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Max Khabur
Marketing Professional Focused On Energy, CleanTech and DeepTech
Maxim Khabur is an accomplished marketing director with extensive experience in the field. He received a Master's degree in Marketing from Plekhanov's Economic Academy, Communication, Journalism, and Related Programs from the Military Institute of Foreign Languages, and International Marketing from Hult International Business School, where he received Dean's List recognition. Khabur has held various leadership roles, including Marketing Director at OneCharge Lithium Batteries, ANGARA INDUSTRIES LIMITED, iGlass Technology Inc., and FPI Venture Fund. He was also Managing Director of the Moscow office at Young & Rubicam Group and Added Value, as well as the MarCom Senior Manager at BP and New Business Director/Strategic Planner at Young & Rubicam Group. Khabur's experience and skills in marketing make him an industry thought leader.
Highlights
I stumbled upon this new AI search tool CLERCLY for anything regulations-wise. I gave it a spin with a battery-related question. Not great, but far more user-friendly than Google! There are sources cited at the end, too. Check it out, I'll leave the link in the comments.
What are the requirements for storing lithium-ion batteries over 30KWh capacity each at our warehouse?
Answer: To store lithium-ion batteries with a capacity over 30 kilowatt-hours in your warehouse, you must follow several legal requirements and safety regulations: Fire Safety and Hazardous Materials: Ensure that the area is equipped with fire safety measures, as batteries can pose fire hazards. This includes having fire extinguishers nearby and ensuring there are no flammable materials close to the storage area. Temperature Control: Maintain the batteries at room temperature. Avoid exposing them to extreme temperatures to prevent damage or overheating (source: US EPA). Containment and Packaging: If batteries show any signs of damage or leakage, they must be stored in sturdy, compatible containers to prevent any environmental leaks (source: Tennessee Regulations). Notification Requirements: If your storage exceeds 5,000 kilograms of batteries at one time, you may need to notify state or federal authorities regarding your hazardous waste management activities (source: Tennessee Regulations). Follow Universal Waste Regulations: Comply with standards for universal waste management that dictate how to handle, store, and transport these batteries safely (source: Tennessee Regulations). Environmental Considerations: Be aware of local environmental laws and guidelines regarding battery storage and disposal (source: New York Codes). These regulations are in place to protect both human health and the environment. Always refer to your state's regulations for any specific requirements that may apply. Key Sources: Frequent Questions on Lithium-Ion Batteries | US EPA - Guidelines on lithium-ion battery safety, handling, and storage. State Regulations - Tenn. Comp. R. & Regs. 0400-12-01-.09 - STANDARDS FOR THE MANAGEMENT OF SPECIFIC HAZARDOUS WASTES AND SPECIFIC TYPES OF HAZARDOUS WASTE MANAGEMENT FACILITIES - Tennessee regulations on hazardous waste management and conditions for battery storage. State Regulations - Tenn. Comp. R. & Regs. 0400-12-01-.12 - STANDARDS FOR UNIVERSAL WASTE MANAGEMENT - Standards for managing universal waste, including lithium-ion batteries. State Regulations - N.Y. Comp. Codes R. & Regs. Tit. 6 § 374-3.1 - General requirements - New York regulations on the management of hazardous wastes and their environmental implications. State Regulations - N.Y. Comp. Codes R. & Regs. Tit. 6 § 374-1.7 - Spent lead-acid batteries being reclaimed - Rules regarding the reclamation of spent lead-acid batteries that can provide context on similar battery types.
"China's planned production capacity for EVs in 2030 is set to reach over 70 million vehicles, while global EV sales are estimated to only reach 44 million in that year".
This is the quote from the Treasury Department's official press release. Should we be worried about Chinese "overcapacity"? Fair competition can benefit consumers, who will buy better cars for lower prices — however, China is pouring government funds into its battery and EV industry.
When Chinese production is growing faster than its demand or that of the global economy, the rest of the world cannot absorb China’s increase in manufacturing production without being forced to adjust. These conditions would not appear in a normal, market economy. What we are seeing is a fundamental distortion, driven by government policy.
