Stationary Piston-Punch

 

Stationary Piston-Punch

A BASIC PISTON-PUNCH WIND TUNNEL

A small box Wind-Tunnel 

An oval effect
Exterior additives to engage constant air pressure & perpetual pumps
Fans
2+ circulatory areas
Pelton & PZ Taps + additives

Once engaged we can open air valves to disengage (on-off) & extract mechanical Energy using wind, air compression & the perpetual pump system that retains continual engagement

Energy for Battery or Grid & Direct Use

In testing an automotive application existed. Here we utilize a small box for Stationary Perpetual Energy that can be metered

NO STINK BITCH MAJORITY 

We didn't actually have a majority of stink bitches on the prototype teams before 2020 or after whole the technology was advanced upon for 2024 after 1988-1995/1996-2001 initial development 

Some areas of CIG projects have more males then females or even Nicole's deviant rainbow circus (the different ones as we are used to. Woke mind deviant arses)

Teams of proper educated stink bitches

ON BUTTON = WORKS. OFF = DOESN'T 

The goal is in mixing H.I.3 variables with refined complete designs. A perpetual Energy box. Zero Emissions. Mechanical Physics based 

Wind Tunnel. Pumps keeping air flowing. Air Compression storage. Air motor(s) & electricity generation for storage or use + externals

The perpetual air-filled wind-tunnel operates at less Energy then generated offering net Energy for use

This competes with EV Battery Electric, hydrogen or 7 Tablet Recharger EV Battery electric 

2024-2025 US HOUSE SENATE CONTROL

Elected Seats relevant to CIG - USA 

Main Parties of popularity:

The Republican Party: Emphasis on individual freedom. The Democratic Party: Emphasis on community. The Republican Party: Lower taxes for all. The Democratic Party: Higher taxes, especially for high-income earners.
 
https://www.apmresearchlab.org/us-house-senate-control-2025

US Supreme Court + Federal - State + Territory Grid. President. Govenors.  Senators & downward elected interests 

Republicans & K.T perspectives align more with CIG - USA & H.I.3 expressed efforts 

The 2024 election brought about sweeping changes to the federal government, with Republicans gaining a three-seat majority in the U.S. Senate and maintaining their control of the U.S. House of Representatives, in addition to gaining control of the White House.

In addition to the president’s office, 34 U.S. Senate seats and all 435 U.S. House seats were on the ballot this year. Going into the election the general consensus among election forecasters (for example 538, The Economist and Cook Political Report) was that Republicans had a good chance of flipping control of the Senate, but that the presidency and the House were too close to call.

Indeed, as of just after midnight on the night of the election, the AP called the 51st seat in the Senate for the Republicans, giving them majority control. The presidency was called for Republican Donald Trump shortly thereafter. Control of the U.S. was not determined until late in the evening of Nov. 13 — over a week after election day. When all of the newly-elected office holders are sworn in early next year, Republicans will have a trifecta across the two chambers and the president’s office for the first time since President-elect Trump first took office in 2017.

U.S. Senate

The 34 seats that were up for election this year included 19 held by Democrats, four held by Democratic-leaning independents, and 11 held by Republicans. According to Ballotpedia, twenty-six of the races include incumbents who were trying to hold on to their seats, and eight are open seats due to incumbents retiring or moving on to other offices.

Voters have transferred control of the Senate to Republicans, by a 53 to 47 seat majority. Senate Republicans elected Sen. John Thune of South Dakota as their in-coming majority leader.

Prior to the election, there were more Republicans (49) than Democrats (47) in the U.S. Senate. But Democrats held majority control since three independent senators — Bernie Sanders of Vermont, Angus King of Maine and Joe Manchin of West Virginia — caucused with the Democrats. A fourth independent, out-going Sen. Krysten Sinema, was elected as a Democrat before breaking away in late 2022.

Prior to the election Democratic Sen. Charles Schumer was the majority leader and Sen. Mitch McConnell was the Republican leader.

U.S. House of Representatives

On the evening of Nov. 13 incumbent Juan Ciscomani of Arizona was declared the winner of a 218th Republican seat, giving Republicans majority control of the chamber. Earlier that day Rep. Mike Johnson of Louisiana won his party’s nomination to remain House Speaker. Rep. Hakeem Jeffries was also reelected as the Democratic leader in the House.

When the last uncalled seat, California’s 13th District, was called for Democrat Adam Gray on the night of Dec. 3, the composition of the U.S. House as a result of the 2024 election was set: 220 Republicans and 215 Democrats.

As is the case every two years, all 435 House seats were on the ballot this year. Heading into the election Republicans had majority control of the U.S. House, holding 220 of the body’s 435 seats. Democrats held 212 seats and three seats were vacant. Incumbents were running to retain their seats in most House districts, but Ballotpedia listed 49 seats as open elections meaning that an incumbent was not seeking reelection.

Prior to the 2022 election, the House was controlled by Democrats, who held an eight-seat margin among the 433 filled seats (two seats were vacant).

https://www.apmresearchlab.org/us-house-senate-control-2025

JANUARY SCHEDULE & PREP 

January 1, 2026. Upscale

In Phases:

First:
3 Part Website.
Connected Infrastructure.

Second:
Shield Retail & Maintenance Network.
Shield Manufacturing & Externals

Third:
R&D & BBDRP efforts with specifics

JET FUEL - BIO FUEL 

Researchers at the University of Illinois Urbana-Champaign (U of I) have successfully converted food waste into a form of sustainable aviation fuel (SAF) that they say meets industry standards without relying on fossil fuel blends.
The team suggests that their approach, which helps reduce dependence on fossil fuels for aviation applications and redirects otherwise discarded food waste from landfills where it generates more greenhouse gases, could help the aviation industry meet its “ambitious” goal of net-zero carbon emissions by 2050.

According to a statement detailing the innovative approach, the researchers utilized a process called hydrothermal liquefaction (HTL), which employed a thermochemical reaction to convert ordinary food waste into a basic biocrude oil. This process is similar to how natural processes create crude oil, which is used to make a wide range of products, including automotive and aviation fuels.
“HTL basically mimics the natural formation of crude oil in the Earth,” explained the study’s lead author, Sabrina Summers, from the U of I. “It uses high heat and pressure to convert wet biomass into a biocrude oil.”
Summers, who recently graduated with a doctoral degree from the Department of Agricultural and Biological Engineering (ABE), part of the College of Agricultural, Consumer and Environmental Sciences and The Grainger College of Engineering at U. of I, said the goal of their research was to upgrade the biocrude oil generated during the HTL process into transportation fuels “that can go directly into existing energy infrastructure.”

The first step in the team’s process involved removing impurities from the biocrude oil. These unwanted contaminants included things like moisture, salt, and ash. Next, Summers and colleagues employed another process, called catalytic hydrotreating, to remove additional unwanted components of the biocrude oil, such as sulfur, oxygen, and nitrogen. The team stated that upon completion of these steps, the remaining biocrude was almost entirely composed of the hydrocarbons required to produce jet fuel.

The final step to make viable SAF involved catalyzing the hydrocarbons. According to the team’s statement, they tested several options before settling on cobalt molybdenum as the “most effective” catalyst to drive the needed chemical reactions. During the hydrotreatment portion, the research team also fine-tuned the catalyst and hydrogen loads, temperature, and overall retention time until they achieved the optimal conditions for producing the desired fuel.

Once the conversion process was completed, the team said they tested their final batch of SAF against the “rigorous standards” for quality and purity set by the American Society for Testing and Materials (ASTM) and the Federal Aviation Administration. As hoped, the team said their sample passed “Tier Alpha and Beta prescreening tests” and successfully met “all specifications for conventional jet fuel.” Notably, the team said their fuel met these standards without the need for any additives or blending with fossil fuels.

When discussing the versatility of their biocrude jet fuel, the team noted that the ability to use food waste as a fuel source is critical, since over 30% of the world’s food is wasted every year “at all levels” of the supply chain. Although the food waste for experiments came from a nearby food processing facility, Summers’ team said that the HTL process can be applied to other organic waste products. These include otherwise discarded materials, such as biowaste, algal blooms, sewage sludge, swine manure from farming, and other forms of agricultural residue that are high in base hydrocarbons.

“To meet the aviation industry’s goals to decarbonize jet fuel, we need many different renewable sources, and agriculture is going to play a critical role in terms of providing the feedstocks,” explained ABE professor and the study’s corresponding author, Yuanhui Zhang.

When discussing the potential applications of their research, Zhang noted that their work has helped solve the scientific and engineering problems associated with converting food waste into usable jet fuel, and it is now time for industry to “step in.”

“The process can be applied to other types of oils for SAF,” he explained. “It can also replace other materials, such as petroleum-derived compounds, for making plastics. This has huge potential for business opportunities and economic development.”
To highlight potential areas that could benefit from this type of biocrude-to-jet-fuel process, Zhang developed an index to measure circular bioeconomy, in which he said SAFs provide a valuable contribution to circularity.

“In a linear economy, we just produce something, use it, and throw it away,” he explained. “In this project, we take the waste and recover the energy and materials to make a usable product. This fills a missing link in the circular paradigm.”

https://thedebrief.org/scientists-magically-make-jet-fuel-from-food-waste-using-hydrothermal-liquefaction/

https://interestingengineering.com/energy/10-times-hydrogen-output-from-nuclear-waste

https://www.space.com/space-exploration/satellites/china-reached-out-to-nasa-to-avoid-a-potential-satellite-collision-in-1st-of-its-kind-space-cooperation

No sensor = ping death. Sensor = no ping death

https://www.jalopnik.com/2017059/when-you-should-and-shouldnt-use-premium-gas/

S.B.G & CIG