Vast
underground water tanks occasionally catch sight of a relatively low - energy neutrino streaming out from the sun, but these «telescopes» can't gather enough neutrinos from distant objects to do much research on them, and such detectors often can't tell what direction the neutrino came from.
The trouble is that its two design options are a 200,000 - tonne
underground water tank built by expanding the Homestake mine in South Dakota to form an enormous cavern 100 metres tall and 65 metres wide, or a smaller but still massive detector using 34,000 tonnes of liquid argon.
Kamiokande (2007) featuring the vast
underground water tank within the Kamioka Nucleon Decay Experiment, Japan; and May Day IV (2000/2014) depicting hundreds of revellers at Germany's long - running Mayday techno music festival.
Not exact matches
Leslie Rosenberg's attempt to understand the universe resembles a makeshift home hot -
water heater
tank, capped with some wires and shoved into a large,
underground refrigerator.
Many scientific instruments rely on the ability to detect photons one at a time, from the huge
tanks of
water built deep
underground to detect neutrinos from the Sun to the fluorescence detectors used in biological research.
Much of that
water returns to the surface and is stored in lined pits or closed
tanks for recycling or injection in
underground storage caverns offsite.
And outside of cities, many people rely on
underground septic
tanks to store
water from toilets and showers.
It uses a variety of tools including VERITAS, AUGER and COUPP — dedicated telescopes,
water tanks and
underground «bubble chambers» — to observe known particles and to search for those that are so far only hypothetical, such as the dark - matter WIMPs (weakly interacting massive particles).
Today, funneling
water into
underground holding
tanks allows it to eventually percolate into the soil and remain on site.
Your city or state may have laws requiring buyers or sellers to test for environmental hazards such as leaking
underground oil
tanks, the presence of radon or asbestos, lead
water pipes, and other such hazards, and to take the steps to clean - up any such hazards.
A leaking
underground storage
tank can seep into soil and groundwater and contaminate drinking
water, indoor air quality and create unhealthy living conditions.
Ecofriendly aspects and cutting edge technology are a trademark of this property, from the recycled roofing materials, led lighting throughout the house and garden, rain
water collected in
underground tanks and used for irrigation, insulated sliding doors and solar
water heaters, the owners have been mindful of the environment.
Since Bermuda's wells only yield brackish or salt
water, Bermudians collect rainwater by paving grooves into their roofs in order to funnel
water into
underground tanks.
The property has a 40,000 - liter concrete
water tank and
underground sewage system.
Our team is experienced in
underground storage
tank regulation and litigation of actions brought pursuant to California Proposition 65, the Federal Clean
Water Act and various state environmental laws and tort doctrines, including actions alleging contamination, product defect and failure to warn regarding methyl tertiary butyl ether («MTBE»).
• Worker safety standards enforced under the Occupational Safety and Health Act and the Mine Safety and Health Act • Clean
Water Act permitting of wastewater and stormwater discharges • Clean Air Act emissions regulation • Hazardous waste management and
underground storage
tank requirements under the Resource Conservation and Recovery Act (RCRA) • Spill and chemical reporting and release prevention under the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), Emergency Planning and Community Right - to - Know Act, Oil Pollution Act, and Clean
Water Act • Regulation of chemical manufacturing and distribution under the Toxic Substances Control Act (TSCA) • Environmental disclosures under Regulation S - K of the Securities and Exchange Commission (SEC) and corporate reporting of environmental, social and governance (ESG) matters to the public and interested investors
• Proficient in installing
underground pipelines for
water distribution and waste
water collection systems • Well versed in operating power plant equipment under the direction of operational manager • Special talent for repairing, fitting and replacing
water taps and valves on main and service lines • Particularly effective in using manual tools including chain saws, chippers and jackhammers • Expert in identifying and fixing pipeline leaks and pressure faults • Profound ability to setup sediment control devices as per directions of the supervisor • Track record of responding timely to customers» utility service calls • Proven skills in cutting, fitting and laying pipes • Well practiced in loading, unloading and driving trucks and other heavy machinery to the worksite safely • Fully capable of maintaining cleanliness and functionality of all tools and equipment • Proficient in inspecting and maintaining
water storage
tanks and cleaning the yard when necessary • Apt at enforcing proper safety practices and using appropriate PPE and traffic safety materials such as cones, arrow - boards and flagging signs around the worksite • Experienced in determining the locations of gas, telephone, power,
water and sewer lines from appropriate sources before excavation • Particularly effective in repairing and replacing defective electricity and gas meters • Excellent manual dexterity and physical stamina along with profound ability to bend, stoop and work in confined spaces • Well versed in reconnecting
water and power services after holidays • Proven skills in performing routine grounds keeping, painting, carpentry and plumbing tasks • Skilled in repairing replacing and existing pre-laid pipeline based
underground water and gas distribution systems • Efficient in anticipating tools and equipment needed as per the nature of each assignment and loading the same in the company vehicle in a safe manner
Regularly assisted digging trenches for sewage and
water mains, pumps and
underground tanks and installation of these items.
2 Family / great income opportunity / 2.5 stories with lots of rooms / 2 hot
water boilers (gas) / oil
tank underground /
Common examples of material latent defects could include the fact that the basement leaks when it rains, structural damage to the property, failure of the building's envelope (
water ingress),
underground storage
tanks located on the property, problems with the potability / quantity of drinking
water and any un-remediated damage caused by the illegal use of the property, e.g. marijuana grow operation.
In addition to radon gas, this expectation would apply to other environmental / health considerations that impact real estate, including but not limited to,
underground oil storage
tanks, asbestos, sewage, suitability of site topography and
water potability.