Those working as contractors in response to discharges, spills, or releases of non-hazardous solid waste or hazardous waste must also obtain a waste transporter permit, unless no waste will be transported by the contractor as a result of a response.
Transporters of non-hazardous solid waste such as residential, commercial, industrial, and dry wastes, asbestos waste, infectious waste and scrap tires must obtain a transporter permit as required by section 7 of the Regulations Governing Solid Waste (7 DE Admin. Code 1301).
The Marijuana Transporter license is a new license type created by the 2021 Legislature through House Bill 701. The transporter license allows a business to transport marijuana and marijuana products between licensed marijuana business registered premises, including testing laboratories, or to medical registered cardholders. Transporters may not deliver to adult-use consumers.
We understand COVID-19 impacts all aspects of our community. Throughout this event, we will work hard to keep you updated on the impact COVID-19 has on taxation, alcoholic beverage control, and property assessment.
Under the E-Cycle Washington program, transporters are entities that transport covered electronic products from collection sites to processors for recycling. To receive compensation, you are required to register with us, meet performance standards, and be listed as "in compliance" on the transporter registration list.
Transporters must register with us in order to be eligible to receive compensation from a covered electronic product recycling plan for transporting covered electronic products (televisions, computers, laptops, and monitors). To be approved to transport covered electronic products for a plan, a transporter must:
Users are now able to bridge supported tokens, including ETH, USDC, LINK, and more, across eight blockchains, starting with Arbitrum, Avalanche, Base, BNB Chain, Ethereum, Optimism, Polygon, and WEMIX. Further expansion of tokens and supported chains will be ongoing.
Transporter is an intuitive web application for crypto users to easily and securely transfer their tokens and messages between different blockchain networks. Under the hood, every Transporter transfer is powered end-to-end by Chainlink CCIP.
Built in association with the Chainlink Foundation, with support from Chainlink Labs, Transporter aims to simplify the user experience of initiating cross-chain transactions and messages with CCIP. Transporter complements the existing approach of developers integrating CCIP directly into their onchain applications.
The relationship between CCIP and interfaces like Transporter matches the approach seen throughout Web3, where different interfaces serve as different ways to interact with the same underlying protocol. CCIP is the underlying cross-chain infrastructure, while Transporter is a frontend application users interact with. Transporter is just one of many interfaces and bridging applications built on top of CCIP.
For users who have simple questions on how to transfer a token or navigate the UI, Transporter offers step-by-step tutorials that can be easily followed by any user to successfully submit a cross-chain transaction.
We invite all users to visit Transporter today to bridge their tokens, send messages and cross chains with confidence. To stay up-to-date on all things Transporter, make sure to follow @transporter_io on X.
Disclaimer: This post is for informational purposes only and contains statements about the future. There can be no assurance that actual results will not differ materially from those expressed in these statements, although we believe them to be based on reasonable assumptions. Interactions with blockchain networks create risks, including risks caused by user input errors. All statements are valid only as of the date first posted. These statements may not reflect future developments due to user feedback or later events and we may not update this post in response.
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Many xenobiotics including the pharmacoenhancer cobicistat increase serum creatinine by inhibiting its renal active tubular secretion without affecting the glomerular filtration rate. This study aimed to define the transporters involved in creatinine secretion, applying that knowledge to establish the mechanism for xenobiotic-induced effects. The basolateral uptake transporters organic anion transporter OAT2 and organic cation transporters OCT2 and OCT3 were found to transport creatinine. At physiologic creatinine concentrations, the specific activity of OAT2 transport was over twofold higher than OCT2 or OCT3, establishing OAT2 as a likely relevant creatinine transporter and further challenging the traditional view that creatinine is solely transported by a cationic pathway. The apical multidrug and toxin extrusion transporters MATE1 and MATE2-K demonstrated low-affinity and high-capacity transport. All drugs known to affect creatinine inhibited OCT2 and MATE1. Similar to cimetidine and ritonavir, cobicistat had the greatest effect on MATE1 with a 50% inhibition constant of 0.99 μM for creatinine transport. Trimethoprim potently inhibited MATE2-K, whereas dolutegravir preferentially inhibited OCT2. Cimetidine was unique, inhibiting all transporters that interact with creatinine. Thus, the clinical observation of elevated serum creatinine in patients taking cobicistat is likely a result of OCT2 transport, facilitating intracellular accumulation, and MATE1 inhibition.
A check for $500, plus a fee of $5 for each vehicle identification (license) card requested in excess of ten cards, made payable to the "Commonwealth of Pennsylvania" must accompany the license application. The application fee is non-refundable.
The following documents must be completed and submitted to the department along with the application fee. The forms and instructions are available as individual Portable Document Format (PDF) files or Microsoft Word Documents.
Please be advised that the hauler will be licensed to transport all the hazard codes and physical states of hazardous waste. The hauler cannot legally transport hazardous waste to or from locations in Pennsylvania until a hazardous waste transporter license has been issued by the department.
Hazardous waste transporters are individuals or entities that move hazardous waste from one site to another by highway, rail, water, or air. This includes transporting hazardous waste from a generator's site to a facility that can recycle, treat, store, or dispose of the waste. It can also include transporting treated hazardous waste to a site for further treatment or disposal.
North Carolina hazardous waste transporter and transfer facility requirements can be found at 40 CFR 263, adopted by reference at 15A NCAC 13A .0108. The requirements include (but are not limited to): notifying the Hazardous Waste Section and obtaining a EPA identification number (electronically using RCRAInfo); accepting only hazardous waste that are listed on a manifest; compliance with the hazardous waste manifest procedures; delivering the hazardous waste to the facility (or alternate) designated on the manifest or the next designated transporter; and, keeping a copy of the signed manifest for three years after the date of acceptance by the transporter. In the event of a spill hazardous waste during transportation a transporter must take immediate actions necessary to protect human health and the environment.
Additional state requirements for North Carolina hazardous waste transfer facilities can be found at NCGS 130A-295.05. In North Carolina, a hazardous waste transfer facility is a facility or location where a hazardous waste transporter stores hazardous waste for a period of more than 24 hours but less than 10 days (NCGS 130A-290(13a)). A North Carolina hazardous waste transfer facility must submit specific registration forms. Find additional information and forms associated with North Carolina hazardous waste transfer facilities.
Regulations were adopted in 1991 pertaining to the transportation of non-hazardous waste within the State of Maine. Unless exempt, all vehicles and/or containers transporting non-hazardous waste within the state must have a license. The transportation of certain wastes (categories A & C - see below) require manifesting. Copies of the manifests are submitted to the Department on a quarterly basis.
Solid waste includes garbage, rubbish, refuse, construction and demolition debris, special waste, and tires. Municipal solid waste means solid waste generated from domestic and normal commercial sources. By way of example, municipal solid waste includes household and office trash, garbage, rubbish, and refuse.
Special waste means in general terms solid waste generated from industrial sources which has been identified by the legislature and the Board of Environmental Protection in statute and regulation and requires special handling, transportation, and disposal procedures. By example, special wastes may include boiler and incinerator ash, paper mill sludge, medical waste, petroleum contaminated soils, and sandblast grit.
Anyone transporting construction and demolition debris, used tires, septage, and special waste is a non-hazardous waste transporter. In addition, anyone transporting municipal solid waste from six or more households or four or more trips per week from a commercial establishment is also a non hazardous waste transporter.
Category "C" is septage which includes waste, refuse, effluent, sludge and any other materials from septic tanks, cesspools or any other similar facilities including non-industrial holding tank waste.
Chapter 411 of Maine's Solid Waste Management Regulations (06-096 CMR 411) defines the transport vehicle (also known as the conveyance) as the power unit, trailer, semi-trailer, or the container being transported. A license is required for any conveyance to haul category "B" waste where the vehicle has a gross vehicle weight of 10,001 pounds or more.
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