Mass Megawatts (OTC:MMMW)

@ECIU_UK Great story on the European Renewable Energy Revolution of 2026 sparked by the Mideast War.

British homeowners rush to install solar panels amid Iran conflict Oil price spikes are pushing households toward renewables. thetimes.com/life-style/pro…

@mohamedmon41975 Plug in balcony solar is a great way of saving installation cost of small homes and apartments especially when the cost of solar panels and inverters, the two most expensive items, are getting cheaper.

@KennedyJodyJ The stability and global/national security benefits of renewable energy is more clear in recent weeks since the Mideast war began. Spain and Portugal learned to encourage renewables when the Russia Ukraine war began.

These people will never learn. 🤡Britain responds to Iran war energy shock by requiring solar panels and heat pumps in all new homes cnb.cx/47PwLbU

Mass Megawatts and its very different salt rejection technology can bring the lowest cost desalination in the fast growing $45 billion desalination market. massmegawatts.com

Brent oil is above $99 at 7:45 PM Eastern time.

@euronewsgreen Hydroelectric innovations to lower cost will give it more room to grow.

🌊 Hydropower technicians 🌊 Another energy job! Hydropower may have grown slower than other renewables, but it’s already responsible for 17% of global energy.

 As the industry adapts, roles in water-based energy are set to boom. More 👉 cutt.ly/XzoPQxP

Want a job for life? Your best bet could well be in a green role. This week we looked at six of the fastest-growing job markets with eco-roles. In full 👇 euronews.com/living/2021/03…

@taisamroxanaltd Energy of peace ( and low cost)

We can harness power for a sustainable future 🌍💡by exploring diverse sources like solar, wind turbines, hydroelectric dams, geothermal plants & nuclear Power Batteries play crucial role in storing excess energy for later use, ensuring reliability Lets help you go Solar 🌞⚡💡

@arthur_xue33340 Agreed. Several innovations working together can reduce electricity cost in a major way.

As global demand for clean energy continues to grow, diversion-type hydropower remains a smart solution for balancing environmental protection with long-term energy needs. 🌊 Clean Water. Clean Energy. Sustainable Future. #Hydropower #RunOfRiver #RenewableEnergy #CleanEnergy

Megawatts (OTC: MMMW) recently announced a new hydroelectric s technology with a quick financial payback.  Mass Megawatts had spent a considerable amount of funds and research related to similar technology over the past 25 years.  The Company believes that the energy marketplace will have substantially less barriers to market entry than its related products that Mass Megawatts developed over the years. A new low-cost Hydroelectric Power System that can pay for itself in less than two years at the best locations. The new product can reduce costs by utilizing substantially less than fifty percent material and much less initial engineering requirements for a given rated power output than traditional hydropower plants. The Hydro Multiaxis Turbosystem (ie Hydromat) is a tower structure comprising large lattice like tower sections with many smaller blades that are connected to each axis or shaft of the unit comprised of many shafts with gearboxes and generators. Unlike the Multiaxis Turbosystem, the wind version of the Hydromat, water has 800 times more density and power for any given same velocity for both air and water. The use of stainless steel or any number of composites to support the powerful water velocity could be used as material and still be very cost competitive.

@AnneSelf2 @ClaireCoutinho Micro hydroelectric could be low cost and scalable with new technology. Larger one are better with economies of scale,

@ClaireCoutinho Micro-hydroelectric power is the answer in this country -especially in hills & villages. I see that Wales is looking at this seriously now as many hill farmers have invested.

It shouldn’t have taken an Iranian attack on the world’s largest gas export facility in Qatar for us to realise the benefits of being able to produce our own oil and gas. As the world gets more dangerous, we must ditch fantasy Net Zero thinking and prioritise our own energy resilience. All of this has shown up our luxury belief that we in Britain are better off keeping our own oil and gas in the ground while making ourselves more reliant on Qatari LNG imports. First, let’s get the worst of the climate change lobby’s arguments out of the way. Destroying our own oil and gas production does not mean we will need any less oil and gas. Even the captured Climate Change Committee acknowledges that we’ll need oil and gas for decades to come. If we are going to need it, then of course we should get as much as possible from Britain. That is just common sense. Instead of maximising our own production, we’ve been sleepwalking into disaster and allowed the powerful green lobby to demonise an industry that is vital for our national resilience. Yesterday, Rachel Reeves missed an opportunity at the Spring Statement to reverse the damage that has been wrought on the North Sea. The Energy Secretary, Ed Miliband, is a dangerous fantasist who has been hellbent on sacrificing our oil and gas production on the altar of Net Zero. He’d banned new oil and gas licences and charging effective marginal tax rates of over 100% on some companies. And for what? So we can increase our imports of higher-emission LNG from the other side of the world by 40% while British production is in freefall. The green lobby argue that there is no point drilling more in the North Sea, because ‘all of our gas is sold on international markets’. This is nonsense. Every single molecule of gas we extract from the North Sea goes into our pipes, making up half of our supply. We are losing 1,000 jobs a month, squandering £50 billion of investment and becoming less secure. Not a single exploration well was drilled in British waters last year – for the first time since 1964. Labour trumpet that the basin is just in natural decline. But Norway, which shares the exact same basin, tells a different story – last year they drilled 49 exploration wells and made 21 new discoveries. Admittedly, my own party have not been perfect. Policies like the windfall tax or mandating the electrification of oil rigs have not helped. When I was Energy Secretary, I signed off Rosebank, legislated to protect oil and gas licences and fought against windfall taxes – all in the face of great opposition. The Conservatives are clear that the oil and gas industry is a national asset and we must do all we can to maximise economic recovery of our own resources. So what should Rachel Reeves have done yesterday? First, end the ban on new licences, end the windfall tax, and scrap the Net Zero duties which are hammering our oil and gas sector. Fast-track permissions for Rosebank and Jackdaw. Downstream, our heavy industry and refineries are in crisis. We lost a third of our refineries last year alone. We have to stop imposing crippling, escalating Carbon Taxes that are killing British industry. We need to double down on nuclear which has the most secure energy supply chain, streamline regulations and reverse Labour’s decision to cancel my plan for another large nuclear plant at Wylfa. We must be clear-eyed about the fact that Ed Miliband is making us dangerously exposed to China’s dominance of critical mineral and renewable supply chains. We need to repeal the Climate Change Act that forces us to subordinate the priorities of energy security and affordability to decarbonisation. And if we want lower reliance on oil and gas, growth, and better living standards, then we must make electricity cheap. Our Cheap Power Plan to cut electricity bills by 20% for households and businesses would be a start. As the world gets more dangerous, we need to prioritise our energy and industrial resilience.

European natural gas futures surged 50% to a one-year high of €47/MWh, extending the sharp rise from the morning as war in the Middle East triggered direct disruption of gas supply to Europe. QatarEnergy suspended the production of liquified natural gas in its Ras Laffan and Mesaieed complexes, responsible for around 20% of global LNG supply, after a drone targeted a water tank at the energy facility. The suspension of supply from Qatar threatens around 15% of LNG imports to the European Union, magnifying tight shipments from an already tight global LNG market, and increasing bidding competition from US sources. Besides the targeted attacks at the LNG facility, LNG carrier operators halted flows of tankers through the Strait of Hormuz, limiting supply from other key Middle Eastern gas producers. The risks are compounded by relatively low EU gas storage levels, currently below 31%, compared with 40% at the same time last year.

@deepakchannel_ @IndianTechGuide Low cost solar desalination will be very important as the data centers are constructed in the next few years.

🚨 BREAKING NEWS | INFRASTRUCTURE • Data Centers & Water Use Date: 28 February 2026 📅 Headline • AI boom sparks water use debate What Happened • India’s data center capacity is rising fast due to AI and cloud demand. • Experts warn large data centers use huge amounts of water for cooling. Key Numbers • 1,123 MW capacity by mid-2025; 1.7 GW projected by 2026. • 1 MW data center may use 68,500 liters of water daily. Why It Matters • Many new centers are planned in water-stressed regions. • High water use may worsen local shortages for residents and farmers. Reality Check • Some operators use recycled water and advanced cooling systems. Source • Industry estimates; Deloitte; public statements by tech leaders. Bottom Line • India needs digital growth, but water security is critical. • Smart location choice and water recycling will decide public support. 🕉️ Moral Line • “धर्मो रक्षति रक्षितः” — Protect what sustains you, and it will protect you. #Breakingnews #India #DataCenters

🚨 A 1 MW data center needs 68,500 liters of water a day. 🙏 (Deloitte)

@MaranDefi Low cost solar desalination could be the best solution for the issue.

india will become a desert by 2047 thanks to ai data centers drinking 5,000,000 gallons daily here is what nobody is talking about: 1/ the water problem - ai data centers generate massive heat - servers need cooling or they melt - cooling requires fresh water - one data center uses 5,000,000 gallons of water daily - that is same as town of 50,000 people 2/ the us situation (february 2026) - some us states already facing water shortages - new orleans banned new data center installations - people protesting data centers stealing their water - communities fighting for water rights 3/ it is not just consumption - data centers also pollute water - they use pfas (toxic chemical) to prevent server corrosion - pfas treatment makes water unusable - by 2028: 32,000,000,000 gallons of water will be wasted 4/ who gets hurt most - farmers lose irrigation water - crops fail due to water shortages - communities lose drinking water - local water sources polluted - health issues from pfas contamination - people pay higher water prices while companies get it free 5/ the india angle - pm modi attended ai summit recently - signed agreements with major ai companies - adani and ambani building india's biggest data centers - indian government gave them tax holiday until 2047 6/ the problem - americans are protesting and shutting down data centers - india is offering unlimited water with zero accountability - no public pushback - no questions asked - companies get free water until 2047 - farmers and communities will suffer 7/ elon musk's solution: space data centers - elon said: it is a no brainer for building solar powered ai data centers in space > his plan: - solar panels facing the sun - radiator pointed away from sun - no water needed for cooling - space becomes cheapest place for ai - he claims this will be true within 3 years 8/ why space data centers make sense - no water needed - unlimited solar power - natural cooling in space - no environmental damage on earth - no protests from communities 9/ what this means for earth - water crisis coming to india - farmers lose irrigation - communities lose clean water - pollution increases - companies profit while people suffer 10/ the reality - ai needs massive water on earth - companies get water for free - farmers and people face shortages - nobody is talking about this stay alert

@EcoLeilaH Low cost desalination brings a major positive impact for the thirsty data centers coming online over the next few years.

I've been thinking about how thirsty our digital world is becoming. If AI data centers are the new brains, they’d better think in systems-renewables and smart water use built in from day one. Abu Dhabi’s solar desalination work shows how that balance can look in practice.

@rawirt123 @MarioNawfal Low cost desalination can bring a large impact for both the economy and political stability.

Current technology makes the Qattara depression compelling. Egypt could have a fresh water lake in the Sahara. Solar for desalination and fresh water through pipelines. Offer this as part of the peace plan. It clearly demonstrates the abundance that humanity has to make life better for the common man. The price for the investment could be a portion of the Sinai. With the cost of desalination plummeting that would make this the land of milk and honey. Humanity can do this.

🇵🇸 This is what Gaza looks like now... now they want us to forget everything, sweep it all away, and build resorts as if nothing had happened. 2 million people lived here.

@OneGreenPlanet It is a good bet especially as low cost solar desalination becomes available.

Algeria Bets On Desalination to Protect Water and Food Security onegreenplanet.org/news/algeria-b…

@777Ellis @WallStreetApes That is the solution as low cost solar desalination becomes available.

@WallStreetApes these AI companies need to move next to the coastal areas and build their own desalination plants

A massive 18 million square foot data center is being planned north of Amarillo Texas along with a nuclear power plant to power it Cotton farmer says the Texas panhandle is the largest US cotton producing region and the water needs of the data center will wipe out the industry Many residents in the area rely on well water too which will be likely wiped out The initial agreement with the City of Amarillo supplies 2.5 million gallons per day from municipal sources under a 20-year contract They can use 912.5 million gallons of water per year This will be devastating to the people who live there and rely on this water

@hollywoodspin @MattSeedorff You may be having a vision of the future since everything that you mentioned should be much cheaper in the future.

@MattSeedorff I sometimes briefly imagine an alternate-universe L.A., a la Japan or Denmark, where there are solar-powered streetlights, desalination plants along the oceanfront, bullet trains to SF and Vegas, and more.

WATCH: We rode along with the Los Angeles Police Department to highlight copper wire thefts — a crime that has left parts of Los Angeles in the dark for months, even years. Budget cuts effectively ended a dedicated metal theft task force, with officers now pulled to other priorities instead of solely investigating these cases.

@usmc6591 Low cost desalination will go a long way for solving the needs of the data centers.

Data centers should be on the Great Lakes and other major water sources not in favor of running low on water flow to downstream communities. Or, build desalination plants and put them near the oceans.