Sentences with phrase «water pump reduces»

An electric water pump reduces power drain from the engine.

Not exact matches

We raise much of our food, burn wood for heat, water is gravity spring (no pump), private septic system, solar power I installed feeds grid back, no electric bill, wireless internet tower income pays our property taxes, so basically we can live on a vastly reduced income should it be needed, Much of our savings is in precious metals.

By using flowing water, the Naya Smart Breast Pump reduces noise, allowing moms to pump in peace and quPump reduces noise, allowing moms to pump in peace and qupump in peace and quiet.

With the Laundry Pure system, you're no longer pumping detergent chemicals into our water supply and you're reducing your carbon footprint by using less water and less energy.

Limestone scrubbers deployed at natural gas power plants could help reduce carbon emissions as well as lower ocean acidification by pumping a byproduct of the scrubbing process back into the water, according to an experiment conducted by the Energy Department's Lawrence Livermore National Laboratory.

For one, experts say that aquifers the states and the EPA once thought would never be needed may soon become important sources of water as the climate changes and technology reduces the cost of pumping it from deep underground and treating it for consumption.

From a model of Malta's underground reserves, French government scientists recently concluded that water quality would continue to deter - iorate unless pumping rates are reduced by at least 10 per cent.

Current drugs include diuretics that reduce the amount of water in the body and β blockers that decrease how much blood the heart pumps.

This means the state must take steps to save the fish — which could mean drastically reducing the amount of water pumped from the delta.

At about 4 A.M. local time, the main pumps feeding cooling water into Unit 2 failed and, due to confusion amidst the klaxon of alarms and flashing warning lights, the men operating the reactor made the situation worse when they mistakenly thought there was too much water in the core and shut off emergency pumps, thereby reducing further the amount of coolant reaching the reactor.

Furthermore, a deeper upper layer of warm surface water may weaken the cold tongue if the Ekman pumping doesn't reach down below the thermocline to bring up colder water, and weakened trade winds would have a similar effect through reduced Ekman pumping near the equator.

Avoid toxins Drink plenty of water, limit alcohol intake, avoid smoking and reduce the toxins you pump into your body for a more balanced and healthy overall lifestyle.

Grapefruit can help you stay hydrated (it's 92 % water), and may also pump up your immune system, help lower your cholesterol, and even reduce your risk of certain cancers.

Also, film of oil lining the channels in the block could reduce heat transfer or even block small channels, frothing can produce a foamy emulsion which could block small channels and possibly cause water pump cavitation, etc..

The block uses an open - deck crankcase with crossflow head cooling channels that reduce the resistance to coolant flow, allowing the use of a smaller water pump.

Antonov Automotive Technologies, which is currently offering a simple dual - speed supercharger for downsizing engines to reduce fuel consumption and CO2 emissions (earlier post), is developing other applications of the dual - speed drive unit for alternators, water and air - conditioning pumps, and other engine ancillaries to allow them to operate more often in their most efficient speed range.

CO2 emission - reducing lubrication and cooling circuit improvements include a 2 - stage pressure oil pump with improved oil jet, an optimised water pump with a reduced flow rate, and a twin - chamber oil pan to improve engine warming speeds.

With regular care, you'll extend the life of your water pump, heater core, and radiator, which will reduce or eliminate potential repair costs.

Mechanical crankshaft isolator reducing radiated noise and torsional vibrations in the accessory drive system (water - pump, air conditioning compressor and alternator).

An electromagnetic clutch decouples the water pump pulley during engine warm - up, enabling normal operating temperature to be reached more quickly while reducing engine load and fuel consumption.

The utilization of a resin cylinder head cover, a press - fit water pump pulley, the secondary balancer being integrated with the oil pump, a compact high - output ACG (alternating current generator) and wire harness routing efficiencies and length reduction also reduced the overall weight of the new engine.

The switchable water pump, another highlight of the new Mercedes diesel engine, helps to quickly heat up the combustion chambers and the friction partners as well as reducing fuel consumption and untreated emissions.

Reinforcement ribs inside the timing - chain cover reduce timing chain noise, and integrating the water pump, oil pump and scavenge oil pump into the timing chain cover reduces weight.

«Newer pump designs have advanced magnetic rotors and impeller blades, and the flow of the water through the pump have been maximized to increase flow and reduce drag and turbulence,» Wilson says.

Net energy gain is going down (it's more energy intensive to pump oil out of deep water than out of a ground - based well under pressure) coupled with peak oil that is either here or near in time, and global warming mandates reducing carbon emissions.

We installed low - flow toilets & showerheads, reducing the energy to pump & heat water by 1/2 (I figure the $ 6 showerhead will save us $ 2000 in its 20 year lifetime).

That also means GW mitigation, since there is an energy component to pumping and heating water, and CC will be reducing our potable water supplies.

And water needs energy to pump & heat it, so anything that can reduce our consumption of it, like a low - flow showerhead (which saves $ 2,000 over its 20 year lifetime), is great.

Furthermore, a deeper upper layer of warm surface water may weaken the cold tongue if the Ekman pumping doesn't reach down below the thermocline to bring up colder water, and weakened trade winds would have a similar effect through reduced Ekman pumping near the equator.

IF cool deep sea water were mixed relentlessly with surface water by some engineering method --(e.g. lots of wave operated pumps and 800m pipes) could that enouromous cool reservoir of water a) mitigate the thermal expansion of the oceans because of the differential in thermal expansion of cold and warm water, and b) cool the atmosphere enough to reduce the other wise expected effects of global warming?

In the weeks following the rupture of the Exxon Mobil Pegasus pipeline that spilled hundreds of thousands of gallons of oil (or tar sands diluted bitumen) into a Mayflower, Arkansas neighborhood and lake, the news about the spill was just one depressing story after the next as we learned that wildlife had been oiled, local residents, including children, were becoming sick, contaminated water was pumped into the lake, the media was being intimidated to reduce access and coverage and that Exxon may have known about the spill earlier than they are letting on.

Through both carbon sequestration and avoided emissions (because water being retained by green infrastructure isn't needing energy intensive pumping and treatment), the plan is estimated to reduce CO2 by a total of 73,000 tons per year.

An appropriate sized solar collector would be capable of reducing your hot water costs by over 60 %, while virtually making your boiler / heat pump redundant during the summer months.

These heat pump water heaters can simultaneously reduce emissions and lower annual costs.

«With a clean electricity system comes opportunities to reduce fossil fuel usage in these sectors: for example, electric vehicles displace petroleum use and electric heat pumps avoid the use of natural gas and oil for space and water heating in buildings.»

(Sec. 215) Establishes within the EPA a WaterSense program to identify and promote water efficient products, buildings and landscapes, and services in order to: (1) reduce water use; (2) reduce the strain on water, wastewater, and stormwater infrastructure; (3) conserve energy used to pump, heat, transport, and treat water; and (4) preserve water resources through voluntary labeling of, or communications about, products, buildings and landscapes, and services that meet the highest water efficiency and performance standards.

This will also reduce groundwater recharge, which, combined with heavy groundwater pumping, will lower water tables and limit water availability and make it harder to support the Southwest region's cities and agricultural production.

What basis would that have: We're pumping more energy (forcing) and water vapor (feedback) into a system that is already oscillating chaotically; as a result, oscillation amplitude and chaos are reduced?

• I have reduced my appliances to a toaster oven, small burner unit, a tiny refrigerator, my 4 gallon water heater, my 12V pump and the occasional use of my VitaMix, which allows me to get by with a 2000W solar system.

As with nutrient additions, water infrastructure and groundwater pumping require energy as well, reducing net carbon sequestration gains (Schlesinger 2000).

Lower calcification rates would reduce the alkalinity pump, reduce surface CO2 and increase the buffering capacity of surface waters.

Through examples and conceptual diagrams WorldWater Corporation presents the opportunity to combined solar energy and water pumping to provide water where it is currently unavailable, give added security to water treatment and supply plants for industrialized utilities and reduce pumping costs and emissions from diesel generators used by farmers.

Given the prominence of agricultural work in women's lives, productivity - enhancing equipment like water pumps and rice hullers have the potential to reduce working hours, lower costs, and increase revenues for women farmers.

Scott Smith of Sancor tells me that the pump mooshes everything up so that it composts really fast, and that the amount of water needed is reduced significantly.

It can also reduce water and wastewater treatment costs and the amount of energy used to treat, pump, and heat water.

By using a large portion of the energy for pumping water to where it's needed, you can reduce the impact of intermittency (as long as you maintain an appropriate reservoir at the target end).

Reduced run - off into hydro - power catchments in recent years is a major problem for the operators of hydro - power stations, but it could to some extent be overcome by developing pumped recycling of the limited water in the system.

How about if they tied a bit of string to the tail of the next rocket that's fired into space and then use that to pull a bigger bit up till they can pull up a pipe to pump water into space to freeze into a shield to reflect sunlight, so reducing sea level rise and shading the earth!

For example, a smallholder in India can reduce emissions, generating VERs by using a human - powered pump instead of paying to rent a dirty polluting diesel pump to bring the water to the surface from subterranean aquifers.

Water distribution — reducing water leakage or oversupply of regional water, which reduces pumping and pressurization electricity, which, in turn, reduces greenhouse gas emissWater distribution — reducing water leakage or oversupply of regional water, which reduces pumping and pressurization electricity, which, in turn, reduces greenhouse gas emisswater leakage or oversupply of regional water, which reduces pumping and pressurization electricity, which, in turn, reduces greenhouse gas emisswater, which reduces pumping and pressurization electricity, which, in turn, reduces greenhouse gas emissions.