claims, $2 million in criminal fines, and a state fine of more than $800,000. O’Malley apologized, but faulted workers for disregarding safety protocols. Before the fire, Tosco had finished a round of layoffs and was preparing to downsize its staff of health and safety inspectors. The 1999 fire wasn’t O’Malley’s first run-in with regulators at Tosco, which he transformed from a one-refinery company to the country’s largest independent refiner between 1990 and 2001. Two years earlier, a 1997 fire at the same refinery killed one worker and injured 46 others. The EPA fined Tosco $600,000 after an investigation found “management tolerance of safety hazards and risky operator practices” like “operating with unreliable or malfunctioning equipment.” “The U.S. refining industry is not a learning culture,” said Mike Wilson of the BlueGreen Alliance, a coalition of union officials and environmentalists. Wilson, a former chief scientist with the California Department of Industrial Relations Division of Occupational Safety and Health, was part of a team working on the state’s pending refinery rule. “It’s the same kind of incidents that happen. They happen again and again and again.” The PBF refinery in Paulsboro, New Jersey, which uses HF, is a case in point. Sixteen students and two teachers at the high school next door were hospitalized in 2015 for exposure to naphtha, which can contain carcinogenic benzene. A lawsuit filed last year claims PBF failed to detect the leak for two days. The company declined to comment on the case. It was the second time schoolchildren were sickened by emissions from the Paulsboro refinery since PBF purchased it in 2010. In 2012, several nearby schools reported sick students after 6.3 million gallons of oil spilled from a large tank. Under New Jersey law, PBF must evaluate safer alternatives every five years. The company’s 2012 report to the Department of Environmental Protection concluded that switching to sulfuric acid was “not feasible,” in part because conversion would cost $200 million to $250 million. PBF was unenthusiastic about moving to modified HF as well, saying it would cause “increased corrosion” of equipment and cut the refinery’s efficiency by 10 percent. According to a PBF filing with the EPA, the Paulsboro refinery stores 250,000 pounds of undiluted HF on site, endangering more than 3.2 million people up to 19 miles away. Just across the Delaware River from Paulsboro is PBF’s first property, the Delaware City Refinery, plagued by even more problems. Last year, state regulators cited the refinery for dozens of violations stemming from multiple leaks and excessive flaring that released thousands of pounds of pollutants into the air. The refinery is also under a safety board investigation for a string of worker injuries. In November 2015, a worker was severely burned on the face and neck. Months earlier, two incidents a week apart led to a fire and chemical leak that sent three workers to the hospital. O’Malley has bought the Delaware City Refinery twice — first as head of Premcor in 2004, and then as dealmaker for PBF in 2010. In the latter transaction, the refinery had been shuttered for two years under Valero, which reported it was losing $1 million a day in 2009. While the PBF purchase was celebrated by Delaware Gov. Jack Markell, it came at a steep cost to the public. Once the deal was announced, state regulators quickly settled with Valero for $1.95 million, a fraction of the penalties that could have been collected for nearly 200 environmental violations in the past decade. Delawareans have also handed out nearly $55 million in grants and tax breaks to PBF to resurrect the refinery. When PBF bought another Valero refinery later in 2010, New Jersey regulators also quickly settled. The state recovered less than $800,000 from Valero — a third of the proposed $2.3 million in environmental fines the company racked up over six years. PBF is also in negotiations with Louisiana’s Department of Environmental Quality over violations dating to 2009 at the Chalmette refinery — a former ExxonMobil property the company bought in 2015. Like Torrance and Paulsboro, Chalmette also uses HF. According to an ExxonMobil filing with the EPA, the refinery has 620,000 pounds of the acid, which could endanger more than 880,000 people as far as 25 miles away. Companies like PBF are “flippers” — acquiring refineries at rock-bottom prices only to sell them a few years later for profits. The business model has paid off for O’Malley, an early pioneer of the tactic who sold Tosco in 2001 for $7 billion. He replicated the success with Premcor, which was sold to Valero in 2005 for $8 billion. PBF declined multiple requests by the Center for Public Integrity to make O’Malley available for comment. While O’Malley’s knack for turning around unprofitable assets has won him both praise and billions on Wall Street, it has earned him disdain from some in the labor community, who tell of severe cost-cutting at the expense of workers. Bob Wages, a longtime union leader, once told The Wall Street Journal that O’Malley’s success, in part, meant “taking a knife to all parts of the business.” O’Malley’s strategy, moreover, hasn’t always worked. His model sent Switzerland-based PetroPlus deeper into a financial hole after it bought three European refineries. He led the company until shortly before it filed for insolvency in 2012. O’Malley officially retired from PBF in June following the Torrance deal, but remains a paid consultant to the company. But the company still follows his vision. CEO Thomas Nimbley worked as O’Malley’s No. 2 at Tosco, and two of O’Malley’s nephews have served as vice presidents. PBF officials said they are committed to running their refineries “safely and reliably in an environmentally responsible manner,” but noted that the company also bears a responsibility to its shareholders. “We pay one of the higher dividends in our industry,” Dill said. Nadia Levine, meanwhile, says conditions at the refinery — and communication about incidents — don’t seem to have improved since PBF took over. “It all seems to be cloaked in secrecy,” she said. Jie Jenny Zou is a reporter at the Center for Public Integrity, a nonprofit investigative news organization in Washington, D.C. This story was produced in collaboration with Southern California Public Radio.
News Article | February 15, 2017
BASEL, Switzerland--(BUSINESS WIRE)--Thought for Food (TFF) announces the 10 teams of university students who have been selected as Finalists in the TFF Challenge. These teams - hailing from universities in Colombia, France, Indonesia, India, Malaysia, Switzerland, Uganda, the United Kingdom and the USA - will move forward to Round 2 of the competition, where they will receive 12 weeks of intense mentorship in the TFF Startup Bootcamp followed by the chance to win seed funding of up to $30,000 at the TFF Global Summit (taking place in Amsterdam on May 26th and 27th, 2017). The annual TFF Challenge is the world’s largest open competition for university students who are building the future of Food & Agriculture. Student teams are empowered with tools and mentorship, and submit proposals that seek to solve the question: How do we feed and nourish 9+ billion people by 2050? Nearly 500 entries from 129 countries were received in this edition of the TFF Challenge. The ideas generated by the TFF Challenge Finalists cover a variety of important innovation areas for the future, including finance, biotech, big data, fertilizer/inputs, vertical farming, ag tech, logistics, food preservation and new foods. The Finalists were selected by an external expert panel of judges from organizations such as One Acre Fund, GODAN, Syngenta, Krishi Janani, Gro Intelligence, the French Institute of Culinary Technologies and Monitor Deloitte. Christine Gould, Founder & CEO of TFF says; “This year’s TFF Challenge Finalist projects represent some of the most exciting areas shaping the future of food and agriculture, not only in terms of technology breakthroughs, but also because of the open and collaborative business models they are using. We are honored and excited to play our part within food and nutrition security by working together with these young innovators to help them scale their sustainable initiatives to create real impact.” To learn more about the Finalist proposals, please see the summary descriptions below. To attend the TFF Global Summit, please register at www.tffchallenge.com/summit. Agri-Yolo (France) - An investment platform enabling collaborative projects between Agribusiness (Agri), Young Investors (Yo) and Landowners (Lo). HEC Paris AgroSpheres (USA) - A bioparticle that degrades pesticides into safe by-products in a matter of hours, allowing farmers to better control when they harvest crops. University of Virginia BlueGreen Nexus (USA) - A floating greenhouse that uses passive solar energy to distill ocean water into freshwater, creating a land, water and energy-neutral form of scaleable urban agriculture.Sterling College; Savannah College of Art & Design; Green Mountain College Climate Edge (UK) - A low-cost weather station and online monitoring system that provides targeted recommendations for smallholder farmers in tropical climates. Imperial College London Dairy FIT (USA) - Combining the power of machine learning and data analytics technologies to predict cattle behaviour and genomic tendencies, with an aim to improve the health, wellbeing and productivity of intensively-farmed animals. Colorado State University From Challenge to Opportunity (India) - Creating an affordable fertilizer from seaweed for farmers, and using the leftover pulp to make nutritious cookies for malnourished children. Gujarat Technological U; The Institution Of Engineers (INDIA); EPFL (Switzerland) Growing Future (Cultivando Futuro) (Colombia) - An information and agro-commerce platform that facilitates direct sales between small farmers and consumers, leveraging open data to analyze market trends. Jorge Tadeo Lozano; Universidad de Los Andes; Universidad Sergio Arboleda Ligno Flava (Indonesia) - Sustainable, low-cost, natural vanilla production from food waste that can replace chemical flavorings. University of Brawijaya Sparky (Uganda) - A thermo-dehydrator for vegetables and fruits powered by bio-waste to prolong the shelf-life of produce from two days to two years. Makerere U; Uganda Technical College- Elgon; Kyambogo U WasteBuster (Malaysia) - Using discarded fruits and vegetables to create a dried, nutrient-rich food which can be used in disaster relief situations and as a solid fuel source. Universiti Putra Malaysia TFF is the world’s leading platform for Next Generation Thinking, Collaboration and Innovation for global food security. TFF brings people together across sectors, disciplines, cultures and generations to create opportunities for new ideas and solutions to flourish. Through our annual TFF Challenge, we have worked with over 8,000 millennial innovators and entrepreneurs from more than 1,500 universities in 129 countries to develop bold social impact ventures that help feed 9+ billion people by 2050. Thought For Food is a 501c3 non-profit Foundation. Find Thought For Food on social media at @tffchallenge.
Agency: European Commission | Branch: FP7 | Program: CP-FP | Phase: GC.SST.2011.7-11. | Award Amount: 4.34M | Year: 2011
This project is about interoperability between e-freight systems that have been developed in previous EU projects as well as in commercial undertakings. We will therefore show how the following e-freight systems will be integrated: Logit 4SEE (resulting from Freightwise), Smart-CM Neutral Layer and ICS-SEAP (from Smart-CM), SICIS (from Integrity), Port Community Systems (e.g. from Descartes) and commercial platforms (e.g. from DHL). Based on this interoperable set of e-freight systems, shippers, beneficial cargo owners, LSPs as well as customs authorities will be offered information that will make logistics chains have shorter lead times and higher reliability. We will unlock valuable information that is available somewhere throughout the logistics chain. There are many data sources available which will be aggregated: Data from container security devices, port communities, logistics network, terminal operators, etc. In order to support decision processes in the logistics chain, we need to combine data sources and consolidate these data to valuable information. Having common project members, here COMCIS will use the approach developed earlier in the Freightwise project. Interoperability between systems is only useful if it leads to improved processes. COMCIS will therefore focus on better integration of customs processes, better interfaces between sea and hinterland, as well as better control on the hinterland part of the logistics chain which is often the largest cause of variability. For communication between abovementioned e-freight systems, we will use the common framework that is being developed in a cooperation between EU projects (Freightwise, e-Freight, Smart-CM, Integrity, Euridice, etc.) as well as industry driven initiatives like LIM of GS-1. Demonstrations will take place in 3 business cases through ports of Antwerp and Rotterdam.
Agency: European Commission | Branch: FP7 | Program: CP | Phase: ICT-2011.6.6 | Award Amount: 17.14M | Year: 2011
iCargo IP aims at advancing and extending the use of ICT to support new logistics services that: (i) synchronize vehicle movements and logistics operations across various modes and actors to lower CO2 emissions, (ii) adapt to changing conditions through dynamic planning methods involving intelligent cargo, vehicle and infrastructure systems and (iii) combine services, resources and information from different stakeholders, taking part in an open freight management ecosystem. To achieve the above targets, iCargo will design and implement a decentralized ICT infrastructure that allows real world objects, new planning services including CO2 calculation capabilities and existing systems to co-exist and efficiently co-operate at an affordable cost for logistics stakeholders. iCargo infrastructure will include Intelligent Cargo items to facilitate automated reactive decision-making and to integrate information obtained from on-going execution (all modes) into planning processes to optimize environmental performances, including real-time information about traffic and transport infrastructure conditions. iCargo involves representatives of the main stakeholders in three main areas of activity: (i) research and technological development, involving leading ICT companies and institutes to integrate in iCargo the necessary technology components, including results from key related EU projects, and to develop innovative approaches and business models for co-modal transport environmental optimization and dynamic planning; (ii) implementation, demonstration and validation of three extensive pilots in end-to-end multi-actor intermodal chains, involving users from logistics companies, shippers and public authorities; (iii) extensive dissemination of research results, demonstration and pilot cases validation activities, aimed at transferring iCargo results to the international transport logistics community and supporting take-up and extensive exploitation immediately after the project
Agency: European Commission | Branch: FP7 | Program: CP-FP | Phase: GC.SST.2013-7. | Award Amount: 2.84M | Year: 2013
Small forwarders, carriers and other logistic SMEs are in need of affordable, reliable and trusted data-interchange solutions to take part in international trade and commerce flows. LogiCon aims at setting up, testing and facilitating the adoption of low-cost, low-barrier data connectivity solutions. The above activities will be carried out in four national living labs, each one with specific objectives, dealing with three main challenges: 1) enabling connectivity, by selecting, refining, testing and promoting state-of-the-art solutions and platforms, through involvement of a vast audience of SMEs; 2) engaging communities, either cargo communities around port and inland terminals or business networks run by large companies, to favour standard adoption and to support risk assessment and dashboards for key indicators like emissions and load factors; 3) prepare for cooperation in a global freight management ecosystem, foreseen for the future, where capacity will be optimized and flows will be synchronized among the different involved actors.
Agency: GTR | Branch: Innovate UK | Program: | Phase: Innovation Voucher | Award Amount: 5.00K | Year: 2014
The trial of a unique active voltage management system designed to reduce the electrical energy consumption in domestic homes and light commercial properties.
BlueGreen | Date: 2011-08-02
The invention relates to a high molecular weight glycolipid characterized by the presence of rhamnose which has anti-inflammatory activity, particularly in inflammation triggered by ischemia and reperfusion. A further aspect of the invention is a process for preparation of said glycolipid from Cyanobacteria.